Bedford Campus - Day,  Starts Fall Semester Only

Program Description:

The Energy Utility Technology Certificate is a nine-month program designed to prepare students for entry-level positions in the utility industry. The industry has forecast a strong need for new employees in the next several years for positions such as line workers, meter workers and substation maintenance personnel. The program includes courses that give students an introduction to the energy utility industry; knowledge of direct and alternating current circuits; generation, transmission and distribution of electricity; industrial safety; and computer applications. In addition, students will get hands-on experience at the National Grid training facilities in Millbury, Mass.

• Visit the Department Website for this program
• View the Academic Advising Guide for this program

Career and Transfer Outlook:

Job opportunities nationwide include positions as maintenance and repair workers, electrical power-line installers and repairers, first-line supervisors and managers, as well as overhead, underground and substation experts.

Gainful Employment Disclosure Information: In accordance with Federal regulations, Middlesex Community College discloses information about student costs, tuitions, fees and employment statistics to various governing bodies to ensure certification and oversight. See: Gainful Employment Information

 Helpful Hints:

Energy Utility Technology Certificate graduates can continue toward an associate degree and apply their credits from their certificate.

Program Outcomes:

Graduates of the Energy Utility Technology Certificate program are prepared to:

• Apply electrical-circuit theory and principles of electrical-power generation, transmission and distribution systems;

• Articulate additional electrical safety regulations and work procedures as apprentices in the electrical energy utility industry;

• Communicate results, decisions and ideas verbally and in writing in a clear, concise manner;

• Prepare clear and concise documentation of assignments and results;

• Apply time-management techniques effectively;

• Demonstrate problem solving by applying mathematical principles toward real technical problems.