1. Apply the principles of mathematics and science to identify, define, analyze and solve technical problems encountered in mechanical engineering.
2. Apply the concepts and principles of mechanical design to develop mechanical engineering solutions to mechanical components.
3. Apply the knowledge and principles of electrical, electronic and control engineering within the mechanical engineering context, with particular references to experimental, instrumentation techniques/procedures.
4. Apply knowledge and principles of engineering mechanics, fluid power, engineering materials, and material testing that are demonstrably essential in establishing the career in mechanical engineering.
5. Apply knowledge of the principles of heat transfer, conventional or alternative energy system design/analysis, power generation, thermo/fluid system design and analysis, plant operation, maintenance and services skills, and heating, ventilation, air conditioning (HVAC), that are demonstrably in demand by the industry relevant to mechanical engineering.
6. Apply critical thinking and logic skills to solve mechanical engineering problems. Communicate orally and through writing effectively using the latest techniques and equipment within the field of mechanical engineering.
7. Function competently in a laboratory or workshop setting, operating equipment safely, observing all the standard health and safety rules and regulations, accurately making and recording measurements, critically examining the data and interpreting the results.
8. Apply fault finding and maintenance principles to mechanical engineering systems using the latest instruments and techniques. Perform a broad range of skilled applications including requirements to evaluate and analyze systems and to modify and improve current systems.
9. Apply leadership and guidance when organizing activities of self and others as well as contributing to technical solutions in a mechanical engineering environment.
10. Maintain standards of professional practice, conduct, uphold and promote ethical behavior and maintain continued professional development through the application of life-long learning techniques.
11. Contribute to mechanical engineering project planning and execution with knowledge of appropriate methods, materials, machinery and project planning.
12. Apply the concepts and principles of mechanical design to develop advanced mechanical engineering solutions to mechanical systems and processes to meet desired needs within realistic economic, environmental, social, ethical, health and safety, manufacturing, and sustainability constraints.

Program information

1. Apply the principles of mathematics and science to identify, define, analyze and solve technical problems encountered in mechanical engineering.
2. Apply the concepts and principles of mechanical design to develop mechanical engineering solutions to mechanical components.
3. Apply the knowledge and principles of electrical, electronic and control engineering within the mechanical engineering context, with particular references to experimental, instrumentation techniques/procedures.
4. Apply knowledge and principles of engineering mechanics, fluid power, engineering materials, and material testing that are demonstrably essential in establishing the career in mechanical engineering.
5. Apply knowledge of the principles of heat transfer, conventional or alternative energy system design/analysis, power generation, thermo/fluid system design and analysis, plant operation, maintenance and services skills, and heating, ventilation, air conditioning (HVAC), that are demonstrably in demand by the industry relevant to mechanical engineering.
6. Apply critical thinking and logic skills to solve mechanical engineering problems. Communicate orally and through writing effectively using the latest techniques and equipment within the field of mechanical engineering.
7. Function competently in a laboratory or workshop setting, operating equipment safely, observing all the standard health and safety rules and regulations, accurately making and recording measurements, critically examining the data and interpreting the results.
8. Apply fault finding and maintenance principles to mechanical engineering systems using the latest instruments and techniques. Perform a broad range of skilled applications including requirements to evaluate and analyze systems and to modify and improve current systems.
9. Apply leadership and guidance when organizing activities of self and others as well as contributing to technical solutions in a mechanical engineering environment.
10. Maintain standards of professional practice, conduct, uphold and promote ethical behavior and maintain continued professional development through the application of life-long learning techniques.

Program Information