Robotics & PCB Design
Connect software with circuits, embedded systems, and the physical world.
Explore courseVLSI Design
Build an understanding of the chip-design journey, connecting digital logic with RTL, simulation and physical design concepts.
- Duration
- Enquire for details
- Learning format
- Mentor-led
Is this your
next step?
Explore the logic, design, and verification behind the chips that power everyday technology.
Who this can suit
- Learners interested in how digital circuits are described, tested and connected to chip implementation.
- Students with an interest in electronics who want to distinguish RTL design, verification and physical design.
- People comparing a chip-design pathway with embedded systems or board-level electronics.
Before you begin
Reviewing basic digital logic, binary values and simple circuit behaviour is useful preparation. Ask about the expected electronics background and the design or simulation tools used in the programme.
Skills to work towards
- Explain how basic digital logic contributes to the behaviour of a digital circuit.
- Relate a circuit specification to a register-transfer-level description.
- Use simulation and verification concepts to reason about expected and observed behaviour.
- Describe how logical design connects to physical design concepts.
What you’ll
learn.
Explore the core areas covered in VLSI Design. Ask our team for the current teaching plan and depth of each topic.
Digital logic fundamentals
Understand the building blocks and behaviour of digital circuits.
RTL design
Explore how register-transfer-level descriptions express a digital design.
Simulation & verification
Investigate whether a design behaves as intended through simulation and verification concepts.
Physical design concepts
Connect a logical design with the foundations of its physical implementation.
Make the
ideas tangible.
An illustrative practice idea. The projects offered in a batch may differ.
A small digital counter
A small counter connects digital logic, RTL and simulation in one focused exercise.
- Define how the counter should respond to a clock, an enable signal and a reset.
- Describe the intended behaviour at RTL and prepare simulation cases for counting, pausing and resetting.
- Compare simulated outputs with the specification and explain the difference between verified logic and its physical implementation.
Is this the same as PCB design?
The listed VLSI topics focus on digital logic, RTL, simulation, verification and physical design concepts. Robotics & PCB Design focuses on embedded systems, circuits and board layout. Compare those topics with the kind of hardware work you want to explore.
Which design tools or languages will I use?
Ask APK which design tools and hardware-description language the current programme uses, how software access works, and what preparation would help you get started.
How long is the program, and how are sessions delivered?
VLSI Design is described as mentor-led. Contact APK to confirm the current duration, delivery format, timetable, fees and available guidance.
Full Stack Development
Build for the web, from the interface people see to the APIs and databases behind it.
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