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Course Criteria
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2.00 Credits
A study of mechanical refrigeration and air conditioning theory including the purpose and operation of the system components. Topics include: the refrigeration cycle, physical properties of various refrigerants, refrigerant performance tables, compressor types and the related lubrications, cooling units, condensers, high pressure receivers, different types of evaporator, expansion valves, instrumentation and control, heat exchangers, Pressure-Enthalpy diagrams, defrost systems, cooling load calculation of walkthrough cold storages, energy savings, diagrams and tables. Concurrent registration in ME 404. F/S (N)
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1.00 Credits
Lab for ME 403 covers the operational, service and charging procedures for mechanical refrigeration systems using the available laboratory trainers. The lab also covers the installation methods. Video tapes are used in this course. Concurrent with ME 403. F/S (N)
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2.00 Credits
The course studies fundamentals of combustion, safety rules, fuels, common parts of heating equipment, furnaces, burners, boilers, electrical circuits of heating equipment, common controls, use of instruments to improve performance of burners and other related topics. Concurrent registration in ME 408. F (N)
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1.00 Credits
Laboratory activities, software and video tapes will be used to supplement the course materials. Concurrent with ME 407. F (N)
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2.00 Credits
Includes advanced application of principles, psychrometric charts, PH diagrams and evaporative cooling. Components are selected and systems balanced; electric panels, controls, coils, compressors, air handling equipment, air distribution and duct design. Integral and split-type systems for heating and cooling (conventional and heat pumps) are considered with general control application. Concurrent registration in ME 410. S (N)
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1.00 Credits
Laboratory activities, software and video tapes will be used to supplement the course materials. Concurrent with ME 409. S (N)
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1.00 Credits
This course covers the definition and application of symbolized dimensioning and tolerancing techniques per ANSI Y14.5 for use in engineering drawings. Primary attention is given to datum concepts, true position, form, orientation, location and position tolerances. Concurrent registration in ME 485, or permission of instructor. F (N)
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1.00 Credits
Activities such as sketching of Geometric Tolerancing symbols, application of CAD to draw symbols by computer and application of Coordinate-Measuring Machine (CMM) to measure dimensions of a part will be the focus of lab. Concurrent registration in ME 484, or permission of instructor. F (N)
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3.00 Credits
The cooperative/internship is designed to provide realistic, hands-on-training by companies in the field of mechanical engineering technology. This work experience, along with the academic program, will enable the students to prepare for entrance into a competitive work environment. Additionally, the internship experience will create potential employment opportunities and a bond between the student, the college and the engineering technology community. Prerequisite: 2.0 GPA minimum, 21 MET credit hours minimum and MET faculty recommendations. F/S (N) * Courses require prerequisites as noted. Consult faculty adviser if waiver is desired.
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2.00 Credits
An introduction to clinical chemistry. Discussion of laboratory chemicals, methods of water purification, laboratory concentration units and calculations, collection and handling of blood specimens, variation in laboratory results, quality control and reference ranges. Prerequisite: high school chemistry and Algebra (or equivalent) Pretest M20; must be taken concurrently with CH 310 or CH 250 and ML 616 or with permission of instructor. F (N)
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