Basic techniques for reading and interpreting construction plans and specifications, both residential and commercial. Includes all major building uses and types of construction as defined by the building code. Two lecture, two labs hours per week.

Applied computer tools to solve engineering technology problems emphasizing the integration of word processing, draw function, spreadsheets, databases, and engineering research skills using the Internet. Applications of an integrated approach to research papers, engineering technology analysis, technical laboratory reports and technical presentation. One lecture, two lab hours per week.

Basic concepts and theory of heating, ventilating, air conditioning and refrigeration systems, including basic use of required instruments to measure temperature, humidity, airflow and refrigerant pressures. Two lecture, two lab hours per week.

P.C. based computer-aided drafting, including two-dimensional drawing, drawing layout and sizing, drawing and editing commands, drawing magnification, and drawing output using the latest release of AutoCAD. One lecture, two lab hours per week.

Theory and practice of fluid flow in HVAC distribution systems, including water system design and analysis, duct design and analysis, fan and pump selection, valve and damper selection, and evaluation of overall air and water system performance. Hand calculations and use of computer-based design and analysis tools; selected hands-on laboratory studies reinforce basic principles; proper installation practices are also included. Three lecture, four lab hours per week.

Foundations in the applications of cooling principles in light commercial equipment. Major components include refrigerant flow through equipment, applications of equipment to the refrigeration cycle, heat transfer fundamentals and preparation for the EPA refrigerant handler's certification exam. Two lecture, two lab hours per week.

A comprehensive study of low pressure hot water/steam generation, including the fundamentals of heat generation in water based heating systems. Two lecture, two lab hours per week.

Theory and practice of performing psychrometric analysis of HVAC systems. Principles and practice performing detailed heating and cooling load calculations for commercial facilities. Students learn both hand calculations and use of computer-based design and analysis tools. Selected hands-on laboratory studies reinforce basic principles. Three lecture, four lab hours per week.

The design and operation of ventilation systems for laboratory, kitchen and industrial process exhaust. Two lecture, two lab hours per week.

Study and application of advanced drawing using computer graphic systems. Major emphasis on 2-D commands and page layout. Two lecture, two lab hours per week.

Theoretical and practical basis for design and application of refrigeration systems, including cycle analysis, equipment and line sizing. Two lecture, two lab hours per week.

Theory and techniques for design of heating, ventilation, and air conditioning systems for modern commercial and industrial buildings. Two lecture, two lab hours per week.

Basic theory and application of measurement, instrumentation, and control as applied to engineering processes including HVAC. Course will cover pneumatic and electronic instrumentation and control systems with an emphasis on control loop performance and tuning. Two lecture, two lab hours per week.

Identification and analysis of current issues in HVAC design, installation, operation or troubleshooting. Topics reflect relevant concerns and issues in the field. Two lecture, two lab hours per week.

Selection and applications of control strategies as applied to commercial and industrial HVAC systems. Includes significant hands-on lab activities. Two lecture, two lab hours per week.

Theory and practice of testing, adjusting and balancing (TAB) air and water in HVAC systems. Includes practices, procedures, data collection and report preparation as may be required by a client. Course will include hands-on balancing using current available equipment. Two lecture, two lab hours per week.

Assessment of achievement by Mechanical Engineering Technology students in attaining program outcomes by completing a project demonstrating principles and practices of the major. Teamwork on projects will be emphasized. Four lecture, four lab hours per week.