~~~~~~~~ ~~[gf~~~~~~~[gf 8~~lSurnE~~cmJ ~gg 700-100
Mechanical Technology Orientation
2 Cr.
Designed to acquaint the student with his career field, employment trends and typical future technical assignments. Instruction on the use of the slide rule and engineering problem solving. Lecture 2 hours. Laboratory 0 hours. Prerequisite : None.
700-150
Machine Tools
3 Cr.
Fundamentals of metal cutting theory and factors affecting machinability. Cutting tools , speeds and feeds , cutting fluids, metal cutting and grinding machines, measurement and gaging. Lecture 2 hours . Laboratory 2 hours. Prerequisite: None.
700-151
Metal Fabrication Methods
3 Cr.
Various metal fabrication methods are discussed and experienced. Oxyacetylene, electro arc and tungsten inert gas welding. Brazing, soldering - low temperature and resistance welding. Fasteners, ad hesives, and sheet metal joining and forming are covered. Lecture 2 hours. Laboratory 2 hours. Prerequisite: None.
700-152
Manufacturing Processes
3 Cr.
Theory and application of manufacturing methods and processes as related to modern industry. Introduction to process and physical metallurgy. Hot and Gold forming of metals and plastics, heat treat路ing and finishing methods are highlighted. Lecture 2 hours. Laboratory 2 hours. Prerequisite: None.
700-201
Industrial Hydraulics
4 Cr.
Oil hydraulics systems with applications to modern industrial uses such as transfer of power and automatic control of machines. Pumps, filters, valves, cylinders and accumulators as components of working circuits. Laboratory experience includes construction and testing of practical hydraulic circuits. Lecture 3 hours. Laboratory 2 hours. Prerequisites: 690-095 Algebra and 780-101 Introductory Physics or equivalent.
700-211 Mechanisms (Formerly Mechanical Design)
4 Cr.
Kinematics of machine elements, gears, gear trains, linkages, cams, belts , chains, power screws, friction drives and ratchet mechanisms are explored. Lecture 3 hours. Laboratory 2 hours. Prerequisites: 550122 Engineering Drawing and 550-252 Applied Dynamics. 215