1.
Focuses on things in motion, from satellites observing the Martian atmosphere and commercial turbine engines to defensive missiles and ocean liners.
2.
Integrates technological principles into food growing and processing to help farmers produce larger crop yields while improving sustainability.
3.
Applies analytical and design principles to the development, testing, and analysis of novel medical treatments, technologies, devices, and artificial organs.
4.
& Biological Harnesses organic and inorganic forms of matter to improve the world by optimizing substances or developing new products for energy, agriculture, and science.
5.
Designs and builds essential infrastructure including buildings, bridges, tunnels, dams, highways, airports, and water/sewer systems.
6.
Uses an understanding of electricity, electronics, and electromagnetism to design systems that process information and transmit energy.
7.
Finds solutions for challenges like population growth and climate change by providing clean drinking water, improving air quality, and remediating polluted sites.
8.
Deals with everything that moves or flows, from nano-devices to roller coasters, and designs the machines that produce and test these innovations.
9.
Acts as the architects of the digital age by developing applications and programs for everything from smartphones and gaming to smart home devices.
