Module : Mathematics
Aim: To introduce learners to the broad range of mathematical skills and tools that may be applied in engineering and systems design and maintenance 
LEARNING OUTCOMES:
1) Use basic arithmetic and algebra in solving practical problems
2) Apply set theory and Boolean Logic to problems 
3) Use functions, quadratic and cubic equations and graphs 
4) Appreciate the core functions of geometry and trigonometry
5) Understand the application of probability and statistics 
6) Understand how algorithms re used in computational problems 

 

Module : Technical Writing & Workplace Commications
Aim: To introduce the learner to the skills needed to communicate verbally and non-verbally in a comprehensive range of everyday tasks and in work-related tasks independently and/or in a supervisory capacity 
LEARNING OUTCOMES:
1) Understand the structures used in writing a report 
2) Apply best practise to email communications
3) Be able to correctly use punctuation, syntax, spell checking, paragraph structures and language conventions 
4) Understand the principles of research and referencing 
5) Use graphic and visual aids in communications 
6) Appreciate signs of facial expression, posture and hands in non-verbal expression 
 
Module: Programmable Logic Controllers & Control
Aim: Use of the Siemens PLC suite to develop both the problem solving skills of the individual learners and their ability to work both individually and as a team by initially introducing them to foundational PLC program problems and initial solutions  Develop their understanding of the integrated hardware and how to approach and develop a project that requires an automated solution 
Learning Outcomes:
1) Develop an understanding for the role of PLCs in modern industrial settings 
2) Create a basic functional PLC Project 
3) Adapt basic functional PLC code to solve problems by working in a team 
4) Understand how to integrate sensors into a PLC system 
5) Present a solution to an industrial problem to a group 
6) Create basic PLC programs to solve a real world industrial problem 

 

Module: Robotics
Aim: Develop the analytical though process skills of the individual learners by introducing them to robotic systems (simulator & real world robot) and getting the learners to develop more efficient programming solutions to improve the overall system 
Learning Outcomes:
1) Develop an understanding for the role of Robotics in modern industrial settings including the safety systems 
2) Create a basic functional robotics Project 
3) Adapt basic functional robotics code to improve the performance of the robotic system 
4) Present a solution to improve the robotics system to a group 
5) Create basic robotics programs to solve a real world industrial problem 
 
Module: Industrial Pneumatics
Aim: Develop the practical skills of the individual learners by introducing them to pneumatics systems and getting the learners to integrate the pneumatics with the Siemens PLC systems 
Learning Outcomes:
1) Develop an understanding for the role of pneumatics in modern industrial settings including the safety systems associated with same 
2) Understand how the use of sensors and directional control valves can automatic pneumatic systems 
3) Develop practical skills that are required to integrate the pneumatics system with the Siemens PLC system 
4) Create basic PLC programs to develop pneumatics sequential control systems 

 

Module : Electrical Principles
Aim: To introduce the learners to the knowledge, and skills needed to construct and fault find on basic electrical circuits 
LEARNING OUTCOMES:
1) Understand the characteristics of conductors and insulators and the underlying atomic structure that govern these characteristics 
2) Understand the behaviour of various electrical components including capacitor, inductors, transformers, and the laws that govern their behaviour 
3) Understand the functioning of electrical circuits under direct current and alternating current conditions 
4) Understand the consumption of power in electrical circuits, and the factors that affect it 
5) Understand how to construct and test basic electrical circuits
 
Module : Electronics
Aim: To Introduce the learners to the knowledge, skill to design and build complex electronic circuits 
LEARNING OUTCOMES:
1  Appreciate the passive and active components that make up electronic circuits 
2  Appreciate the FET and bipolar junction transmitter types 
3  Understand the operation of rectifier and amplifier circuits 
4  Use a multi-meter to measure voltage, current and resistance in electronic circuits 
5  Use an oscilloscope to display and measure alternating signal waveforms 
6  Understand signal inputs and outputs and the concepts of gain and bandwidth 

 

Module : Industrial Electricals Systems
Aim: To introduce the learner to the principles of wiring and fault-finding on industrial electrical systems 
LEARNING OUTCOMES:
1) Understand D C  and A C  single phase and three phase, their relative merits and applications 
2) Understand the use of different cable sizes, current carrying capacities, fuses, circuit breakers and installation conditions 
3) Appreciate the wiring of single phase and 3 phase circuits 
4) Appreciate the use of electrical test equipment in making safe and fault finding on electrical circuits 
5) Appreciate how to safely isolate and apply lock out and tag out on electrical circuits 
 
Module: Mechanical Maintenance Skills
Aim: This course aims to familiarise learners with the systems and tools required to perform maintenance safely and efficiently, adhering to best practices for plant and equipment 
LEARNING OUTCOMES:
1) Understand the evolution of maintenance practices and the advancements in maintenance technology 
2) Recognize the importance of safety when performing maintenance on equipment 
3) Identify the key maintenance systems used to develop a comprehensive maintenance strategy 
4) Acknowledge the significance of maintaining accurate maintenance records 
5) Comprehend the components of power transmission and their interactions 
6) Appreciate the relevance of materials used in maintenance activities 
7) Acknowledge the importance of manuals and drawings in executing maintenance tasks 
8) Utilize basic measuring tools commonly employed in maintenance 
9) Gain an understanding of fundamental troubleshooting techniques 

 

Module : Preventive Maintenance
Aim: To introduce the learner to the systems and tools needed to implement preventive maintenance schedule for plant and equipment 
LEARNING OUTCOMES:
1) Appreciate the evolution of maintenance and understand how different maintenance strategies can be used in implementing a preventive maintenance programme 
2) Appreciate how preventive maintenance plans, schedules and computerised maintenance management systems are used in the workplace 
3) Understand the variety of predictive maintenance tools and techniques used to identify potential failures 
4) Appreciate the need to develop a range of maintenance skills in order to address equipment issues 
5) Understand the role of measurement, analysis and statistics in best supporting maintenance performance