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Course Criteria
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3.00 Credits
Three hours credit. Topics address recently identified current events, skills, knowledge, and/or attitudes and behaviors pertinent to the technology or occupation and relevant to he professional development of the student. This course was designed to be repeated multiple times to improve student proficiency. The student outcomes/objectives are determined by local occupational need and business and industry trends. Three lecture and lab hours each week.
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4.00 Credits
Four hours credit. An introduction to the basic principles of hydraulic pressure flow and system components including system controls, symbols, and circuits. Emphasis on good maintenance procedures, troubleshooting techniques, and safety practices. The student will state Pascal's law and its consequences involving pressure; state the continuity equation and explain its application to the flow rate; name the basic hydraulic system components and state the function of each; calculate pressure, force, or actuator size given any two parameters; and determine proper conductor size given flow and velocity parameters. Prerequisite or concurrent enrollment in TECM 1341. Two lecture hours and three lab hours each week. Lab fee.
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4.00 Credits
Four hours credit. An introduction to the basic principles of pneumatic pressure flow and system components including manual and electromechanical controls, symbols and circuits. Emphasis on troubleshooting techniques, good maintenance procedures, and safety practices. The student will state Pascal's law and its consequences involving pressure; state the general gas law and its applications; name the basic pneumatic system components and state the function of each; calculate pressure, flow rate, or actuator size given any two parameters; and determine compressor size given flow rate, pressure and actuator requirements. Prerequisite or concurrent enrollment in: TECM1341. Two lecture hours and three lab hours each week. Lab fee.
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4.00 Credits
Four hours credit. Practical design of fluid power systems as used in industry as well as mobile applications. Case studies of existing equipment will be used as guidelines. A project will be assigned that will include hydraulics, pneumatics, mechanical, and electrical applications. Complete prints will be drawn using correct symbols. Prerequisite HYDR 2459. Two lecture and three lab hours each week. Lab fee.
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4.00 Credits
Four hours credit. Electronics and instrumentation associated with hydraulic proportional and servo valves. The student will identify servos and proportional valves for specific applications, demonstrate troubleshooting techniques, analyze and troubleshoot systems. Prerequisite: HYDR 2459. Two lecture hours and three lab hours each week. Lab fee.
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4.00 Credits
Four hours credit. Cylinder loading, accumulator volume, positive and negative loads and specialty valves are studied. The student will calculate positive and negative loads, side load on cylinder rods, volume of fluid in accumulators and utilize specialty valves. Prerequisite: HYDR 1409. Two lecture hours and three lab hours each week. . Lab fee.
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4.00 Credits
Four hours credit. Instruction in Internet web page design and related graphic design issues including markup languages, web sites, Internet access software, and interactive topics. Two lecture and four lab hours per week. Lab fee.
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2.00 Credits
Two hours credit. A basic or intermediate type of non-health professions work-based instruction that provides basic career exploration or helps students gain practical experience in the discipline, enhance skills, and integrate knowledge. The emphasis is on practical work experience. Indirect supervision is provided by the employer. A practicum may be a paid or unpaid learning experience. Six external hours each week. This course should be taken during the final semester prior to graduation.
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4.00 Credits
Four hours credit. Emphasis is on preparation and enhancement of portfolio to meet professional standards, and study of professional organizations, presentation skills, and job-seeking techniques. Two lecture and four lab hours each week. This course should be taken during the final semester prior to graduation. Lab fee.
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3.00 Credits
Three hours credit. A comprehensive application of skills learned in previous courses in a simulated workplace. Covers the development, testing, and documenting of a complete software and/or hardware solution. This course may be used as a capstone course for a certificate or degree. May be combined with Project II when the expected outcomes include completion of the programming life cycle. Three lecture and one lab hour each week. Lab fee. Prerequisite: ITSE 1350.
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