VLSI Design
Explore the logic, design, and verification behind the chips that power everyday technology.
Explore courseRobotics & PCB Design
Explore how code, electronic components and circuit layouts work together in connected hardware and automation.
- Duration
- Enquire for details
- Learning format
- Practical learning
Is this your
next step?
Connect software with circuits, embedded systems, and the physical world.
Who this can suit
- Learners interested in connecting embedded code with electronic components and physical actions.
- Students who want to understand the relationship between a circuit, a PCB layout and an automated system.
- People comparing practical board-level electronics with a chip-design course such as VLSI.
Before you begin
A basic understanding of circuits and introductory programming can help you connect the hardware and software topics. Ask about the starting level, equipment, safe lab practice and access to components.
Skills to work towards
- Explain how embedded software interacts with electronic hardware.
- Identify the connections and components needed for a simple circuit concept.
- Relate a circuit design to the foundations of PCB layout.
- Describe how code and hardware coordinate an action in a robotics or automation system.
What you’ll
learn.
Explore the core areas covered in Robotics & PCB Design. Ask our team for the current teaching plan and depth of each topic.
Embedded systems
Explore how software interacts with electronic hardware and components.
Circuit design
Understand the connections and components that support an electronic system.
PCB layout fundamentals
Connect a circuit concept with the foundations of printed circuit board layout.
Robotics & automation
Explore how embedded code and hardware can coordinate physical actions.
Make the
ideas tangible.
An illustrative practice idea. The projects offered in a batch may differ.
A sensor-controlled indicator
A sensor and indicator system connects circuit planning, embedded code and board layout.
- Define a simple rule for when an indicator should turn on, then sketch the sensor, controller and indicator connections.
- Plan embedded code that reads the input and changes the output, and review the component connections before any powered test.
- Explore a PCB layout for the circuit and explain how the component positions and connections support the intended behaviour.
How do robotics and PCB design connect?
Embedded code controls how a system responds, circuits connect the components, and a PCB provides a physical layout for those connections. The curriculum introduces these areas alongside robotics and automation. Ask APK how they are combined in current exercises.
Do I need to bring a kit or buy components?
Ask APK what equipment and software are provided, what you need to arrange, and whether practical work happens in a lab or at home. Confirm any component costs before joining.
What are the duration and delivery format?
Contact APK to confirm the current duration, online or in-person arrangements, timetable and fees. Ask how equipment access and practical supervision work for your batch.
Full Stack Development
Build for the web, from the interface people see to the APIs and databases behind it.
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