Digital Electronics Tuition

From Boolean algebra to FPGA implementation. Covering combinational and sequential logic design, state machines, memory systems, and hardware description languages for modern digital system design.

Year 1Year 2Year 3Masters

Curriculum

Topics Covered

Sessions are tailored to your specific needs. Here are the core topics I cover:

Boolean algebra & logic gates

Karnaugh maps & logic minimisation

Combinational circuits (MUX, decoders, adders)

Sequential circuits (flip-flops, counters, registers)

Finite state machines

VHDL & Verilog HDL

FPGA design flow

Memory systems (RAM, ROM, Flash)

Timing analysis

Digital system design methodology

How it works

What to Expect

Before the Session

Share the topics or problems you want to cover. I'll prepare targeted material so we make the most of every minute.

During the Session

One-to-one video call with screen sharing. We work through concepts, solve problems, and build understanding at your pace.

After the Session

You'll receive session notes and any worked examples. Follow-up questions between sessions are always welcome.

Exam Preparation

Past paper practice, timed problem-solving, and targeted revision plans to maximise your exam performance.

Need Help With Digital Electronics?

Get in touch to discuss your requirements and book your first session.

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