All of the following questions have something in common:

How are aircraft, space vehicles, and submarines designed? How can farmers use soil and farmland more efficiently? What is involved in the design of buildings, bridges, tunnels, and dams? How can we build structures that can withstand hurricane force winds? How can we copy human cells, organs, and tissues? How can we better use the earth’s natural resources and protect its ecosystems? Can we improve mineral processing and refining? Can we build enhanced medical devices and prosthetics to improve patient care and quality of life? How can we use materials like porcelain and ceramics to advance electronics and transportation networks? How can we improve production and manufacturing systems and business operations? What are the environmental and commercial applications of chemical reactions? How far can computers, robotics, and artificial intelligence take us? What is the future of laser technology? Where can we find new forms of energy? How do we protect the world’s oceans? How can we develop natural and synthetic fibers to create new kinds of materials? Can we improve mapping and surveying procedures?

It may be hard to believe, but there is an engineering field that focuses on answering every one of these questions! What this means is that engineering is vast, and so are the choices of educational tracks it offers.

Pro Tip
Still unsure if a degree in engineering is your calling? Take the career test

With so many categories within engineering programs, it can be a bit daunting when trying to decide which best fits your interests or career aspirations. To help you decipher the diversity, we're breaking down 10 popular options below: