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Mar 21, 2024 by Dastorin
Viewing outcome relationships between
TECN 133 - MECHANICAL SYSTEMS
and
117 - Manufacturing Engineering Technology – Industrial Electrical Technician
Last approved:
Thu, 21 Mar 2024 19:17:08 GMT
Last edit:
Fri, 08 Mar 2024 16:27:07 GMT
Program Code
117 - Manufacturing Engineering Technology – Industrial Electrical Technician
Course Code
TECN 133 - MECHANICAL SYSTEMS
Learning Outcomes Relationships
PLO 1: Communicate effectively in an industrial manufacturing environment.
CLO 1: Describe the interrelationship of safety, quality, engineering, production, maintenance, mechanical systems, supply chain, business functions and technology within a manufacturing organization.
CLO 2: Effectively convey technical information to colleagues, clients, or team members in a manufacturing environment.
CLO 3: Explain the functions of various tools commonly used in industry, including physical tools such as hand tools, tachometers, and measurement equipment, as well as troubleshooting tools including pareto charts, check sheets, and fishbone diagrams.
PLO 2: Apply math, science, and engineering, technology principles to solve problems in an industrial manufacturing facility.
CLO 4: Apply technical calculations and basic statistical process control methods to mechanical systems and manufacturing processes.
PLO 4: Perform industrial electrical manufacturing tasks in a safe manner.
CLO 1: Describe the interrelationship of safety, quality, engineering, production, maintenance, mechanical systems, supply chain, business functions and technology within a manufacturing organization.
CLO 2: Effectively convey technical information to colleagues, clients, or team members in a manufacturing environment.
CLO 5: Proficiently install, calibrate, and maintain mechanical systems, following standard operating procedures.
CLO 7: Defend the critical importance of applying appropriate safety methods and procedures while working in a manufacturing environment and maintaining mechanical systems.
PLO 5: Function effectively when performing the tasks of an industrial electrical technician by applying relevant technical knowledge and skills in the industrial manufacturing setting.
CLO 5: Proficiently install, calibrate, and maintain mechanical systems, following standard operating procedures.
CLO 6: Use hand tools and precision measurement equipment to install, align, and analyze mechanical systems including belt, chain, and gear drives.
PLO 7: Complete industrial electrical maintenance exercises effectively.
CLO 1: Describe the interrelationship of safety, quality, engineering, production, maintenance, mechanical systems, supply chain, business functions and technology within a manufacturing organization.
CLO 2: Effectively convey technical information to colleagues, clients, or team members in a manufacturing environment.
CLO 3: Explain the functions of various tools commonly used in industry, including physical tools such as hand tools, tachometers, and measurement equipment, as well as troubleshooting tools including pareto charts, check sheets, and fishbone diagrams.
CLO 4: Apply technical calculations and basic statistical process control methods to mechanical systems and manufacturing processes.
CLO 5: Proficiently install, calibrate, and maintain mechanical systems, following standard operating procedures.
CLO 6: Use hand tools and precision measurement equipment to install, align, and analyze mechanical systems including belt, chain, and gear drives.
CLO 7: Defend the critical importance of applying appropriate safety methods and procedures while working in a manufacturing environment and maintaining mechanical systems.
Key: 1268