Associate of Applied Science: Energy Systems Mechanical Engineering Technology

(2 Years)

Program Objectives

  1. Solve technical problems typical of those encountered in the energy systems mechanical engineering technology discipline.
  2. Work and communicate effectively in multidisciplinary teams.
  3. Stay current on industry standards, challenges and innovations.

Students must register concurrently for the lab course associated with each theory course.

Required Courses:
ESET 0100Engineering Technology Orientation1
ESET 0100LEngineering Technology Orientation Lab1
ESET 0121Basic Electricity and Electronics4
ESET 0121LBasic Electricity and Electronics Laboratory3
ESET 0122Electrical Systems and Motor Control Theory3
ESET 0122LElectrical Systems and Motor Control Theory Laboratory1
ESET 0123Mechanical Power Transmission2
ESET 0123LMechanical Power Transmission Laboratory1
ESET 0125Introduction to Structural Welding1
ESET 0126Introduction to Mechanical Drafting and Computer Aided Design1
ESET 0127Mechanical Power Transmission II2
ESET 0127LMechanical Power Transmission Laboratory II2
ESET 0140Applied Technical Intermediate Algebra5
ESET 0220Thermal Cycles and Heat Transfer2
ESET 0221Boiler Reactor and Turbine Principles2
ESET 0239Pumps, Valves, and Fluid Flow5
ESET 0239LPumps, Valves, and Fluid Flow Laboratory4
ESET 0242Practical Process Measurements and Control2
ESET 0243Hydraulic and Pneumatic Power2
ESET 0243LHydraulic and Pneumatic Power Laboratory2
ESET 0244Rotating Equipment and Millwright Maintenance4
ESET 0244LRotating Equipment and Millwright Maintenance Laboratory3
ESET 0245Fundamentals of Heat Exchangers2
ESET 0246Materials and Metallurgy2
TGE 0159Internship Strategies1
General Education courses 1
CHEM 1100Concepts of Chemistry 24
or PHYS 1101/1101L Elements of Physics
COMM 1101Fundamentals of Oral Communication 23
MATH 1153Statistical Reasoning 23-4
or MATH 1160 Survey of Calculus
or MATH 1170 Calculus I
Additional General Education courses6
Total Credits74-75