Power Transmission and Distribution
This course teaches mechatronics technicians how the electricity grid moves power from where it is generated to where it is...
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Power Generation
This course gives mechatronics technicians a practical, industry-grounded understanding of electrical power generation. It begins with the fundamentals — how...
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Renewable Energy and UPS
This course equips mechatronics technicians with the practical skills to design, install, operate and maintain small renewable-energy systems and uninterruptible...
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Protective Devices and Safety
This course teaches mechatronics technicians how electrical systems injure people and damage equipment, and how the family of protective devices...
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Mechanical Drives and Lubrication
This course studies the mechanical drive elements that transmit power through industrial machinery - shafts, couplings, V-belt drives, roller-chain drives,...
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Mechanical Drives and Power Transmission
This course explains how rotary power produced by a motor or engine is carried, multiplied and controlled on its way...
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Work Values
Work Values is a Level 1 foundation course that prepares mechatronics trainees for the human and ethical side of technical...
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Orientation Programme
The Orientation Programme is the gateway course that every new IIT trainee completes before specialist technical training begins. Over 40...
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Fundamentals of Micro-Controllers and Embedded Systems
This course provides a comprehensive understanding of microcontrollers and embedded systems, covering architecture, programming, hardware interfacing, and communication protocols. It...
Enroll NowPower Transmission and Distribution
This course teaches mechatronics technicians how the electricity grid moves power from where it is generated to where it is used. It follows the...
Power Transmission and Distribution
What You’ll Learn?
- Describe the structure of a power system from generation through transmission to distribution and the standard voltage levels used at each stage.
- Explain why electrical power is transmitted at high voltage and calculate how raising voltage reduces line current and I-squared-R losses.
- Identify the main components of an overhead line — conductors (ACSR), insulators, cross-arms, earth wire and towers — and state the job of each.
Power Generation
This course gives mechatronics technicians a practical, industry-grounded understanding of electrical power generation. It begins with the fundamentals — how mechanical energy is converted...
Power Generation
What You’ll Learn?
- Explain how mechanical energy is converted to electricity by electromagnetic induction and why power is generated as three-phase AC.
- Describe the main power-plant types (thermal/steam, gas-turbine, hydroelectric) and the role of the prime mover in each.
- Identify the stator, rotor and excitation parts of an AC generator (alternator) and explain how EMF and frequency are produced.
Renewable Energy and UPS
This course equips mechatronics technicians with the practical skills to design, install, operate and maintain small renewable-energy systems and uninterruptible power supplies. Starting from...
Renewable Energy and UPS
What You’ll Learn?
- Explain how solar PV cells and wind turbines convert natural energy into electricity.
- Identify and select the core components of a solar power system: panels, batteries, charge controllers and inverters.
- Wire solar panels in series, parallel and series-parallel to reach a required voltage and current.
Protective Devices and Safety
This course teaches mechatronics technicians how electrical systems injure people and damage equipment, and how the family of protective devices is selected, installed, tested...
Protective Devices and Safety
What You’ll Learn?
- Identify electrical hazards (shock, burns, arc flash, fire) and explain how current affects the human body.
- Carry out a safe isolation and lockout-tagout procedure and select the correct PPE for a task.
- Explain the operating principle of overcurrent devices: fuses, MCBs, MCCBs and thermal overload relays.
Mechanical Drives and Lubrication
This course studies the mechanical drive elements that transmit power through industrial machinery - shafts, couplings, V-belt drives, roller-chain drives, gear drives and bearings...
Mechanical Drives and Lubrication
What You’ll Learn?
- Explain how mechanical drives transmit power and select belt, chain or gear drives for an application.
- Identify and describe shafts, couplings, V-belts, chains, sprockets, gears and bearings and their uses.
- Install, align and tension V-belt and roller-chain drives to manufacturer specification.
Mechanical Drives and Power Transmission
This course explains how rotary power produced by a motor or engine is carried, multiplied and controlled on its way to a machine. It...
Mechanical Drives and Power Transmission
What You’ll Learn?
- Explain how torque, rotational speed and power relate, and use P = T x w to reason about a drive.
- Calculate speed ratio, torque ratio and mechanical advantage for belt, chain and gear drives.
- Compare belt, chain and gear drives and select the right drive type for a given duty.
Work Values
Work Values is a Level 1 foundation course that prepares mechatronics trainees for the human and ethical side of technical work. Over 40 intensive...
Work Values
What You’ll Learn?
- Define work values and explain why work ethic and workplace ethics matter to employers and to a technician's career.
- Demonstrate core work-ethic behaviours such as punctuality, reliability, diligence, and personal responsibility.
- Act with integrity and honesty, and distinguish ethical from unethical conduct when facing a workplace dilemma.
Orientation Programme
The Orientation Programme is the gateway course that every new IIT trainee completes before specialist technical training begins. Over 40 intensive hours across one...
Orientation Programme
What You’ll Learn?
- Adopt a growth mindset and professional attitude appropriate to a demanding technical training programme.
- Set clear SMART goals for the programme and take responsibility for your own learning and conduct.
- Apply effective study skills, time-management and focused-work techniques such as the Pomodoro method.
Fundamentals of Micro-Controllers and Embedded Systems
This course provides a comprehensive understanding of microcontrollers and embedded systems, covering architecture, programming, hardware interfacing, and communication protocols. It emphasises practical skills in...
Fundamentals of Micro-Controllers and Embedded Systems
What You’ll Learn?
- Understand microcontroller principles, architecture, and embedded system concepts.
- Compare and program different microcontroller types, focusing on the AVR family.
- Design and implement hardware connections and communication protocols.