Be a problem solver with a tool belt that includes a broad range of engineering fundamentals. Examples of career areas include pollution remediation, transportation, low-cost housing, elective medical care and crime control.

Combine the unique problem-solving approach of physics with engineering science and design to address new problems in our rapidly changing technological base.

Develop high-flying technology—from aircraft and spacecraft to satellites and more.

Build and test all kinds of machines and mechanical systems, from next-generation engines to artificial joints to high-tech manufacturing plants.

Explore materials structure, properties and processing, including how materials impact many important technologies—from smartphones and car parts to satellites and solar panels.

Manipulate molecules to improve or create products for just about every conceivable application, from carpets and clothes to synthetic organs and tissues to jet fuselages and smartphone displays.

Use not just chemistry but all the sciences to solve problems in practically every industry, from manufacturing to pharmaceuticals to renewable energy to food production.

Advance the knowledge that will improve human health through cutting-edge research, clinical collaborations and rigorous curriculum.

Explore and learn how to apply the fundamental principles of fire protection engineering, fire behavior and dynamics, protection and suppression systems, polymeric materials structure and more.

Design the devices, technology and tools that help people live healthier lives.