Engineering Technology

Engineering technology makes things work. It applies principles of math and science to design and build the structures, equipment, and power systems behind computer systems; roads, bridges, and buildings; sound systems; radar; engines — even variable shocks for mountain bikes.

Engineering technology is a broad term for the field that forms the backbone of manufacturing and other industries. It's often divided into smaller, specialized areas and skill sets. Electrical and mechanical engineering technologies create power systems and their components — things like electrical devices, motors, engines, semiconductors, circuits, and computers. Civil engineering technology focuses on building bridges, tunnels, and transportation systems — from subway and rail to air and space travel. Computer and telecommunications engineering technologies are at work in computer hardware and software, as well as in data and network systems.

Career options for engineering technicians are as far-reaching as the field itself. Jobs often utilize math, science, building, and problem-solving skills in industries like manufacturing, transportation, microelectronics, biotechnology, aerospace, and computer technology. Engineering technicians provide operations, troubleshooting, and critical information to guide engineering decisions.

Educational options are far-reaching, too. After earning a certificate or two-year degree in one of the many engineering technology fields, an engineering technician might choose to transfer his or her skills — and credits — to a Bachelor's degree program at a four-year college or university.

Additional resources:
South Caroline Advanced Technological Education National Resource Center for Engineering Technology Education
http://www.scate.org



Common Jobs:
- Engineering Technology Graphics Technician
- Mechanical Engineering Technician
- Electronic Engineering Technician