Fundamentals of Physics
A complete Level 1 grounding in the physics every technician needs: measurement and mechanics, fluids and heat, electricity and magnetism,...
Enroll Now
Technical Mathematics
A complete Level 1 grounding in the mathematics every technician uses: numbers and algebra, probability and statistics, geometry and trigonometry,...
Enroll Now
Entrepreneurship 101 for Engineers
An introductory course on entrepreneurship designed specifically for engineers. Covers how technical professionals can identify business opportunities, evaluate ideas, and...
Enroll Now
A Map of Mechatronics Engineering
A guided overview of the entire mechatronics discipline, showing how mechanical, electrical, computer, and control engineering combine into one field....
Enroll Now
A Day in the Life of a Mechatronics Engineer in Aerospace
Follow a working mechatronics engineer through a typical day at the German Aerospace Center. The video shows how mechanical, electrical,...
Enroll Now
How a Car Is Made: Every Step in 3D
A 3D visual walkthrough of the complete automotive production process, from stamping and body-in-white welding to painting and final assembly....
Enroll Now
Morris Chang on Semiconductors, Leadership, and Building TSMC
A conversation with Morris Chang, the engineer who founded TSMC and reshaped global semiconductor manufacturing. He reflects on his path...
Enroll Now
Industrial Communication: Field Bus Systems
This course teaches mechatronics technicians how the devices of a modern automated plant talk to one another. Instead of running...
Enroll Now
Data Acquisition and Controls
This course teaches mechatronics technicians how a modern plant turns physical quantities such as temperature, pressure, level, flow, force, and...
Enroll NowFundamentals of Physics
A complete Level 1 grounding in the physics every technician needs: measurement and mechanics, fluids and heat, electricity and magnetism, waves, sound and light,...
Fundamentals of Physics
What You’ll Learn?
- Understand the role of physics in society, science, and technology.
- Apply measurement systems and solve problems involving physical quantities.
- Analyse thermal physics concepts and gas laws.
Technical Mathematics
A complete Level 1 grounding in the mathematics every technician uses: numbers and algebra, probability and statistics, geometry and trigonometry, forces and commercial mathematics,...
Technical Mathematics
What You’ll Learn?
- Collect, organize, and interpret statistical data using appropriate representations and measures of dispersion.
- Apply logarithmic principles and laws to solve mathematical problems.
- Solve algebraic equations and manipulate expressions involving indices and formulae.
Entrepreneurship 101 for Engineers
An introductory course on entrepreneurship designed specifically for engineers. Covers how technical professionals can identify business opportunities, evaluate ideas, and take the first steps...
Entrepreneurship 101 for Engineers
What You’ll Learn?
- How technical professionals can spot and evaluate business opportunities
- The first practical steps toward founding a venture
- How an engineering mindset translates into entrepreneurship
A Map of Mechatronics Engineering
A guided overview of the entire mechatronics discipline, showing how mechanical, electrical, computer, and control engineering combine into one field. Viewers will see the...
A Map of Mechatronics Engineering
What You’ll Learn?
- How mechanical, electrical, computer and control engineering combine into one field
- The major subject areas a mechatronics practitioner works across
- Where your own skills fit within the wider discipline
A Day in the Life of a Mechatronics Engineer in Aerospace
Follow a working mechatronics engineer through a typical day at the German Aerospace Center. The video shows how mechanical, electrical, and software skills combine...
A Day in the Life of a Mechatronics Engineer in Aerospace
What You’ll Learn?
- How mechanical, electrical and software skills combine in a real aerospace engineering role
- What a typical working day looks like at a leading research centre
- Where a mechatronics career can lead in advanced industry
How a Car Is Made: Every Step in 3D
A 3D visual walkthrough of the complete automotive production process, from stamping and body-in-white welding to painting and final assembly. Viewers gain a clear...
How a Car Is Made: Every Step in 3D
What You’ll Learn?
- The full automotive production sequence, from stamping to final assembly
- How body welding, painting and assembly lines are organised
- A clear mental model of a modern vehicle production line
Morris Chang on Semiconductors, Leadership, and Building TSMC
A conversation with Morris Chang, the engineer who founded TSMC and reshaped global semiconductor manufacturing. He reflects on his path from working engineer to...
Morris Chang on Semiconductors, Leadership, and Building TSMC
What You’ll Learn?
- How TSMC reshaped global semiconductor manufacturing
- The path from working engineer to industrial entrepreneur
- The strategic decisions behind building a major company
Industrial Communication: Field Bus Systems
This course teaches mechatronics technicians how the devices of a modern automated plant talk to one another. Instead of running a separate pair of...
Industrial Communication: Field Bus Systems
What You’ll Learn?
- Describe the automation pyramid and explain what a fieldbus is and why digital networks replaced point-to-point wiring at the field level.
- Compare serial standards RS-232 and RS-485 and select an appropriate network topology (star, bus/line, ring, or tree) for a given application.
- Explain and configure the major industrial protocols, including Modbus RTU/TCP, HART, PROFIBUS-DP and PA, PROFINET, and EtherNet/IP.
Data Acquisition and Controls
This course teaches mechatronics technicians how a modern plant turns physical quantities such as temperature, pressure, level, flow, force, and position into trustworthy digital...
Data Acquisition and Controls
What You’ll Learn?
- Explain the full data-acquisition chain and select appropriate sensors and transducers for temperature, pressure, level, flow, force, and position.
- Apply signal conditioning (amplification, attenuation, filtering, isolation) and correctly digitise signals using ADC, sampling, and the Nyquist criterion.
- Wire and scale industrial 4-20 mA transmitters into PLC analog input modules and build a simple data-logging system.