Engineer Your Future

From fission to fusion, nuclear engineers design and develop reactor cores, radiation shielding, and other nuclear equipment. Engineers may also explore industrial and medical uses for diagnosis equipment and disease therapies. Nuclear engineering was named the second best-paying STEM job for recent graduates by Forbes.

If you’re passionate about hyperloops and orbital rocket boosters, this is the degree for you. Today’s aerospace engineers are designing and producing the most complex planes, supercraft, and satellites the world has ever seen. Aeronautical engineers work primarily with aircraft, while astronautical engineers study the science and technology of spacecraft.

Named #3 on Forbes’ list of 15 Most Valuable College Majors, the field of computer science is expected to grow exponentially during the next decade. As a computer science major, you’ll learn about the inner workings of computer systems, and design better ways for humans to interact with computers.

Named one of the “Happiest Jobs in America” by Forbes, software engineers are shaping the future through the design, analysis, and implementation of software. But it’s not all fun and games: courses focus on complex subjects, such as statistics and probability, discrete mathematics, and computer applications.

Whether it’s designing the latest smartphone or building the blueprint for an aircraft carrier, mechanical engineers develop, build, and improve machines. You’ll learn what makes planes fly, as well as the physics behind your favorite roller coaster.

Biosystems engineers are tackling some of the most critical challenges in biology, including tissue engineering, renewable energy, and air quality. Graduates are sought after by a wide variety of employers and industries—ranging from food manufacturers and environmental consulting firms to health providers and government agencies.

Named #3 on Forbes’ list of 15 Most Valuable College Majors, the field of computer science is expected to grow exponentially during the next decade. As a computer science major, you’ll learn about the inner workings of computer systems, and design better ways for humans to interact with computers.

Whether it’s designing the latest smartphone or building the blueprint for an aircraft carrier, mechanical engineers develop, build, and improve machines. You’ll learn what makes planes fly, as well as the physics behind your favorite roller coaster.

That smartphone in your pocket wouldn’t be possible without electrical engineers. As demand in the technology sector explodes, so too will the demand for this profession. Electrical engineering students learn how to design, troubleshoot, and install electronic systems, and develop methods that use power more efficiently.

Industrial engineers use their skills to develop more efficient systems that reduce waste and save money. Many industrial engineering graduates pursue careers in the aeronautics field, while others find jobs at engineering firms, automobile manufacturers, or architectural companies.

That smartphone in your pocket wouldn’t be possible without electrical engineers. As demand in the technology sector explodes, so too will the demand for this profession. Electrical engineering students learn how to design, troubleshoot, and install electronic systems, and develop methods that use power more efficiently.

What does it take to build a hydroelectric dam, a superhighway, or the world’s tallest skyscraper? Just ask a civil engineer. As an aspiring engineer, you’ll study the basics such as physics, geology, geometry and calculus, while also learning what it takes to build a structurally sound bridge or a high-rise that can withstand a catastrophic hurricane.