2 Programmes
IC Design & Hardware Electronics
Two practical programmes taught by a 14+ year industry veteran — from MOSFET fundamentals to tapeout-ready silicon design.
3
Structured Levels
Foundation → Advanced
5
Real PDK Projects
180nm · 90nm · 45nm
9–10
Weeks per Level
Self-paced + live sessions
Free
Career Bonus
CV & LinkedIn guidance
Analog & Mixed-Signal IC Design
Programme structure
Three levels. One complete journey.
Each level is 9–10 weeks and can be taken independently or as a full progression. Join at the level that matches your current knowledge.
Level 1 – Foundation
Build a strong understanding of analog circuit fundamentals, semiconductor devices, circuit analysis, and simulation techniques. Designed for beginners and those transitioning into IC design.
PDK Node
Topics covered
- Semiconductor device physics and MOSFET operation
- Basic analog circuit analysis (DC, AC, transient)
- Amplifier topologies: common-source, common-gate, common-drain
- Biasing techniques and operating point analysis
- Introduction to SPICE simulation and PDK setup
- Noise fundamentals and small-signal modelling
Level 2 – Intermediate
Develop practical design skills through industry-oriented analog building blocks, performance analysis, and simulation methodologies used in modern chip design.
PDK Node
Topics covered
- Differential pair and current mirror design
- Operational amplifier architecture and compensation
- Feedback theory and stability analysis
- Frequency response and bandwidth optimisation
- Industry simulation methodology and corner analysis
- Introduction to layout considerations and parasitics
Level 3 – Advanced
Master advanced analog and mixed-signal circuit design with a focus on real-world engineering challenges, design optimisation, verification, and professional design practices.
PDK Node
Topics covered
- High-performance OTA and amplifier design
- Bandgap references and voltage regulators
- ADC/DAC fundamentals and mixed-signal interfaces
- Design for robustness: PVT corners, Monte Carlo
- Tapeout preparation and design review process
- Professional documentation and CV-ready project delivery
Real-world projects
5 transistor-level projects with real PDKs
Industry-standard PDKs — the same nodes used in real chip design. CV-ready, Master's-ready, PhD-ready deliverables.
Two-stage Miller OTA
Level 1–2
Folded-cascode amplifier
Level 2
Bandgap voltage reference
Level 2–3
Low-dropout (LDO) regulator
Level 3
Mixed-signal interface block
Level 3
Career Counselling & CV Guidance
Included free. Personalised guidance on your CV, LinkedIn profile, and career path in semiconductor engineering.
Hardware & Fundamental Electronics Design
About this course
Industry-level Hardware & Electronics
Designed for Bachelor's and Master's students, as well as professionals — builds a strong foundation in practical hardware design and electronic engineering with real-time projects throughout.
Electronic Circuit Fundamentals
Core principles, device physics, and engineering analysis
System-Level & PCB Design
Schematic capture, layout basics, signal integrity
Component Selection
Datasheet reading, BOM optimisation, real-world constraints
Circuit Analysis & Problem Solving
Practical techniques used in industry projects
Embedded Systems Integration
Sensor interfacing, power design, EMC/EMI basics
Detailed syllabus & fee
Ready to start your IC design journey?
The detailed syllabus and fee structure are available upon request. Reach out via email or book a free discovery call.