Electrical engineers drive innovation by designing electrical circuits for personal electronics, computers, automated manufacturing components, and other devices. A bachelor's degree or electrical engineering classes prepare you for a career in this versatile applied design field.
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At Porter and Chester Institute, we’re serious about preparing you for career success. By completing one of our Automotive, Computer, Healthcare, or Trades programs, you’ll enjoy five advantages during your job search:
1. You gain knowledge and skills employers want you to know.
2. You learn from instructors who’ve worked in the field.
3. You learn by doing through hands-on instruction.
4. You develop personal skills and habits to become more employable.
5. You enhance your job interview skills and résumé.
Locations: Branford, CT , Canton, MA , Stratford, CT
- Electrician: Industrial, Commercial, Residential
We keep education relevant by employing instructors with real-world experience in the field, who bring their career backgrounds to the classroom. Our programs are continually assessed by faculty, staff and members of the business and education communities to help ensure your studies align with your career goals. Programs offered by Brightwood College focus on local employment needs, in areas such as allied health, nursing and technical and professional programs.
Locations: Nashville, TN
Successful careers begin at the Milan Institute. We offer quality hands-on training, experienced faculty and a staff committed to helping you realize your goals.
Locations: Bakersfield, CA
- Oil and Gas Instrumentation Technician
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Profile of an Electrical Engineer
Electrical engineers apply science and math principles when developing electrical devices and equipment. Electrical engineers design:
- Electric motors
- Radar and navigation systems
- Communication devices
- Electrical utilities equipment
- Automotive and aircraft electrical systems
An electrical engineer typically focuses on devices that supply or generate power, while electronics engineers specialize in devices that use electricity, such as control systems or signals processors. In practice, the two fields overlap.
How to Prepare for a Career in Electrical Engineering
A career in electrical engineering typically starts with a four-year bachelor's degree in electrical engineering. You can also earn an associate degree or vocational certificate and gain experience as an electrical technician before establishing yourself as an engineer. Electrical engineering degrees include: Bachelor of Science, Master of Science (graduate, one to two years), MBA in engineering management (professional business degree, one to two years), and PhD in electrical engineering (graduate, four to six years). College electrical engineering degree programs combine hands-on training with advanced technical and applied science instruction.
Outlook for Electrical Engineering Careers
Opportunities for electrical engineers should hold steady in the coming decade, as the sector balances rising demand for electrical devices with an increasing supply of international electrical engineers. Electrical engineering classes and advanced degrees can help you keep your edge in a competitive job market. The U.S. Department of Labor forecasts strong prospects for electrical engineers working in engineering consulting firms. The average electrical engineer earned $85,350 in 2008.
An electrical engineering career offers trained professionals an outlet for design ingenuity. Pursue an electrical engineering degree or classes to advance your career in electrical innovation.