Electrical engineers will never experience the same day twice. Interdisciplinary in nature, the field draws upon expertise from areas like public health, journalism, and the law. 

Take a walk through any urban center in the United States, and you’ll find yourself enveloped in modern electrical engineering developments: interactive billboards, wearable technology, and satellite systems are just a few examples.

As an electrical engineer, you have a lot of leeway in building your career trajectory. Electrical engineers specialize in powering devices, creating signals and algorithms for automation, and developing sensory technology. 

The field is ideal for people who crave hands-on experiences, especially those interested in forming their own startup companies.

Admission to one of the best electrical engineering graduate schools in the United States will grant you unparalleled opportunities for creating prototypes, collaborating with global leaders in technology, and even studying abroad to build solutions alongside stakeholders in developing countries. 

Here are 10 of the best master’s in electrical engineering schools in the U.S. These schools were selected because of their top ranking in major publications, such as U.S. News and others.

Tufts University School of Engineering (Medford, MA)

The possibilities are seemingly endless as a Tufts electrical engineering master’s degree graduate – completers proceed to form their own startup companies, lead top PhD programs, and innovate solutions for contemporary global problems in communication, transportation, and healthcare. 

The option to earn a dual degree sets Tufts apart from other schools. In just two years, degree-seeking candidates can obtain an MS in innovation and management (MSIM) and an MS in engineering with a focus on data science, offshore wind energy, and human factors engineering – these are hardly your only concentration options!

A host of engineering-specific clubs awaits graduate students at Tufts, including a group called EWB: Engineers Without Borders. This club devotes resources to building sustainable engineering designs in developing countries, allowing you to apply your knowledge and skills in authentic study-abroad contexts.

Georgia Tech College of Engineering (Atlanta, GA)

Long operating one of the best electrical engineering graduate programs in the Southeast U.S., Georgia Tech attracts top-notch applicants for its MS in electrical and computer engineering (MSECE) degree. 

In fact, the campus produces more electrical engineers than almost any graduate school in the nation and maintains additional campuses in France and China. 

Many engineering students opt to spend at least one semester at the two satellite schools, and an online MS makes an MSECE more accessible for working professionals. 

As of 2019, the online MS offers a specialization in energy systems with an emphasis on the security of cyber-physical and embedded systems in the energy domain.

Student organizations are a big deal and a source of support for engineering degree candidates. The Hive oversees the ECE Makerspace to provide support for anyone seeking to develop an electronics-based project. 

The use of equipment and services is totally free, making it that much easier to turn your dreams into prototypes!

University of Notre Dame College of Engineering (Notre Dame, IN)

At Notre Dame, the Department of Electrical Engineering focuses primarily on research related to electrical circuits and systems (ECS) and electronics, photonics, materials and devices (EPMD). 

The ECS pathway, for example, is more math-focused and connects participants with institutions like the Eck Institute for Global Health, ND Energy, and the Pulte Institute for Global Development.

The MS in electrical engineering includes an optional thesis element, and students tend to complete all of their requirements within a year to a year and a half. 

Particular emphasis is placed on cultivating project management skills. Master’s degree candidates can utilize the university’s IDEA Center – Innovation, De-Risking, and Enterprise Acceleration – to incubate their startups in partnership with other ambitious colleagues.

Another exceptional state-of-the-art facility at Notre Dame includes the Biomedical Photonics Lab, where students can design medical devices used to examine subcutaneous skin tissue for disease identification noninvasively. How cool is that?!

Northwestern University McCormick School of Engineering (Evanston, IL)

Northwestern’s MS in electrical engineering stipulates that applicants choose their specialty focus area prior to enrollment: solid-state, photonic and quantum technologies, or signals and systems. 

Bachelor’s/master’s combined degrees are offered in areas as diverse as French and economics to public health or plant biology and conservation – the McCormick SOE is an excellent place for aspiring engineers with multiple passions and interdisciplinary career plans.

There are various dual degree programs formed with a variety of partner institutions, with each one developed around specific milestone achievements. 

In addition to opportunities in China, the University of Copenhagen School of Law in Denmark, for example, encourages Northwestern’s MS graduates to apply for a dual PhD program. 

Northwestern can serve as your dynamic home base from your bachelor’s to your PhD, only a short commute from Chicago.

Cornell University College of Engineering (Ithaca, NY)

The MEng degree at Cornell is designed to provide higher-level training via an intensive design project accompanied by a written report versus a formal research thesis option that defines many other competitors’ programs on this list. 

Graduate students completing electrical engineering projects at Cornell have total autonomy in building their projects from the ground up, typically with the intent to prepare them for their future job interviews.

Affectionately known as C2D2, the Cornell Center for Device Discovery is a popular on-campus hub for students eager to merge research with prototype development. The C2D2 is a place to build and test your innovations until they are ready to be launched in public!

Research is integral to a master’s candidate’s time at Cornell. In the bio-electrical engineering niche, for example, faculty and graduate students collaborate to understand how to infiltrate malignant tumors, create wearable medical devices, and improve the functionality of existing disease diagnostic instruments via artificial intelligence. 

To say your education at Cornell will be hands-on is a massive understatement!

University of Michigan College of Engineering (Ann Arbor, MI)

Home to 33 engineering startups and serving as the home of 31 U.S. patents, the powerhouse that is the University of Michigan’s engineering department specializes in niches like smart electronics, communication, and automation/robotics. 

Nearly 700 graduate students are pursuing one of two master’s degrees in engineering at UofM: the MS/MSE or the MEng. Let’s make some distinctions between the programs.

Those who apply to the MS/MSE in electrical and computer engineering seek advanced-level job opportunities and higher salaries. 

There are 12 areas of emphasis to concentrate in, such as embedded systems, applied electromagnetics, and optics. It takes 30 credits to complete the course sequence within one to two years, and the thesis is optional.

On the other hand, the MEng is designed for students who are just entering the engineering industry. There are three concentrations available to them: autonomous systems, microelectronics and integrated circuits, or data science and machine learning. 

Students in this program can expect significant hands-on learning opportunities, project-based assignments, and training focused on building entrepreneurial skills.

Carnegie Mellon University College of Engineering (Pittsburgh, PA)

Choose among three unique engineering master’s degrees at Carnegie Mellon: electrical and computer engineering (general), software engineering, or artificial intelligence in engineering. Your next choice – where do you want to complete your degree? You can stay at the Pittsburgh campus or travel to campuses in Silicon Valley, Africa, or Thailand.

For example, the MS in ECE in Africa transports master’s students to Rwanda for as short as a semester or as long as their entire degree program. 

Positioned within one of the world’s fastest-developing economies, students focus on emerging information and communication technology creations and applications throughout Rwanda and the  African continent.

Take your passion even further by specializing within your chosen degree program. There are eight creative industry areas – like sound design, learning media, or animation and special effects – where you can integrate your engineering degree.

 These IDeATe concentrations, as they’re named, are tailored for degree-seeking candidates with highly interdisciplinary interests and career ambitions.

University of California at Berkeley College of Engineering (Berkeley, CA)

You’re at UC Berkeley, and you’ve got options! Pursue an MS, MEng, or MS/PhD in electrical engineering and computer sciences. 

The MEng is the flagship program with an accelerated timeline of one academic year. Students immerse themselves in an area of technical focus, leadership courses, and a culminating capstone project. 

The MS program is more focused on research and preparation for a PhD.

Let’s explore some areas of technical focus. To be clear, just because you choose one area doesn’t mean you are limited from taking classes in another area. 

The visual computing and computer graphics area prepares students for careers in human-computer interaction methods in education, entertainment, and manufacturing markets. Conversely, the physical electronics and integrated circuits niche may appeal more to those passionate about developing sensor interfaces and A/D converters.

There are a wealth of topics that students can opt to focus on for their capstone projects, should they choose the MEng pathway. Students gravitating toward network design and analysis in the past have carried out exciting developments in peer-to-peer networks, cross-layer optimization, social networking, and simulation tools, for example.

Stanford University School of Engineering (Stanford, CA)

The Department of Electrical Engineering represents the largest department within the total SOE, with approximately 300 master’s candidates earning their electrical engineering degrees annually. 

The school has employed many revolutionaries in the field, including the inventors of microprocessors, public-key cryptography, and MIMO wireless technology. Stanford engineering students will learn from Nobel Prize and Turgin Award-winning faculty members on a daily basis.

The full-time MS degree takes a year and a half to complete; alternatively, you can pursue a joint degree in business or law. 

One-of-a-kind courses like Engineering for Good (Contributing to Saving the World and Having Fun Doing It) compel students to create real-world solutions focused on global health and sustainability alongside representatives from social entrepreneurial organizations and NGOs. 

There are three core areas where Stanford invests time and resources into research endeavors: hardware/software systems, physical technology and science, and information systems and science. In physical tech, students and faculty collaborate to develop neural prosthetics, wireless implants, and smart grids. 

Massachusetts Institute of Technology School of Engineering (Cambridge, MA)

You probably saw this one coming. With a global reputation for STEM innovation, the electrical engineering and computer sciences cohort represents the largest faction of MIT’s School of Engineering. Before you graduate, you’ll have played critical roles in conducting groundbreaking research and building novel prototypes with like-minded peers and the most expert faculty in your domain.

MS candidates complete a thesis and 66 units of coursework across a range of four subject areas. On the other hand, MEng students allow undergraduates to earn a bachelor’s and master’s degree in five years.

MIT’s emphasis on research has continued to keep the school at the top of electrical engineering master’s program rankings. 

One unique focus is on systems theory, control, and autonomy, where students push the boundaries of feedback systems and develop practical algorithms for making impactful decisions under uncertain circumstances. 

In energy research, master’s students will create new ways of harnessing and harvesting energy on massive scales.

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Incorporating mathematics, physics, chemistry, biology, computer science, and many other fields of expertise, developments in the field have led to much of what makes up the modern world. 

Engineers apply breakthroughs in science to develop everything from smartphones to deep space probes. 

With the challenges posed by climate change and an ever-increasing global population, the field of engineering is all the more important as society seeks ways to deal with these difficult and complex problems. 

With so many specializations in the field, some of which are electrical, mechanical, chemical, and biological engineering, aspiring engineers have a dizzying array of potential paths to follow in the field. 

Even though much of undergraduate engineering covers basics in the field, the range of specializations in the field requires that anyone who seeks to become an engineer have a good idea of what area they would like to enter early in their undergraduate programs. 

While choosing the area of the field they wish to enter, students must consider not only what the best engineering schools in the world are, but also what school has the best engineering program in the field they wish to enter. 

In order to help students make informed choices as they weigh their options, we have compiled a list of the 10 best engineering schools in the world. 

These schools are ranked according to an “averaged out” ranking. We analyzed other rankings about world engineering schools, placed a score for each school based on where they placed in each list, then made a final list based on those scores. Sources for this aggregate ranking are at the conclusion of this article. 

If you’re interested in engineering schools, check out our picks for the 10 best in the world!

10. ETH Zurich (Zürich, CH)

The engineering sciences department at ETH Zurich offers future engineers the following four bachelor’s degrees in the field: Electrical Engineering and Information Technology, Computer Science, Mechanical Engineering, and Materials Science. 

The bachelor’s degrees at the university are completed in three years, with students learning the fundamentals of the disciplines in the first year or two before specializing and creating a thesis project. 

Once a student has graduated with a bachelor’s degree in their chosen area of engineering, they have a range of options to continue their education and further specialize through one of ETH Zurich’s master’s programs. 

Many of the Master of Science degree programs at the university are completed in three semesters, while others will take four semesters for students to complete. 

These graduate programs offer students a range of specializations in areas such as biomedical engineering, neural systems and computation, and nuclear engineering.

9. National University of Singapore (Queenstown, SG)

The National University of Singapore’s College of Design and Engineering provides students the opportunity to earn bachelor’s degrees in electrical, chemical, mechanical, and biomedical engineering, among many other options.  

The design and engineering college has recently revised its curriculum in order to allow undergraduate students the flexibility to craft their own specialized degrees by taking advantage of the 40 modular credits for unrestricted electives. 

This creates the space for undergraduates to pursue a second major, add additional minors, or pursue specializations as they earn their bachelor’s degree in their chosen area. 

Students who wish to further their education and knowledge in engineering may pursue a wide range of coursework-based Master of Science degrees or choose to pursue a research-based approach in order to earn a master’s or doctoral degree. 

8. Oxford University (Oxford, UK)

Undergraduate engineering students at the University of Oxford will take four years to complete their studies and earn the school’s Master of Engineering degree. 

The first two years of study develop the fundamental knowledge and skills the university believes are necessary to all areas of engineering before spending the next two years of study specializing in one of the school’s many categories of engineering science. 

The third and fourth years of the program include significant design and research projects designed to build practical experience and a deeper understanding of the chosen area of specialization. 

The University of Oxford offers three programs of study for engineers at the postgraduate level. Those with a desire to perform further research choose from the Master of Science (Research), Doctor of Engineering, or Doctor of Philosophy programs to continue their studies. 

7. University of Cambridge (Cambridge, UK)

The undergraduate engineering program in the Department of Engineering at the University of Cambridge spans three to four years, depending on the degree a student wishes to attain.

 Engineering students may choose to complete their studies in three years to earn the school’s Bachelor of Arts (Honours) in Engineering, although the course of study is designed to take four years to culminate in a Master of Engineering degree. 

As with many other undergraduate engineering courses on this list, the first two years of study cover fundamentals of engineering common to all fields, while the third and fourth years require students to specialize in a specific area. 

Postgraduate courses at the university allow students to continue their education by pursuing research programs leading to additional master’s degrees and PhDs or taught programs culminating in Master of Research or Master of Philosophy degrees.

6. Nanyang Technological University (Jurong West, SG)

The College of Engineering at Singapore’s Nanyang Technological University annually sees more than 10,000 undergraduate students enroll, making it one of the largest engineering programs in the world. 

The college currently provides 14 different degrees, with 11 Bachelor of Engineering programs and three Bachelor of Science programs. 

Most of the bachelor’s degrees offered at the university are completed in four years, and many of the interdisciplinary options and double majors are jointly administered with other colleges within the university. 

Academically gifted undergraduate students at the university can begin contributing to research in the field early in their careers by participating in the school’s Undergraduate Research Experience in Campus (URECA) or Undergraduate Research Opportunity Programme (UROP) opportunities as one of the electives in their courses of study. 

5. Harvard University (Cambridge, MA)

The John A. Paulson School of Engineering and Applied Sciences at Harvard University offers students interested in engineering a wealth of opportunities of study. 

The school provides courses leading to Bachelor of Arts, Bachelor of Science, Master of Science, and PhD degrees in a wide range of engineering disciplines. 

Each of the areas of study at the school provides a range of opportunities for research in developing fields in engineering and applied sciences. 

PhD programs at the school cover fields such as quantum science and engineering, materials science, electrical engineering, and environment science and engineering. 

Harvard University’s engineering school works with a number of research institutes and initiatives to provide cutting-edge research in a wide breadth of fields. 

Its membership in the National Nanotechnology Coordinated Infrastructure partnership allows researchers access to 13 facilities across the country. 

4. Tsinghua University (Beijing, CN)

Beijing’s Tsinghua University divides the study of engineering disciplines into a series of schools under which there are departments of engineering in more specific fields. 

The university’s Department of Electrical Engineering has graduated approximately 13,000 students over the course of its existence. 

The department has also produced a number of leading professionals and academics in China who have won numerous awards and held prestigious positions. 

The School of Materials Science and Engineering hosts many of the field’s research centers in China and is highly ranked among materials science schools in the world. The U.S. News Ranking by Subject has ranked the school among the top nine in the world, and the QS World University Ranking by Subject has done the same. 

3. University of California, Berkeley (Berkeley, CA)

The study of engineering at the University of California, Berkeley spans many different departments within the university. Engineering science, civil and environmental engineering, electrical engineering, and mechanical engineering are just a few of the departments dedicated to the field at the school. 

Undergraduate programs within the Department of Electrical Engineering and Computer Sciences offer degrees in computer science as well as electrical engineering and computer science degrees in conjunction with nuclear engineering and materials science. 

Master’s degrees and PhDs in computer science and electrical engineering and computer science are also offered through the department. 

Research units at the university contribute cutting-edge work in fields such as nanotechnology, biological engineering, earthquake engineering, and computing theory. 

Researchers in UC Berkeley’s Center for Utilization of Biological Engineering in Space work with the federal government, NASA, and industry to develop biological processes for manufacturing fuels, pharmaceuticals, and food on a mission to Mars. 

2. Stanford University (Stanford, CA)

Aspiring engineers at Stanford University’s engineering school have the opportunity to pursue Bachelor of Science degrees in the major disciplines of engineering as well as graduate and postgraduate degrees. 

Along with majors and minors in these fields, Stanford offers interdisciplinary engineering degrees in areas such as biomechanical engineering, engineering physics, and atmosphere and energy. 

Students wishing to pursue an engineering degree in an area outside the standard fields offered by the school can do so through the school’s Individually Designed Major in Engineering. 

Students in this program must work with an engineering school advisor and another advisor in a relevant field to craft the degree plan. 

Research centers and labs within the engineering school perform work in areas such as nanotechnology, aerospace robotics, and experimental physics. 

1. Massachusetts Institute of Technology (Cambridge, MA)

With its place of honor as the best engineering school in the world, the Massachusetts Institute of Technology provides exemplary opportunities for engineering students at every level of education. 

Undergraduate engineering students at MIT pursue any number of engineering degrees at the same time as they make use of its “makerspace,” nanotechnology facilities, and sandbox for startup companies. 

Undergraduate students also work alongside their professors and other researchers to contribute to further developments in the field. 

Researchers in MIT’s engineering school study and apply engineering to some of the most interesting and challenging problems facing the world. Artificial intelligence, climate change, space exploration, and nuclear energy are just a few of the subjects with dedicated research labs and facilities at the school. 

Faculty within the engineering department at the school have received a litany of awards for their contributions to the field as they guide the education of the world’s future leaders in engineering. 

Here are the sources utilized for this aggregate ranking.

US News

QS

EduRank

Times Higher Education

Academic Influence

The post The Best Engineering Schools in the World appeared first on collegegazette.com.

For that reason, it’s hard to think of a field of study more important than Cyber Security. Cyber security experts do precisely what their name implies: they make the internet safer to use. 

That commitment to safety includes addressing threats that we know about, such as hackers, ransomware programs, and computer viruses. But it also includes looking toward the future, helping users keep themselves safe from attacks that haven’t even been devised yet. 

Cyber security graduates go on to work in a number of fields. Some get jobs in the U.S. government, serving in all branches of the military and intelligence services. Others work at companies and nonprofits of every size, making sure that their clients’ private data stays safe. 

To study cyber security, students need access to both cutting-edge technology and qualified experts. That might sound like a tall order, but more and more schools are working to meet those demands. This list covers some of the best schools in the nation. 

Every school listed here has all the resources and success records one would expect of an excellent master’s program in cyber security. 

More importantly, each one has been awarded by the National Security Agency membership in the Center of Academic Excellent in Cyber Operations.

Auburn University (Auburn, AL)

Formed with the full support of the Department of Homeland Security, the Cyber Security Program at Auburn University’s Ginn College of Engineering trains students to spot weaknesses in systems before the bad guys can see them. 

With a heavy research focus, the program emphasizes innovation and creative thinking. Students work in conjunction with several resources on and off-campus. 

But the program isn’t just about academics. Instead, it combines research with a practical approach, giving students skills they can take directly into the job market. 

To demonstrate the mastery of those skills, students complete the program with a Capstone Project. 

Auburn allows students to brainstorm and develop those skills with its several training workshops. 

Working alongside other students in the College of Engineering, students can participate in events such as the Android Study Jam or the Cloud Fundamentals Series. 

In these presentations, students learn about important elements of modern computer usage, helping them better visualize the systems they need to protect. 

Carnegie Mellon University (Pittsburgh, PA)

At Carnegie Mellon University, cybersecurity is a crucial part of the school’s Masters of Science degree in Information Security (MSIS). 

As that name suggests, CMU approaches cybersecurity as the protection of information, information that increasingly affects every part of our lives. 

From companies within the university’s home city of Pittsburgh to multinational companies worldwide, CMU’s MSIS degree gives students everything they need to keep information channels running. 

While there is undoubtedly a practical, hands-on component, the MSIS degree focuses on research. Information technology is a rapidly expanding field that constantly presents users new opportunities and new challenges. To be successful, cybersecurity experts need to not only keep up to date on the latest changes but also know how to innovate and look to the future. 

Students begin developing this mindset by pursuing their own research projects while in school. The CyLab, based in CMU’s Security and Privacy Institute, brings together experts in the field with up-and-coming learners to exchange ideas. 

Within the CyLab, the Biometrics Center gives students a front-row seat to developing technology that will become the future of information systems. 

By staying on the vanguard of information sciences, CMU prepares cyber security experts ready for the next generation and beyond. 

Mississippi State University (Starkville, MS)

The 31-credit hour MS in cybersecurity and operations offered by Mississippi State University allows students to choose between two tracks. 

The thesis option puts research first. Working closely with their faculty mentors, students on the thesis option decide upon a research topic early in their studies. All their coursework and individual study focuses upon that topic, building to a thesis document that advances research on the issue. 

On the non-thesis option, students prioritize practical skills. These students train to immediately enter the job market by developing the competencies and abilities that employers like to see. To that end, students work with a governing committee to pass a qualifying exam and obtain certification. 

No matter which track they choose, students at MSU enjoy the full support of the school’s faculty and resources. Teachers in the program not only include academics who have been studying trends and effects of modern information sciences, but also practitioners with years of experience. 

By blending the practical and the theoretical, MSU covers all the bases, training cybersecurity experts to handle every type of information technology need. 

Naval Postgraduate School (Monterey, CA)

Most cybersecurity experts learn how to defend information systems for businesses and non-profits. 

But at the Naval Postgraduate School (NPS), students learn how to protect information as a matter of national defense. The NPS trains future soldiers by looking at how data has become an aspect of modern international conflict. 

Because of its great importance, the NPS houses its cybersecurity degree in the Center for Cybersecurity and Cyber Operations. The Center gives students unprecedented resources, making for an advanced learning experience. 

One of those advanced offerings is the video game CyberCIEGE. Building from the computer game models established by the popular SimCity franchise, CyberCIEGE tests students’ understanding of the information assurance chain. The game challenges players to create and defend information networks from attack, offering a safe way to prepare for real-world scenarios. 

To bring in the best students, NPS offers many scholarships for those going into cybersecurity. One of the most compelling is the STEM scholarship, which not only provides a full ride but also a stipend for master’s students. Those who receive the award will go on to civilian roles in government agencies such as the CIA and the FBI. 

NYU Tandon School of Engineering (Brooklyn, NY)

Based in the Tandon School of Engineering, the cyber security MS from New York University approaches information technologies as a matter of public good. 

In this program, defending information isn’t just a matter of protecting companies, but a way to ensure transparency and accountability among some of the nation’s most influential institutions. 

That’s the perspective held by Nasir Memon, one of the lead professors in the program. Professor Memon founded the program in 1999, one of the first of its kind in the country. 

In addition to teaching, Professor Memon works with many influential research operations, including the OSIRIS Lab and editing the journal IEEE Transactions on Information Security and Forensics. 

Students in the program also benefit from the NYU Center for Cyber Security (CCS), one of the premier information think tanks in the United States. The CCS takes an interdisciplinary approach to bring together experts in various fields and equips them to tackle the most pressing security needs. 

Projects include identifying spyware employed by stalkers, finding weaknesses in programming code, and testing vulnerabilities in automobile computers. 

As all of these examples demonstrate, NYU cyber security students help keep everyone safe. 

University of Cincinnati (Cincinnati, OH)

If you want to keep your options open when choosing the best cybersecurity career for you, then the University of Cincinnati is an excellent choice. 

The MS in information technology offered by U Cincinnati’s College of Education, Criminal Justice, and Human Services prepares students to take several jobs, from IT manager and chief information officer to web developer and software engineer. 

Given this emphasis on student choice, it’s no surprise that U Cincinnati offers both online and face-to-face options for students. 

Each version of the class has the same level of rigor and depth. But by giving students more opportunities to take the classes, the school empowers learners to take charge of their education. 

Both online and face-to-face classes are taught by U Cincinnati’s outstanding faculty. Instructors include Bekah Marie Michael, who serves as executive staff director of the Ohio Cyber Range Institute. Michael has been at the head of many impressive research projects, earning grants of over $1 million to the most pressing issues in the field.  

Professor Jess Kropczynski researches the role of community networks in collective action. She has put her knowledge to practical use, working alongside state and local governments to diagnose systems and address their needs. 

University of Texas at Dallas (Dallas, TX)

Housed in the School of Economic, Political, and Policy Sciences, the Master of Science degree in cyber security, technology, and policy from the University of Texas at Dallas isn’t just about the science. Instead, it approaches information technology as a part of larger systems and philosophies. 

That unique approach can be found in students’ participation in research initiatives such as the Texas Schools Project. Drawing from the latest in academic research, the Project strives to ensure that all students in the state receive the best possible education. 

For cybersecurity students, that means protecting the information systems of these schools and enhancing instruction delivery. 

The academic aspect of information technology is also a focus of the school’s faculty. Students in the cyber security program study under excellent teachers such as Fang Qiu, Professor of Geospatial Information Sciences. 

Professor Qiu’s research has won grants from institutions such as the Centers for Disease Control and the National Science Foundation. 

University of Tulsa (Tulsa, OK)

Where most of the institutions on this list simply have a degree or a certificate for cybersecurity, the University of Tulsa has an entire school devoted to the subject. 

The University of Tulsa is building on its long history of excellence in computer science and cyber security by establishing a School of Cyber Studies to house undergraduate and graduate programs in this rapidly evolving field. 

The School of Cyber Studies brings together experts from various disciplines to examine the issue of cyber security from multiple perspectives. 

The School is an extension of the work done by the Institute for Information Security (iSec) housed at U Tulsa. For over ten years, iSec has recruited the brightest minds in the country to put their talents toward advancing our understanding of information technologies. 

The research they produce goes on to shape the course of government departments, private corporations, not-for-profit organizations, and more. The advances done by iSec are further enhanced by the teaching of the School’s excellent faculty. Students study under experts such as John Hale, a faculty research scholar at iSec.

Research produced by Hale has been funded by the Defense Advanced Research Projects Agency, the National Security Agency, the US Air Force, and more.

The post The Best Master’s in Cyber Security Programs in the US appeared first on collegegazette.com.

In their day-to-day work, marine engineers create system layouts and other schematics to design new naval vehicles. They also inspect marine equipment to ensure it is functioning as expected. Other professionals oversee the testing, installation, and repair of ships to comply with safety standards.

Marine engineers typically work for shipbuilding firms to design passenger ships, inflatable boats, rowboats, sailboats, and aircraft carriers. 

Others work for the government to design boats for the Army, Navy, and Coast Guard. Besides boats and ships, naval engineers can work on a variety of projects, from submarines to offshore oil rigs.

Designing safe and effective ships requires knowledge from a wide range of engineering fields. Marine engineers must earn a bachelor’s degree in marine engineering or a related field to learn the necessary background information and skills. While in classes, students will study calculus, physics, computer-aided design, fluid mechanics, material science, and many other subjects.

The best marine engineering programs will have dedicated resources and experiences for the field. Many include time onboard a ship so students can gain the appropriate hands-on abilities. 

In order to be a successful marine engineer, undergraduates must develop communication, ingenuity, and problem-solving skills.

In May of 2020, the average annual wage for marine engineers was $95,000. There are nearly 10,000 marine engineers across the United States and this number is expected to increase.

For students interested in naval engineering, here are 10 of the best marine engineering schools in the nation.

Maine Maritime Academy (Castine, ME)

Maine Maritime Academy’s harbor location makes it well-suited to prepare students for a career in marine engineering. The math-focused program prepares graduates to pass their licensure exam. There are plenty of hands-on opportunities, with over 60 sail, motor, and training vessels for undergraduates.

Students interested in working for the US Coast Guard can participate in the 5-year track to earn the proper licensure. With nearly 200 days of sea training through laboratories, simulation, and cruises, marine engineering students will build confidence and leadership skills. In the fourth year, undergraduates are eligible to sit for the USCG 3rd Assistant Engineer license.

No matter which program they choose, Maine Maritime Academy students gain hands-on experience through industry co-op experiences. Engineering worksites across the United States allow marine engineering students to work with authentic ships.

United States Coast Guard Academy (New London, CT)

The US Coast Guard Academy draws from vast resources to provide a strong education in the design and analysis of ships. University faculty members use their extensive real-world experience to teach students best practices. 

Despite the university’s large size, marine engineering students enjoy an 8:1 student-to-faculty ratio.

In the classroom, students have access to state-of-the-art resources, such as a 50,000-gallon tank with wave maker, wind tunnel, MakerBot 2, Ultimaker 3D printers, and ShopBot 3-Axis CNC router. 

Marine engineering undergraduates experiment with these professional resources in the material science lab or mechanical shop.

During their senior year, small design teams create a preliminary Coast Guard or commercial vessel design. This capstone experience requires formal design reports that build each student’s professional communication abilities. 

Recent senior projects cover a variety of naval engineering functions, from an Arctic offshore support vessel to a mobile offshore base.

SUNY Maritime College (New York, NY)

At SUNY Maritime College, students learn to design and operate marine power plants. The course load focuses on thermodynamics, fluid mechanics, electrical engineering, and problem-solving. Along with comprehensive classroom education, students complete three summer sea terms.

For marine engineering students interested in leadership roles, SUNY Maritime has a unique fast-track program. This track allows students to pursue their undergraduate degree in marine engineering simultaneously as a master’s degree in Maritime and Naval Studies or International Transportation Management. 

Outside of classes, the Structural Health and Sensing Laboratory provides plenty of research opportunities for students. Professors work on a variety of projects, from offshore vibration monitoring to the estimation of transit origin-destination delays. 

This research is funded by reputable institutions, such as the American Bureau of Shipping and University Transport Research Center.

University of New Orleans (New Orleans, LA)

In order to meet industry demand, the University of New Orleans Boysie Bollinger School of Naval Architecture and Marine Engineering was established. 

The program is the only one of its kind in the Gulf region where students can learn to build ships and other offshore structures. Students focus on systems engineering and other industry-relevant abilities.

At the University of New Orleans, students study in modern engineering labs dedicated to marine engineering. The UNO Structural Test System has hydraulic actuators for testing composite ship structural components. 

Other facilities include large towing tanks, model shop, a design laboratory, and programs on ship safety.

As a result of the professional facilities and high-quality education, University of New Orleans students often find positions before they graduate. Marine engineering graduates work in a wide range of institutions, from yacht builders to engineering consultants. 

Texas A&M University, Galveston (Galveston, TX)

Marine engineering students at Texas A&M learn from professors at the top of the field. In addition, the program uses cutting-edge technology to produce highly capable engineers. The interdisciplinary education covers marine propulsion, electrical systems, electronics, and applied maritime engineering.

At Texas A&M University, marine engineering students gain experience through the SeaAggie Field Trips. Enthusiastic undergraduates act as field guides for schools in the Galveston area. They have the opportunity to go aboard research vessel trips aboard the Milan and Trident ships.

Graduates from Texas A&M marine engineering go on to achieve impressive feats of marine engineering. Ilya Espino de Marotta, a marine engineering graduate from Texas A&M, recently directed the $5.2 billion Panama Canal Expansion Project. 

US Naval Academy (Annapolis, MD)

The US Naval Academy is widely recognized for its strong marine engineering program and variety of concentrations. Typically admitting 25 – 30 students each year, classes have enough resources for design projects and laboratories. Along with a small class size, USNA boasts world-class facilities and equipment.

Throughout the program, marine engineering students work on design projects to explore their professional interests in-depth. The USNA SailBot team designs and operates autonomous sailboats, winning several international competitions for their work.

After graduation, USNA marine engineering students go on to pursue a wide variety of opportunities. Using their background in design and analysis, graduates lead government programs, start-ups, and Fortune 500 companies across the naval industry. Others earn advanced degrees such as MS, MBA, PhD, JD, and MD.

Stevens Institute of Technology (Hoboken, NJ)

Located across the river from New York City, Stevens Institute of Technology is uniquely positioned in the epicenter of ship and harbor design operations. The university collaborates with government organizations and private companies to ensure students receive the necessary practical experiences.

At Stevens, all marine engineering students are encouraged to gain professional experience through experiential learning. Whether through externships, internships, or co-ops, students gain the necessary technical abilities to prepare them for their future careers.

Students in the marine engineering program have access to the renowned Davidson Laboratory, which is praised for its maritime design capabilities. With its state-of-the-art towing and wave tanks, collaborators visit Stevens from around the globe to perform research. The lab’s resilience projects work to solve real-world problems in infrastructure systems around New York Harbor.

Webb Institute (Glen Cove, NY)

Webb Institute is a unique university entirely dedicated to engineering and design education throughout the marine industry. Every student graduates with a dual BS degree in naval architecture and marine engineering. In addition, all enrolled students from the United States are granted a full-tuition scholarship.

At Webb, the marine engineering experience is student-centric, allowing each undergraduate to direct their own education. The 26-acre campus includes a private beach and many unique facilities available to students.

Marine engineering students at Webb graduate with plenty of career opportunities available to them. The university boasts an impressive 100% job placement rate upon graduation. Graduates go on to work at a variety of companies, including ExxonMobil, Rolls-Royce Marine, Delta Marine, and the American Bureau of Shipping.

University of Michigan (Ann Arbor, MI)

The University of Michigan proudly houses the only naval architecture and marine engineering programs nationally that span undergraduate through PhD studies. The university sets a global standard for design and research in the field. In addition, UMich aims to be at the forefront of teaching innovation.

The marine engineering department at UMich has both the strength and depth to lead the field in groundbreaking research. Alongside faculty members, students research how to navigate rough seas, building more efficient submarines, and harnessing energy from waves. The Perceptual Robotics Laboratory is working to create autonomous cargo ships and remote underwater vehicles.

Students can also use their classroom knowledge on ship design in a variety of student organizations. The Michigan Solar Sea team designs, constructs, and races a solar-powered boat across other student teams. 

On the other hand, the UMich Human Powered Sub team has four submarines and competes every other year to raise public awareness of underwater technology.

Massachusetts Institute of Technology (Cambridge, MA)

Established in 1912, the Pratt School of Naval Architecture and Marine Engineering is at the forefront of ocean engineering. Students study fluid mechanics, offshore mechanics, marine robotics, ocean sensing, and naval ship design.

Students participate in research spanning many topics at MIT through the Undergraduate Research Opportunities Program. Autonomous sensors, underwater vehicles, and other devices are some of the key focuses of the program. 

In addition, undergraduates can gain hands-on experience through the partner Woods Hole Oceanographic Institution.
The department regularly hosts lectures by highly regarded professors and guest speakers. Marine engineering students have the opportunity to learn about underwater mapping, hydrodynamics of new vessels, bio-inspired propulsion, and underwater networks.

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In their day-to-day work, engineers use their technical knowledge to develop new products that are more efficient and functional than the previous models. Other engineers troubleshoot issues with existing machines. A key responsibility of engineering is ensuring the safety of a process or system.

Engineering consists of many more specialized fields such as civil, chemical, computer, electrical, and mechanical. No matter which specialty, engineers must be educated in a variety of technical subjects to succeed in their careers. Most engineers attend engineering school to earn a degree and gain experience in their field.

While in engineering school, students study mathematics, computer science, biology, chemistry, physics, and other technical topics. They will also take more specialized electives based on their specific major. Through these courses and other on-campus experiences, students gain important career skills such as communication and creativity.

The best engineering schools emphasize good teaching by bringing in faculty members who are experienced in the field. There will also be a variety of hands-on opportunities to practice engineering skills, whether that’s through internships, extracurriculars, or laboratories. In addition, engineering school provides students with a valuable professional network with industry connections.

Engineering positions typically pay well and have a strong job outlook because of the technical ability required to succeed. Canada is a top destination for engineering students due to the industry opportunities and world-class universities. In 2019, there were over 300,000 engineers across Canada.

Across Canada, many prestigious engineering schools focus on the overall development of students. 

Here are 10 of the best engineering schools in Canada.

Western University Faculty of Engineering (London, ON)

Western University understands that the most successful engineers are leaders and innovators. Engineering undergraduates can choose to combine their education with a business degree or take specialty courses in integrated engineering. Western also offers a design thinking workshop for students to learn human-centered design skills and gain a competitive advantage.

Western Engineering is dedicated to building relationships with industry partners to benefit their community. This partnership goes both ways, as partner companies have access to the university’s world-class research facilities and innovative minds. Through these industry connections, engineering students have an easier time finding their future careers.

Engineering graduates from Western University are spread throughout Canada and the rest of the globe. The alumni network is made up of 13,000 individuals across a diverse range of careers. Popular fields include software, automation, energy, environmental, and biomedical engineering.

University of Victoria Faculty of Engineering and Computer Science (Victoria, BC)

UVic Engineering is at the forefront of applied science. Students work alongside faculty members to solve real-world problems and create a tangible impact. Engineering projects range from sustainable housing to new medical devices to new applications of artificial intelligence.

No matter what branch of engineering you are interested in, UVic has a student group to match your interests. There are a variety of award-winning competition teams, including UVic Biomedical Design Team, UVic Concrete Canoe, UVic Formula Racing, UVic Seismic Design Team, and UVic Satellite Design Team.

Engineering students also have an impact outside of the classroom through cooperative education. Through paid work experiences, students act as employees in the real world in positions that interest them. Biomedical, civil, computer, electrical, mechanical, and software engineering programs include integrated co-op experiences with the necessary job search training.

McMaster University Faculty of Engineering (Hamilton, ON)

McMaster University is dedicated to excellence across all engineering fields, earning the university recognition for its innovation and high-quality research. Researchers from the university are fellows of prestigious groups, such as the Canadian Academy of Engineering, Order of Canada, and the Royal Society of Canada. 

In addition, alumna Donna Strickland is one of only three women to have won the Nobel Prize in Physics.

The Faculty of Engineering is home to 20 major research centers with top-tier equipment. Engineering students are trained in these facilities, enabling them to enter the workforce with firsthand knowledge of the latest technologies. From the Nuclear Reactor to the Brain-Body Institute, McMaster engineering students perform research at the forefront of their fields.

The MacChangers program provides experiential learning opportunities to engineering students. Using their foundational knowledge, students work in teams to propose solutions to the most critical problems facing society today. Challenge areas include sustainability, economic prosperity, health, and infrastructure, particularly in the local Hamilton community.

University of Alberta Faculty of Engineering (Edmonton, AB)

Since the school’s founding in 1908, the University of Alberta has taught engineers how to succeed. Today, the university offers dozens of fully-accredited undergraduate and graduate degrees. U of A faculty and alumni have engineered some of the most innovative technologies of our time, from precision health to interplanetary exploration.

While on campus, engineering students have access to the Elko Engineering Garage. This 6,000 square foot makerspace is a hands-on facility for training, collaborating, prototyping, and troubleshooting. There are plenty of resources for fabrication, including 3D printing, metalwork, electronic, and woodworking capabilities.

The University of Alberta has an alumni network of over 30,000 engineers applying their skills in Canada and worldwide. Graduates stay involved with the university through events, mentoring, and community service events. Alumni members who go above and beyond to make a positive difference in the world are awarded with the William Muir Edwards Citizenship Award.

Queen’s University Faculty of Engineering and Applied Science (Kingston, ON)

Through a technically rigorous curriculum, Queen’s University prepares engineering students for leadership in their fields. 91% of undergraduate engineers complete their degrees, the highest out of any engineering program in Canada. Engineering graduates receive a high-quality education and a tight-knit community that will serve them well throughout their careers.

Queen’s department of engineering is also committed to educating the next generation of engineers. The Tech ‘n’ Tinker Trailer is an outreach program that provides students and teachers new opportunities to learn about engineering. Through 3D printers, micro-controllers, building materials, and other hands-on technology, younger students gain a passion for engineering.

Engineering students at Queen’s University have the opportunity to experience campus life at another university through the school’s exchange programs. The university recognizes that engineering is a global career where students must learn intercultural communication skills to succeed. Engineering undergraduates can visit Washington DC, England, France, Germany, and many other countries.

University of British Columbia (Vancouver, BC)

UBC Engineering is committed to a diverse and engaging education. This approach makes engineering graduates stand out and prepares them for future success. 

UBC is home to the largest engineering school and co-op program in Western Canada, graduating 75% of all new engineers in BC each year. The influx of talented workers who have real-world experience drives change in engineering fields across Canada. These co-op work terms complement academic work and provide an impressive professional background.

Engineering students at UBC have access to a wide range of resources to develop new technology and businesses. The Hatch Accelerator is an on-campus incubator that provides entrepreneurial students with the creative spaces, tools, and mentorship necessary to create a startup. For further support, the center offers a Concept Fund grant.

University of Calgary Schulich School of Engineering (Calgary, AB)

Through research activities, the University of Calgary aims to make a difference in people’s lives. Engineering students investigate a variety of cutting-edge technologies such as autonomous digital systems, environmental engineering, biosystems, and more. Research is often highly collaborative, bringing together experts from a variety of fields.

Leadership is emphasized for engineering students at the University of Calgary. Outdoor Leadership Experiences provide unforgettable activities that teach undergraduates teamwork and problem-solving skills. Along with learning highly valued engineering abilities, students bond with their peers while building snow shelters in Kananaskis or backcountry skiing in the Columbia Icefields.

UCalgary encourages undergraduate engineers to participate in Global Engineering Experiences, subsidized by the School of Engineering. Students can participate in department-specific trips, global community projects, or global entrepreneurship experiences.

McGill University Faculty of Engineering (Montreal, QC)

At McGill, engineering undergraduates are prepared to work as professionals in the field. Students have access to a variety of career development opportunities, such as workshops, networking events, and career advising sessions. The 2020 TechFair had an attendance of over 4,500 engineering students and 250 companies.

Engineering students gain hands-on experience through internships and co-ops. In 2020, over 500 students participated in internships and co-ops. These experiential learning opportunities provide valuable skills and mindsets that cannot be taught in the classroom.

McGill also has a variety of student design teams that compete with other engineering students across the country. Students can participate in Mini Baja Racing, Bridge Building, Chem-E Car, and McGill Robotics to pursue their interests outside of the classroom. Collaborative problem-solving and creating innovative designs prepares students for life as an engineer.

University of Toronto Faculty of Applied Science and Engineering (Toronto, ON)

As Ontario’s first engineering school, the University of Toronto is renowned for its collaborative engineering research. The university’s engineering departments are recognized for innovations in engineering education. Over the university’s successful history, U of T has produced over 50,000 successful engineering alumni.

Engineering students work alongside their professors to address a wide range of social, economic, industrial, and environmental challenges. 

The engineering department at U of T has $101.5 million in research funding awards to tackle issues in advanced manufacturing, artificial intelligence, human health, robotics, and sustainability.

To support research and academic endeavors, U of T has over 400 industry partnerships. These relationships provide career opportunities for students and create new technologies using the shared resources from both institutions. Some of the school’s industry partners include McEwen Mining, Hatch Ltd, Fujitsu Labs Limited, and many others.

University of Waterloo Faculty of Engineering (Waterloo, ON)

With over 10,500 engineering students enrolled, the University of Waterloo is the largest engineering school in Canada. Due to the school’s vast resources and engineering expertise, a number of programs top the rankings. According to major publications, the university is #1 in Canada for chemical engineering, mechanical engineering, mechanical engineering, and civil engineering.

At the end of the curriculum, Waterloo engineers complete the innovative Capstone Design program. Working in groups, students apply the knowledge picked up in classes and co-op to design and conceptualize a project. Many projects go on to commercialization before degree completion, leading to the creation of Athos, BufferBox, Myo armband, and other ground-breaking ideas.

Waterloo Engineering collaborates with over 1,000 companies across Canada and internationally to advance knowledge. Students have the opportunity to work on exciting projects in artificial intelligence, manufacturing, biocompatibility, cybersecurity, energy storage, and other areas.

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Engineering is an interdisciplinary study of math, science, and business. In order to learn this foundational knowledge and more advanced skills, engineers attend engineering school. General courses teach students how to design experiments, solve problems, understand professional responsibility, and communicate with a team.

While in engineering school, students begin by taking foundational courses in core subjects, such as calculus, statistics, physics, chemistry, biology, and systems engineering. Afterwards, engineering students choose an area of engineering to focus on. Upperclassmen will study more advanced topics relevant to their interests.

Strong engineering programs will have plenty of opportunities for students to develop critical thinking, communication, and collaboration skills. Lab courses help students gain practical experience that can be applied to a wide variety of fields. The engineering curriculum also includes group projects and capstone courses to practice problem-solving and design.

Outside of the classroom, student organizations and other resources allow students to develop a professional network and find their community. Internships and co-ops are valuable to see how classroom lectures are applied to the real world. Research allows students to work with faculty members to affect change in their field.

According to the Bureau of Labor Statistics, Georgia has over 60,000 engineers. These professionals earn an average salary of $65,000. With five institutions to choose from, here are five of the best engineering schools in Georgia.

Kennesaw State University Southern Polytechnic College of Engineering and Engineering Technology (Kennesaw, GA)

Kennesaw State University is the second-largest engineering school in the state, enrolling over 4,500 students across more than 20 degree programs. Students can study unique engineering specialties such as mechatronics engineering and manufacturing operations. The university also offers a variety of minors, including aerospace engineering, engineering design graphics, manufacturing technology, naval science, and nuclear engineering.

The Southern Polytechnic College of Engineering CLUE Center is a dedicated facility for academic support for undergraduate engineers. Students have access to a wide range of tutoring services and can interact with other members of the community. Engineers who have already earned an A or B in the course can sign up to be a tutor.

Kennesaw State partners with companies in the industry to develop their best-in-class curriculum for graduating engineers. Along with current partners ATP and Surface Mount Technology Association, the university promotes high-quality STEM education in the community.

While at Kennesaw State, engineering students can join a variety of student organizations to apply their classroom knowledge. The Fluid Power Vehicle Challenge team tasks students with designing a hydraulic system for powering a vehicle. The Kennesaw State team used their engineering abilities to place #2 overall against a competitive lineup of teams.

Engineering undergraduates at Kennesaw State studying electrical or mechanical engineering can spend their summer in Italy taking required courses. The university recognizes that engineering is a global field that values international experiences. Students will learn about Italian language and culture while also making progress on their degrees.

Georgia Southern University College of Engineering and Computing (Atlanta, GA)

Students at Georgia Southern are encouraged to conduct research under the supervision of a faculty member. By doing so, engineering undergraduates develop critical thinking, collaboration, and evidence-based learning abilities. Advanced energy systems, cybersecurity, manufacturing, renewable energy, and robotics are just some of the popular research topics at Georgia Southern.

Each year, students present their work in the Paulson College of Engineering and Computing Student Research Symposium. Along with networking with industry professionals and faculty members, students compete for awards. In 2021, the engineering department presented nearly 100 posters in 13 categories.

Along with research, engineering undergraduates at Georgia Southern gain at least a year of work experience through the co-op program. This experience allows students to apply their foundational knowledge to real-world companies and projects. Many engineering students are offered interviews or full-time positions with their co-op employer.

Through the Industrial Relations Partner Projects, Georgia Southern provides a variety of events to facilitate networking between students and business partners. These opportunities range from career fairs to speaking with student organizations on campus. Some industry partners include Georgia Iron Works, Millennium Group, Robins Air Force Base, and Daniel Defense.

Students can explore their professional and personal interests through student organizations. Georgia Southern is home to over 20 organizations specifically dedicated to engineering students. These groups cover a variety of interests including academic, social, and cultural.

First-year engineers have the opportunity to live among their peers in the Innovation Living-Learning Community. This develops a sense of community and allows students to increase their academic performance. Benefits of this opportunity include upperclassmen mentors, faculty chats, and site visits to local engineering companies.

University of Georgia College of Engineering (Athens, GA)

In addition to technical knowledge, UGA prepares students to understand the impact of their work and the ability to communicate ideas. The 2,600 engineering students gain hands-on experience through design-based classroom and field opportunities. In addition, there are many dual and combined degree programs to meet each student’s needs.

As a result of the comprehensive curriculum, 97% of engineering graduates from UGA find employment within six months of graduation. The median starting salary for BS graduates is $62,000. Graduates work throughout the industry at startups, big corporations, government agencies, and more.

The faculty in the College of Engineering are dedicated to educating the next generation of engineers. In addition, they are recognized as leaders in the field, as members of international and national societies. Nine faculty members in the engineering department have won NSF CAREER Awards.

Students in the UGA engineering programs have access to world-class facilities, such as experiential learning workspaces, fabrication labs, and a machine shop. The instructional labs span 23,000 square feet and are available for students in all programs. These facilities allow students to gain valuable hands-on skills necessary for design and construction.

At UGA, research breaks down traditional academic boundaries by drawing from multiple disciplines. The school uses three innovation and discovery challenge clusters to allow engineering students to work with their peers from physics, chemistry, public health, and computer science. As a result of the interdisciplinary approach, UGA research funded has increased by 300% in the past five years.

Mercer University School of Engineering (Atlanta, GA)

At Mercer University, students gain the necessary research and work experience that future employers are actively looking for. Alumni of the engineering department go on to work at impressive industry leaders, such as AT&T, General Electric, Gulfstream Aerospace Corporation, and Lockheed Martin. Others continue their education in the top graduate schools across the nation.

Mercer Engineering is recognized for its strong partnerships that allow engineers to solve real-world challenges. In 2020, the university and Robins Air Force Base collaborated to open a new software development center for the US Air Force. This innovative facility sparks collaboration and creates a pipeline between the Warner Robins Air Logistics Complex and computer engineering department at Mercer.

To best serve their community, Mercer Engineering promotes Engineering for Development education. Engineering faculty have worked in more than 35 countries to implement sustainable solutions and improve the lives of underserved populations. Through these programs, engineering students gain valuable skills necessary in humanitarian and development sectors.

Before graduating, engineering students complete senior design projects to apply their knowledge in the real world. Small teams of engineers collaborate to design, construct, and evaluate an engineering system under professional supervision. These projects are completed for a client in industry, exposing students to the challenges that real-world engineers face.

Mercer Engineering students have access to state-of-the-art 3D printing equipment. Along with personal projects, this technology is used to improve the lives of local communities and beyond. In 2018, engineering students and faculty created Touch 3D Yearbooks for students at the Georgia Academy for the Blind.

Georgia Institute of Technology College of Engineering (Atlanta, GA)

Georgia Tech is world-renowned for high academic quality, constantly ranking among the top schools in the nation. In 2020, the university was ranked as the #2 for public engineering schools and #4 overall. In addition, the school’s programs placed among the top four in their respective areas.

Engineering students at Georgia Tech have plenty of opportunities for international travel through co-ops, service trips, exchange programs, and faculty-led trips. More than 1,200 students each year participate in these programs to earn work experience and foreign language abilities that will make them stand out. Furthermore, Georgia Tech has joint degree programs with partner universities created specifically for engineers.

Georgia Tech has a variety of high-tech machinery available to use for academic and personal projects. The Flowers Invention Studio is intended for students to develop unconventional ideas with a supportive community. Students in aerospace engineering can complete prototyping, woodworking, and metal construction activities in the Aero Maker Space.

In order to make the most significant impact, Georgia Tech Engineering partners with many national laboratories. Engineering students collaborate with big names like Sandia Laboratories and Oak Ridge National Laboratory during and after their time at Georgia Tech. In addition, the school’s partnership with Emory University and Children’s Healthcare of Atlanta empowers students to make an impact on human health.

The co-op program is a five-year course of study that provides practical work experiences related to each student’s professional goals. Engineering students can develop their abilities and apply the theory learned in class. These positions are the result of over 100 years of partnerships between the university and industry.

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Aviation mechanics work in hangars, repair stations, and airfields near major airports. To protect pilots and passengers, they must be certified by the FAA for aircraft maintenance. These technicians gain the appropriate knowledge and abilities from aviation schools across the country.

Aviation mechanics and aviation maintenance programs provide training in aircraft controls, systems, and flight systems. They prepare students to earn their certification through hands-on training opportunities in aviation maintenance. Students can often choose to further specialize according to their professional interests.

The best aviation mechanics schools will provide highly transferable skills used across the industry. The practical classroom and laboratory courses prepare students to work across the nation. Aviation mechanic students can also complete internships at airlines, manufacturers, repair stations, and aviation schools.

Across the United States, there are over 160,000 aviation mechanics! 

Here are 10 of the best aviation mechanics schools awarding a Bachelor’s degree in aviation mechanics.

Vaughn College (Flushing, NY)

At Vaughn College, the aviation maintenance program offers a comprehensive curriculum, combining theoretical study and hands-on work. The broad base of mathematics and physics prepares students to adapt to the changing demands of the industry. The program emphasizes computer applications, manufacturing processes, maintenance overhaul, and modification techniques.

During their time at Vaughn, 70% of aviation maintenance students participate in paid internships. Students gain valuable industry experience and develop necessary skills. NASA, American Dynamics, United Airlines, and General Electric are just some of the companies that hire Vaughn students in internships or professional positions.

As a result of the educational opportunities at Vaughn, 99% of aviation maintenance graduates are employed or continuing education within one year. They pursue a variety of employment opportunities in airline and flight operation developments. Other graduates go on to work in manufacturing and repair facilities.

LeTourneau University (Longview, TX)

In addition to theory, LETU aviation maintenance students have plenty of opportunities for hands-on learning. Throughout their courses, students practice on high-tech aviation equipment. Undergraduates gain valuable skills, including welding, metalwork, machining, and reciprocating engines.

The Abbott Aviation Center is a 55,000 square foot state-of-the-art aviation facility. Housing classrooms and labs, students are able to utilize their classroom knowledge on real equipment. Aviation maintenance students benefit from the close proximity to an active airport operation site.

To prepare for their future careers, aviation maintenance students can choose from a variety of concentrations. Computer science, electrical technology, maintenance management, and mechanical technology are the available specializations. 

There are a variety of exciting electives such as powerplant electrical systems, airframe electrical, aircraft composites, and advanced aircraft gas turbine engines.

Everglades University (Boca Raton, FL)

Everglades University was founded in 1990 under the name American Flyers College. In order to best serve its student body, the university moved to the Pompano Air Park. Today, the school is respected for producing knowledgeable aviation mechanic professionals.

At Everglades University, students learn from leading professionals in the aviation field. They are well-versed in aviation mechanics and dedicated to student success. Throughout the program, students will develop the analytical, communication, and hands-on abilities required in the field.

The aviation maintenance program totals 123 credits, including foundational general education courses and specialized upper-level classes.

Hallmark University (San Antonio, TX)

The BS degree in aviation maintenance management helps professionals be a leader in the aviation industry. The unique 20-month program is entirely online and can be accessed from anywhere at any time. According to BestColleges.com, Hallmark University is among the top universities for online aeronautic programs.

Hallmark University students excel in aircraft mechanics using the aviation campus’ vast resources. 

Unlike typical maintenance schools, undergraduates work on operational turbine engines, previously airborne airframes, and other equipment used throughout the industry. Thanks to hands-on opportunities, Hallmark University is among the top 10 universities in the USA for producing graduates ready for FAA exams.

After graduation, aviation maintenance management graduates go on to excel in management positions such as aircraft maintenance analyst, maintenance supervisor, aviation general manager, or aviation support specialist. These leadership positions are expected to grow 50% faster than all occupations combined, providing a wealth of opportunities.

South Dakota State University (Brookings, SD) 

Aviation maintenance management at SDSU is for students who enjoy the challenge of repairing and maintaining aircraft. The university is partnered with approved FAA A&P programs for this four-year leadership degree program. The program offers unique hands-on abilities through internships and student organizations.

Due to the scope of the program, SDSU offers specialized internships for aviation maintenance students. Students have gained hands-on experience with corporate flight departments, ground instructing, and curriculum development. The program will work with students to develop personalized learning outcomes and a timeline.

There are also student organizations for aviation maintenance students. The SDSU Flying Jacks bring together students from throughout the aviation department for professional networking and aviation-related events. Students interact with other community members and visit local airports alongside members from the Women in Aviation club.

Lewis University (Romeoville, IL) 

Lewis University works hard to provide industry opportunities and foster relationships with airlines. Aviation maintenance students can take advantage of a partnership through the Delta TechOps program. Students receive training aides, mentoring opportunities, and a direct pathway to a maintenance career at Delta Air Lines.

Due to the growing demand for maintenance technicians, 100% of Lewis aviation maintenance students received job offers upon graduation in 2015. This impressive figure is also a result of the critical knowledge and skills provided by Lewis. 

Aviation maintenance alumni work at various companies such as American Airlines, Boeing, Honeywell Aerospace, Johnson & Johnson, and the U.S. Air Force.

Southern Illinois University, Carbondale (Carbondale, IL)

The aviation technologies program at SIUC provides enhanced technical training for students. 

Within the degree, students can choose to further specialize in advanced aircraft maintenance, aviation electronics, or helicopter maintenance. The school also offers a minor in aircraft product support.

Aviation technologies students gain exposure to real-world aircraft. They can practice on a military jet, commercial Boeing 737 jet aircraft, and single- and twin-engine piston airplanes. The program gained a corporate jet featuring modern systems that are essential for aircraft and avionics maintenance training.

Students at SIUC take advantage of the school’s many industry connections. Aviation technologies students complete internships with the Chicago Department of Aviation, Envoy Air, Alaska Airlines, and UPS FlightPath. 

Utah State University (Logan, UT) 

Upon completion of the Utah State University aircraft maintenance technician degree, students will meet the FAA requirements for the A&P licensure exams. 2030 hours of required coursework and laboratories are built into the curriculum. Many courses utilize hands-on learning in the school’s maintenance management laboratory.

Students in the aircraft maintenance program take a variety of technical courses throughout the department. They take courses on aircraft structures, turbine powerplants, hydraulic and pneumatic systems, FAA regulations, material processing systems, and electronic fundamentals.

Aircraft maintenance technicians from USU are highly sought-after following graduation. 

Kansas State University Polytechnic Campus (Salina, KS)

The aviation maintenance management program provides students with hands-on learning experiences from the first day. Students work with more than 10 actual aircraft including a Bell 206 helicopter and turbine-powered King Air 90. 

In addition to impressive resources, Kansas State faculty members are dedicated to their student’s educational and professional success. The aviation maintenance program has a 14:1 student-to-faculty ratio that allows for individual attention.

Aviation maintenance courses take place in a state-of-the-art hangar and Aviation Center. The hangar has direct ramp access to the Salina airfield, allowing students to perform engine runs, ground operations, and aircraft taxi. These resources provide students with the knowledge, skills, and leadership required in the aerospace industry.

Embry-Riddle Aeronautical University (Daytona Beach, FL)

ERAU is recognized as a leader in aviation and aerospace education, preparing students to meet the future needs of the industry. The aviation maintenance program offers management and safety specializations to target student interests. Both concentrations complement practical experiences in the general aviation maintenance classes.

Each year, an average of 90% of students are employed or continuing education one year after graduation. 

Embry-Riddle is widely recognized among the best engineering colleges in the country, routinely ranking in the top 100 colleges for engineers.

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Mining engineers study how to turn mineral resources into everyday products responsibly and sustainably. In their day to day, these professionals work at mining operations from mineral mines to gravel quarries. 

Using their technical abilities, mining engineers study minerals and determine innovative strategies for locating and removing ore. They help to design mines and the machinery within them. Mining engineers must also consider the environmental and safety impacts of their work.

In order to develop the skills to safely and effectively design mining processes, these professionals must earn a college degree. Mining schools were typically established in the 18th and 19th centuries to focus on mining engineering and applied science. 

Mining engineering is a truly interdisciplinary field, drawing in material from mechanical, civil, and environmental engineering. The best programs will specifically focus on mining engineering to teach fundamental subjects from surface mining to control. Along with core subjects, mining engineers must be strong in mathematics, geology, mechanics, thermodynamics, fluid mechanics, and computing.

With growing energy costs and a heavier burden on natural resources, well-educated mining engineers are highly desired professionals. In 2019, there were 6,300 mineral and mining engineers, earning an average salary of $94,000.

Here are 10 of the best schools of mines with strong curriculums and plenty of hands-on opportunities. These universities are some of the few nationwide to have ABET-accredited mining engineering programs.

Virginia Tech Department of Mining and Minerals Engineering (Blacksburg, VA)

Virginia Tech is widely recognized for producing successful leaders in mining engineering who have the knowledge and experience required for the field. The low student-to-faculty ratio of 7:1 gives undergraduates individual focus. Mining engineering students learn from a diverse group of dedicated professors.

80% of students can use their skills in the industry, working alongside top companies in the area. At Virginia Tech, the mining and mineral engineering program has an active recruiting program for internships, co-ops, and permanent jobs. 

Industry recruiters favor Virginia Tech mining students due to their extensive training. As a result, the mining and minerals engineering department has one of the highest job placement rates at the university. Even after they graduate, Virginia Tech alumni keep in touch with the department.

University of Utah Department of Mining Engineering (Salt Lake City, UT)

The mining engineering program at the University of Utah aims to prepare students to meet the industry’s unique requirements. Combining basic engineering, geology, and mining, graduates are prepared to discover and develop mineral deposits. Using its connections, the University of Utah provides hands-on learning through laboratories and field trips.

Students perform research in state-of-the-art facilities, studying rock mechanics, ventilation, geotechnical instrumentation, and mine systems design. 

Due to the school’s unique capabilities, the mining engineering department at the University of Utah was selected by the US Department of State to assist with mine training. Using their decades of mining education, the university is one of two universities bolstering the growing mining industry in Greenland.

Missouri University of Science and Technology (Rolla, MS)

At Missouri S&T, mining engineering students are exposed to a diverse range of courses. They study materials handling, surveying, processing, rock mechanics, ventilation, mine design, explosives, and mine rescue. Along with traditional degree programs, undergraduates can earn an unusual minor in mineral processing or explosives engineering.

In the classroom, students are introduced to industry-standard equipment and mining practices. They gain hands-on experience facing real-world mining situations through the Kennedy Experimental Mine Building. These facilities train mining engineering students on the necessary mental and physical skills for their future careers.

Mining students also have opportunities to apply their abilities outside of the classroom. Organizations such as the International Society for Explosives Engineers and the Missouri S&T Mine Rescue Team allow students to develop a professional network and attend events.

Montana Technological University (Butte, MT)

Montana Tech is committed to hands-on learning, as seen throughout its curriculum. The school is home to the only on-campus underground mine nationwide. This unique opportunity allows students to apply their classroom knowledge.

Another aspect of the hands-on education at Montana Tech is the mining engineering internship program. Located across Montana and the rest of the nation, 96% of students find a placement. Furthermore, mining engineering graduates can expect to find a job with high startingsalaries and plenty of advancement opportunities.

Mining students can develop teamwork, leadership, and problem-solving skills through activities on campus. Student government, professional organizations, academic clubs, and special interest groups are just some of the options. The NASA Robotic Mining Club at Montana Tech builds a robot to transfer pieces of Martian surface from one area to another.

University of Arizona Department of Mining and Engineering (Tucson, AZ)

Founded along with the university, the mining and geological engineering department at the University of Arizona is one of the school’s most renowned departments. Faculty, students, and alumni are recognized for their groundbreaking work in the mining industry.

On campus, students can participate in specialized and innovative research thanks to UA’s vast resources. The program spends $800,000 each year on research expenditures. UA mining is a global research leader in mining communication platforms, water conservation, subsurface fluid extraction, concrete alternatives, and safety networks.

In 2021, a team of mining engineering students took home first place at the Society for Mining, Metallurgy, and Exploration/National Sand, Stone, and Gravel Association design competitions. They beat out many international teams thanks to their tight-knit collaboration and top-notch education. Going above and beyond, the group visited local sand and gravel mines to understand the operations better.

University of North Dakota College of Engineering and Mines (Grand Forks, ND)

At UND’s college of engineering and mines (CEM), students are able to learn from professionals at the forefront of the industry. 94% of faculty members hold the highest degrees in their respective fields. Along with a depth of knowledge, mining faculty are dedicated to student success.

Students are encouraged to participate in research from petroleum extraction to geoscience. Each year, the CEM Design Expo allows students to showcase their work to the broader public. Along with sharing their accomplishments, mining students can appreciate the innovations of their peers across the college.

The BIG Challenge is a monthly competition that inspires students to create innovative solutions to significant problems outside of research. CEM students work collaboratively with students from all disciplines to develop an original and impactful pitch.

University of Alaska Fairbanks College of Engineering and Mines (Fairbanks, AK)

As the only mining engineering program in the Pacific Northwest, the UAF curriculum offers a unique focus on hard-rock mining, Arctic-related issues, and mining of stream beds. Students have plenty of hands-on opportunities, whether it is running large pieces of equipment or processing fine minerals.

In classes, students have access to Silver Fox, an on-campus silver mine. UAF students have actively rehabilitated the mine since 2007 to allow access as a field laboratory. Mining students perform hands-on techniques such as surveying and rock bolt installation at this center.

UAF is dedicated to making the field of mining engineering accessible to all students, regardless of their background. Along with university and department scholarships, the school has over 20 scholarships specifically dedicated to mining engineering students. These prizes range from $600 to $10,000 for qualified students.

New Mexico Institute of Mining and Technology (Socorro, NM)

At New Mexico Tech, the mineral engineering program combines a professional engineering education with social awareness. Students learn to explore and develop natural materials efficiently in a way that doesn’t harm the environment. Both the coursework and projects emphasize communication, management, and leadership.

In their senior year, mineral engineering students complete a large-scale design project to bring together engineering principles and design theory learned in the classroom. To best prepare them for their future, students can choose between economic evaluation, geotechnical construction planning, or the control of blasting vibrations.

Almost every New Mexico Tech graduate completes some sort of campus research experience. They work alongside professors or engage in senior projects, sponsored by industry groups. The university aims to give undergraduates hands-on research opportunities in mineral engineering.

South Dakota School of Mines and Technology (Rapid City, SD)

Founded in 1885, South Dakota Mines was formed to educate students in the region’s robust mining industry. Today, it is one of only five universities nationwide to have all three mineral industry disciplines. These topics include geological engineering, mining engineering, and materials and metallurgical engineering.

Research at Dakota Mines is committed to protecting professionals in the mining profession. A university research team recently developed a virtual reality training system to mimic mining environments. Their work is sponsored by the US Department of Labor with a grant of $100,000.

Dakota Mines is widely respected in the industry, as shown by its renowned partnerships. In a new collaboration, mining students and faculty work alongside Caterpillar engineers to develop the next generation of mining technology. The Cat Labs MineStar Consortium leverages technological advancements to increase the sustainability of natural resources by improving productivity.

Colorado School of Mines (Golden, CO)

The Colorado School of Mines is recognized in numerous national publications. Money Magazine ranks the university as the fourth-best engineering college in the United States. In addition, it was named as #1 for career return on investment among peer institutions by Georgetown University.

The mining engineering department is committed to providing unique learning opportunities for undergraduates. The program is running a series of six workshops for students and faculty from the department. Along with educating the mining community, these events help foster more diverse and accessible learning environments.

The McNeil Center for Entrepreneurship & Innovation helps Colorado School of Mines students develop their entrepreneurial spirit. Through competitions, student groups, and grants, the center helps inspire innovation on campus. In addition, the McNeil Center supports students in developing successful companies based on their own mining technologies.

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This field of engineering is responsible for building autonomous machines that are used throughout industry, including aerospace, automotives, manufacturing, medicine, mining, service, and transportation. 

These robots are programmed to complete repetitive or dangerous jobs so people don’t have to.

In their day to day, robotics engineers design prototypes, build machines, and create software to control the actions of robots. They perform research to ensure their designs are as safe and cost-effective as possible. Using their background knowledge of engineering and technology, they are able to design effective processes.

This multidisciplinary field brings together knowledge from a variety of engineering fields, including mechanical, electronic, computer, and systems engineering. Professionals need to be able to handle a wide range of tasks from designing to programming automation systems. Many entry-level robotic engineering positions require a bachelor’s degree in mechanical, electrical, or software engineering for the foundational knowledge.

However, higher level positions require a specialized, graduate-level education. While there are a handful of undergraduate programs in robotics engineering, students will be able to show their breadth of knowledge with an MS degree. A specialized robotics engineering curriculum is the best way to study many engineering fields and gain valuable hands-on experience.

While at robotics engineering school, students gain exposure to industry-standard equipment and innovative research projects. They study a curriculum that spans the core disciplines. These experiences help students graduate with the skills and knowledge required in their future careers.

There are approximately 130,000 robotics engineers in the United States today, earning an average annual salary of $85,000. In order to remain competitive, robotics engineers need to attend a well-known school with a strong robotics program. 

Here are ten of the best robotics engineering schools in the nation.

Northeastern University (Boston, MA)

Using a combination of comprehensive curriculum, hands-on research, and co-op positions, robotics students at Northeastern will be able to make an impact on society. Students will take classes across the engineering field, from control systems engineering to robotics navigation. In addition, there are three engineering concentrations for further specialization – mechanical, electrical, and computer.

In order to apply classroom knowledge, students can participate in a wide variety of research through the Institute for Experiential Robotics. Northeastern students work alongside university researchers to further the field in human-robot interactions, multi-robot coordination, robot manipulation, and reinforcement learning. 

The hallmark of Northeastern is their world-renowned co-op program that allows students to develop their skills in industry. In Boston alone, there is a wide range of innovative robotics companies such as Amazon Robotics, Teradyne, and Bluefin Robotics. With over 100 years of industry partnerships, robotics students are sure to find a co-op placement that matches their interests.

University of Pennsylvania (Philadelphia, PA)

UPenn is committed to providing the in-depth curriculum and professional connections to jumpstart each student’s career. In the robotics program, graduate students study ten courses in artificial intelligence, robot design, controls, and perception. To finish their program, they have their choice of advanced electives and a thesis project.

Robotics students are centered in the General Robotics, Automation, Sensing and Perception (GRASP) Laboratory. 

Founded in the late 1900’s, this incubator fosters collaboration between students and world-renowned robotics faculty. The laboratory also houses state-of-the-art equipment for a wide range of research projects.

Throughout their time at UPenn, robotics students have many opportunities for networking across industry and academia. This is accomplished in weekly seminars, lunches, and other events. A solid professional network prepares robotics students for further education or a job in the industry.

Georgia Institute of Technology (Atlanta, GA)

At Georgia Tech, the robotics program is the result of a collaboration between six engineering disciplines – aerospace, biomedical, electrical and computer, interactive computing, mechanical, and physics. Georgia Tech also offers the first PhD program in robotics.

No matter which program, robotics students have access to the school’s wide range of industry partners. Many well-known companies partner with Georgia Tech for their diverse range of resources. In addition, the school hosts hiring events and mixers to facilitate connections between companies and Georgia Tech robotics students.

Georgia Tech students find many different ways to reach out to their community through robotics. RoboGrads, a student group on campus, hosts events to raise awareness of the importance of robotics. The department is actively involved in community outreach to stimulate interest in STEM for the K-12 community.

Northwestern University (Evanston, IL)

While at Northwestern University, robotics students advance through their curriculum with a small cohort of 15 – 20 students. This small class size allows faculty members to individually work with each student and focus on their technical and professional abilities. In addition, robotics students work alongside like-minded peers and develop strong social and professional networks.

Throughout the curriculum, robotics students work on innovative research projects on aerial robotics, haptic interfacing, bio-inspired sensing, prosthetics engineering, and more. They will graduate with a portfolio of impressive projects that illustrate their abilities to future employers.

Northwestern robotics students go on to pursue PhDs at top robotics schools, create their own startups, or join prestigious companies. 

Alumni of the program have been hired at companies like Disney, Fetch Robotics, Auris Surgical Robotics, and BMW. In addition to internship opportunities, students have access to strong career services from the Engineering Career Development office.

Stevens Institute of Technology (Hoboken, NJ)

Robotics students at Stevens Institute of Technology have access to a highly customizable curriculum with a variety of interdisciplinary courses. They can decide what aspect of the program they want to emphasize, whether it is research or a thesis project. In addition, there are evening, online, and accelerated courses available to meet each student’s needs.

Located just outside New York City, students have access to a wide range of robotics engineering companies. General Dynamics, Johnson & Johnson, Lockheed Martin, and Stryker are some of the top hiring organizations for Stevens robotics students.

As a result of the interdisciplinary education, students graduate as highly sought-after robotics engineering professionals. 95% of robotics students are employed within three months of graduation, earning an average salary of $95,000.

University of Washington (Seattle, WA)

While at the University of Washington, mechanical engineering graduate students can specialize in controls, mechatronics, and robotics. In this concentration, they take a variety of courses, including biology-inspired robot control, dynamic systems, and instrumentation.

Robotics students are able to participate in many innovative projects alongside faculty members. The university is at the forefront of research in robotics and human interaction, manufacturing, controls, sensors, augmented reality, and autonomous systems. 

The Boeing Advanced Research Center partners industry engineers with students and faculty to develop automation and robotic solutions for Boeing products.

Students can also use their robotics expertise in a variety of student competition teams. Husky Robotics designs Mars Rovers to accomplish specific missions, allowing students to develop expertise in machining, circuit design, collaborative project management, and coding. In their most recent competition, Husky Robotics placed 2nd in the world in the International Rover Challenge Series.

New York University (New York, NY)

NYU recognizes the need to provide a highly interdisciplinary and comprehensive robotics education. The university works to engage students through hands-on engineering education, research, and entrepreneurial opportunities. Graduate students are able to further specialize in assistive mechatronic and robotic technologies, mobile robotics, or micro-robotics.

Undergraduate students can begin their robotics education through a minor or Vertically Integrated Project (VIP) related to robotics. These long-term, large-scale projects allow students to develop necessary skills and work collaboratively to solve problems with robotics. Some of the most popular robotics VIPs are NYU Self-Drive, Smart Internet of Controlled Things, and the NYU Robotic Design Team.

There are also many research labs and groups available for students to participate in. Research areas at NYU vary widely from learning-based control to medical robotics. The Agile Robotics and Perception Lab focuses on developing autonomous drones that navigate with sensors instead of maps, GPS, or motion capture.

Worcester Polytechnic Institute (Worcester, MA)

Thanks to signature project-based learning, WPI is at the forefront of robotics engineering education and applied research. It is the first university in the nation to offer BS, MS, and PhD degrees in robotics. These degrees prepare robotic engineers to significantly contribute in a number of disciplines including healthcare, manufacturing, transportation, and many more.

As a result of its innovative programs, the WPI robotics engineering department was recognized with the 2016 ABET Innovation Award. This recognition is the result of dedicated faculty members that bring a new dimension to robotics engineering. 

In addition, the school’s holistic approach to the curriculum brings together computer science, electrical engineering, mechanical engineering, and systems.

One of WPI’s goals is to generate interest in robotics from a young age. The department participates in a variety of K-12 community outreach activities, including robotics demonstrations, presentations, and summer programs.

Johns Hopkins University (Baltimore, MD)

In order to graduate robotics engineers that function effectively in industry, Johns Hopkins is committed to broad interdisciplinary robotics education. The curriculum also helps develop necessary skills, including leadership, collaboration, curiosity, and critical thinking.

For students interested in deepening their training, Johns Hopkins offers a combined program that allows them to earn a BS and MSE in just five years. This advanced degree in robotics shows future employers the depth of education and typically results in higher salaries.

The Laboratory for Computational Sensing and Robotics is recognized as one of the top robotics research centers globally. It is at the forefront of medical robotics, autonomous systems, and bio-inspiration. To foster innovation, the center brings together students and faculty from medicine, public health, science, and engineering.

Carnegie-Mellon University (Pittsburgh, PA)

The Robotics Institute at Carnegie Mellon has been a leader in robotics education since its foundation in 1979. The school’s mission is to use applied research to leverage robots in industrial and societal activities. Faculty and students alike come from a diverse array of backgrounds, with unique expertise in many areas.

Carnegie Mellon is a well-respected research university, with over 180,000 square feet of facilities for robotics research. Sponsors of university research include DOD, DARPA, NASA, NIH, and NSF. The Robotics Institute is the largest university-affiliated robotics engineering research center in the world.

Students can also apply their knowledge through the National Robotics Engineering Center (NREC), a technology transfer organization. The center focuses on the development of robotic systems for industry and government partners. To accomplish these projects, the NREC is an expert in the rapid integration and field testing of automated systems.

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In order to become a commercial or airline pilot, it is necessary to obtain a bachelor’s degree, license, and certificate. Aviation schools are one of the first steps to achieve this goal. Through specialized courses, aviation students are well-trained in subjects such as advanced flight operations, aerodynamics, air navigation, jet engines, and meteorology. In addition, they learn from qualified aviation experts and are trained on state-of-the-art equipment. 

While in aviation school, aspiring pilots are surrounded by people who understand flying and are passionate about the subject. This immersive environment is good for networking and can lead to a career in the airline industry. Due to partnerships with airlines, many aviation schools provide internship and career opportunities that are otherwise challenging to find. In addition, the hands-on training and work experience help develop many necessary qualities such as communication, problem-solving, and a quick reaction time.

As a result of the high responsibility involved with piloting a plane, airline pilots earn an average salary of $160,000. However, this value varies based on the education and level of training, making it essential to go to a top university. 

Here are the ten best aviation schools in the United States, based on each program’s greater university ranking in the US News National Universities list.

10. Louisiana Tech University (Ruston, LA)

Since 1967, Louisiana Tech University has had a national reputation for outstanding graduates. The Professional Aviation and Aviation Management programs emphasize the knowledge, skills, and experience to create leaders in the aviation industry. In addition, there is a solid network of graduates, including airport planners, commercial pilots, flight school instructors, and transportation and development specialists.

Students have the opportunity to learn from ground, simulator, and flight training year-round. In 2017, the university obtained a new fleet of 12 Cessna Skyhawk and Piper Arrow aircraft. In addition, LTU has aviation management cooperative agreements with many Fixed Based Operators in the region, including the Louisiana Airport Managers Association and Ruston Regional Airport. Thanks to the links with industry, LTU aviation students enjoy many internship programs with major air carriers, regional airlines, corporate aviation, and government organizations.

9. South Dakota State University (Brookings, SD)

South Dakota State University provides high-quality aviation training at competitive rates. On campus, aviation students learn from 28 full and part-time flight instructors and 14 airplanes. The senior capstone course helps to bridge the gap between education and practice as students are evaluated to ensure competency.

Aviation students can choose between two specializations to further their education. Aviation Education is for students who wish to become Certified Flight Instructors and professional pilots in industry. 

Bringing on top students and alumni as SDSU flight instructors allows aviation graduates to improve the program they were once a part of. The aviation maintenance management specialization teaches students to repair and maintain aircraft.

As a result of the in-depth aviation programs, 100% of the Class of 2019 were placed into professional flight positions. The majority were employed as flight instructors, while others went on to airlines such as United, SkyWest, and Republic Airways.

8. University of North Dakota (Grand Forks, ND)

The University of North Dakota provides a liberal arts core curriculum combined with professional aviation education. The specialized undergraduate programs include air traffic management, airport management, aviation management, aviation safety & operations, aviation studies, commercial aviation, and unmanned aircraft systems operations.

Including the largest collegiate training fleet in the world, students in any aviation program are trained in state-of-the-art facilities. This includes over 100 aircraft and simulators, VR training devices, and a hypobaric chamber to experience the physiological effects of high-altitude flight.

Through immersive hands-on flight control hardware and simulation software, students have access to many training opportunities.

The University of North Dakota focuses on a hands-on curriculum without sacrificing safety. The school has the first and only collegiate program to achieve the highest level of Safety Management System compliance.

7. Western Michigan University (Kalamazoo, MI)

With over 1,100 undergraduates, Western Michigan University has one of the most extensive aviation programs in the nation. In addition, it is the only comprehensive aviation program at a public university in Michigan. These achievements show how WMU is a powerful force in the future of aviation training.

The next leaders in aviation are trained on a fleet of 50 aircraft. By constantly evaluating the planes, the department is able to make upgrades and ensure that students have access to the latest equipment. These aircraft are used for everything from aviation maintenance to flight school. 

WMU’s Aviate program, a pilot career development initiative, shows how the school’s graduates are highly trained and sought-after. 

6. Utah State University (Logan, UT)

At Utah State University, aviation students learn from skilled professors from a variety of backgrounds. The staff of Certified Flight Instructors help students get the necessary hands-on training they need to pass their check-ride and prepare them for their future careers. Due to the smaller class sizes, students have an individual learning experience.

The school’s restricted ATP program means that pilots can enter the industry at a lower minimum hour requirement than other programs. In addition, the fast track to flying with an airline allows aviation students to get a jump start on their careers through thorough and efficient training.

Utah State organizations allow students to network with peers of similar interests and backgrounds. The NIFA Flight Team, created for aviation enthusiasts, hosts social gatherings and professional development trips. Students interested in unmanned aerial systems can participate in DroneWorx.

5. Kansas State University (Manhattan, KS)

Kansas State University is home to more Master Certified Aviation Instructors than any other school nationwide. This staff of accomplished and practiced flight instructors provides aviation students with a top-tier education. Meteorology, aerodynamics, advanced aircraft systems, and flight labs are just some of the courses that they teach. Outside of aviation classes, Kansas State students study additional subjects from management to business ethics.

Salina Regional Airport, right next door to Kansas State, provides both education and experience. It houses a 12,300-foot runway along with crosswind and parallel runways to provide training above and beyond the minimum requirements. Kansas State graduates are confident to fly in all conditions and exceed industry expectations.

With a 98% program placement rate, aviation graduates are highly successful, whether they choose to be flight instructors or airline captains. Kansas State alumni go on to be airline, cargo, charter, corporate, and military pilots.

4. Valparaiso University (Valparaiso, IN)

Valparaiso University was the pilot training site for the Civilian Aeronautics Authority in the early 1940s. Today, the aviation program aims to serve the community, region, and nation with the mission of preparing students to learn, fly, and serve.

At Valparaiso University, students develop an understanding of aeronautical and flight principles and an appreciation of liberal arts through general education coursework. Although the program has been around for less than a decade, it shows the innovative culture of the university and growth across academic offerings. Graduates have the opportunity to join flight crews, aviation management, and airport management.

Tom Cedel, a distinguished visiting professor and retired Air Force pilot, assisted in the creation of the program. In addition, the greater Valparaiso community is home to many aviation professionals. The aviation program is supported by an Advisory Council of flight crews from all major air carriers.

3. Auburn University (Auburn, AL)

Auburn University aviation students have the opportunity to gain hands-on experience at the school’s regional airport and the Delta Air Lines Aviation Education Building. The state-of-the-art facilities include classrooms, debriefing rooms, and flight simulators. Spread across over 420 acres, the airport consists of aircraft fleet, simulator fleet, and professional flight practice areas.

Aviation students can earn up to six credit hours for an internship or cooperative education, combining education with practical work experience. Whether in industry or government, Auburn students are connected to a hub of world-class aviation organizations. This includes multiple accelerated career paths with airlines such as Delta and JetBlue.

Auburn graduates join a network of over 4,000 aviation alumni who are leaders in their field. In addition, the university has been actively involved with aviation education for over 80 years, meaning that graduates are well-known for their contributions to the industry.

2. Baylor University (Waco, TX)

Baylor is known for balancing aeronautical theory and application. This includes hands-on experience through ground school and flight school training courses. As a result, aviation students will graduate with flying qualifications to the Commercial Pilot level and a Certified Flight Instructor certificate. 

Outside of aviation training, the well-rounded education at Baylor includes political science, english, communication, and computer science. Students can choose from a variety of advanced elective courses in anything from aviation law to meteorology to pursue their passions.

Outside of aviation, Baylor is a nationally-recognized research institution. The Space Weather Research Laboratory supports studies of the space environment and solar-terrestrial interaction. In order to further their education, students participate in research projects alongside faculty.

1. Purdue University (West Lafayette, IN)

Purdue is known for industry connections, working together with airlines and other companies to build a strong future in aviation and aerospace. By taking industry needs into account, the aviation curriculum prepares students for a successful career. In addition, the Aviation Career Fair presents employers with aviation-focused students. 

In addition, Purdue is a leader in aviation research. The Grand Challenges in Aviation and Transportation inspire faculty and students alike to make new discoveries in many research areas. In particular, the university focuses on sustainability, safety, and quality and their ties to aviation. 

The Transportation Research Board’s annual University Design Competition for Addressing Airport Needs invites teams to collaborate and find practical solutions. In 2020, three teams from Purdue won first place in three airport challenges.

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