Energy Technology, A.A.S.

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The Energy Technology Associate in Applied Science degree program prepares, in a generic fashion, individuals for entry-level employment as a generation technician, a maintenance technician, a non-licensed operator, or related contracting field employee capable of working in varied types of electrical energy producing power plants.

Instructional topics include safety, health, environmental protection, as well as other governmental regulation issues, and quality control associated with the technologies encompassing the generation, transmission, distribution, and elements of the marketing of energy in the form of electricity. Studies also include the principle methods of production, market structuring, consumer classification, generation, and retail sales. While specific maintenance, operator, and related personnel duties and responsibilities will be emphasized, skills and knowledge attainment are paramount. Instruction provides for, but is not limited to specific topics and systems to include; pumps, valves, piping, introductory topics in instrumentation, heat transfer, and fluid flow, steam systems, and generator types.

Discipline specific courses stress the use of hand and power tools, maintenance equipment, etc., required to maintain and/or operate individual pieces of equipment, units, and allied systems for the production of electricity. Associated tasks, operations, procedures and job specific assignments or responsibilities are addressed.

Courses in technical, as well as general education provide the student with a well rounded educational foundation. This foundation is required of individuals in today's electrical energy and power technology workforce.

Either ENG 112 and/or MAT 111 may be taken during either Summer I or Summer II sessions, but must be completed successfully before the Third Semester.

It is recommended that remediation in Mathematics, English and/or Reading should be complete before entering the program. A GPA of 2.0 or higher is required to remain in the program.

Program Competencies

Upon successful completion of this program, students should be able to:

  • Identify the relationships, skills, and knowledge of general technician, maintenance technician, a non-licensed operator, or related contracting field employee
  • Utilize concepts of math, chemistry, and physics to solve applied problems
  • Discuss environmental health and safety concerns with electrical power generation
  • Describe and apply mechanical and electrical science to perform assignments
  • Relate plant equipment and systems knowledge required of technician
  • Apply technical concepts to solve maintenance, operations and troubleshooting problems
  • Perform entry level maintenance on equipment
  • Apply entry level operator skills for monitoring and operating power generation systems
  • Understand and describe electrical market economic forces, supply and demand, the impact of weather on pricing models, impact and implications of renewable energy sources on urban and suburban markets.

First Semester (16 credits)

CourseCredits
ENG 100 - English Composition I3
TME 115 - Basic Technical Skills3
TCC 111 - Technical Communication3
MAT 110 - Technical Mathematics I4
EGY 100 - Understanding the Economics of Today's Energy Business3

Second Semester (19 credits)

CoursesCredits
PCT 100 - Plant Equipment3
IST 105 - Industrial Systems Drawings Interpretation3
MAT 111 - Technical Mathematics II4
EGY 101 - Power Plant Industry Fundamentals3
COMM 111 - Public Speaking3
ENG 112 - English Composition II3

Third Semester (19 credits)

CoursesCredits
TEL 101 - D C Analysis4
IST 200 - Pumping Systems3
IST 101 - Industrial Drive Systems3
PCT 112 - Power Plant Processes3
EGY 201 - Energy Systems Piping and Tubing3
PHY 100 - Technical Physics I3

Fourth Semester (18 credits)

CoursesCredits
CHE 106 - Introduction to Chemistry3
TEL 102 - A C Analysis4
PHY 101 - Technical Physics II3
EGY 203 - Thermodynamics of Energy Systems3
EGY 205 - Electrical Energy Production3
EGY 207 - Planning Scheduling and Maintenance2

Total Credits: 72