Engineering

Almost every engineering graduate student earned an undergraduate degree in the same field. Others studied math or science and decided to pursue an engineering degree. While not all engineering opportunities require a graduate degree, it is a good idea to consider one. Graduate school gives engineering students the chance to hone their technical skills while allowing the time and opportunity to do creative work.

There are a number of specializations students can choose, from mechanical and electrical engineering to structural and aerospace engineering. Some other fields of focus include: biomedical, computer, chemical, and civil engineering.

Computer engineers have become more necessary as computer use has increased. Students who graduate with a masters in computer engineering can pursue careers in software engineering, developing and programming. Biomedical engineering students eventually work in hospitals and research facilities after graduation, focusing primarily on how to test for and decode medical problems. Students in chemical engineering programs typically learn how to use chemistry to problem solve, and design and maintain processes and products. Civil engineers might be the ones you think of first when someone says "engineer." They construct the bridges, tunnels, and roads on which we travel and the buildings in which we work, live and play.

The structure of M.Eng programs typically include class lectures and associated coursework, hands-on projects, laboratory time and various exams. These degrees usually take about two years to earn and are considered both professional and terminal.

The U.S. News and World Report indicates that agricultural engineers will be needed in the future to address worldwide foot shortages (also, think: biofuel). Nuclear engineering is another specialty graduate engineering students can consider.