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Course Criteria
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3.00 Credits
Continuation of MECH 1050 utilizing both manual and computer-aided drafting methods to produce engineering drawings. Includes auxiliary views, surface intersections, sheet metal developments, screw threads and fasteners, surface finish specifications, conventional and geometric tolerancing, and assembly drawings. (3 cr. hrs.) (Spring). Prerequisite: MECH 1050. Lecture/laboratory. Lab fee.
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3.00 Credits
Computer Numerical Control (CNC) program creation for milling machines and machining centers, edit and simulation using Direct Numerical Control (DNC) software, setup and operation of milling centers to verify program tool paths. (3 cr. hrs.) (Fall, Spring). Prerequisites: MATH 1015 and MACH 1040 or TECH 1080. Individual/group projects required. Lecture/laboratory. Lab fee.
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3.00 Credits
Introduction to ANSI Y-14.5M standard for geometric dimensioning and tolerancing (GD&T) and various inspection, measurement and testing methods. Includes use of basic inspection tools (rules, verniers, micrometers, dial calipers, indicators), gage blocks, surface plates, bore gages, fixed gages, sine plate, digital height gages, transfer gages, profilimeter, optical comparator and coordinate measuring machines (CMM). Calibration methods and measurement system analysis (MSA) techniques are covered. Field trip to industrial metrology department. (3 cr. hrs.) (Fall/Spring) Prerequisite: MECH 1050 and either MACH 1040 or TECH 1080. Lecture/ laboratory. Lab fee.
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3.00 Credits
Graphic and analytic approaches to the basic principles of mechanisms. Displacement, velocity and acceleration are calculated for various linkages. Cams, gears, and gear trains are analyzed. Manual and CAD techniques used. (3 cr. hrs.) (Spring). Prerequisites: MECH 1060 and PHYS 1010. Lecture/laboratory. Lab fee.
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5.00 Credits
The design, selection, and practical application of machine elements such as fasteners, power screws, keys, couplings, springs, chain and belt drives, and bearings. Practical design problems with the aid of CAD, industrial catalogs and recent technological development considered. (5 cr. hrs.) (Spring). Prerequisites: MECH 1550, 2010, 2170; MATH 1240; and PHYS 1010. Lecture/ laboratory. Lab fee.
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3.00 Credits
Basic components of hydraulics and fluidic systems such as cylinders, valves, and logic elements. Experiments to design and analyze circuits related to power transmission and control. (3 cr. hrs.) (Fall, Spring). Prerequisite: MATH 1230, TECH 1120. Lecture/laboratory. Lab fee.
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4.00 Credits
A problem-solving course including analysis of coplanar forces applied to simple structures, the resulting stresses and deformations, and design considerations. Effects of tension, compression, shear, torsion, and bending are studied through problemsolving and laboratory experiences. (4 cr. hrs.) (Spring). Prerequisites: PHYS 1010 and MECH 1060. Lecture/laboratory. Lab fee.
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4.00 Credits
Introduction to materials and selection methods. Topics include structure/properties relationships, mechanical properties of metals, strengthening mechanisms, failure analysis phase/transformation diagrams, thermal processing, metal alloys, corrosion, near net shape processes. Research paper/presentation. Lab experiments include hardness and mechanical test methods, thermal processing with microstructure evaluation. (4 cr. hrs.) (Fall). Prerequisite: PHYS 1010, TECH 1110, TECH 1120, TECH 1130. Lecture/ laboratory. Lab fee.
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1.00 Credits
Latin derivative words frequently encountered in the medical world. Provides a working knowledge of the structure of the word, prefix, suffix, and root definitions with application to body structures and systems. Additional health information related to the medical terms such as etiology, diagnosis, and management. (1 cr. hr.) (ASN).
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1.00 Credits
Advanced application of principles of medical term building. Students build an extensive medical vocabulary. Some self-teaching features included. (1 cr. hr.) (ASN). Prerequisite: MEDT 1010
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