Programmes
Eleven series, one method
Each series is a track you can follow end to end. They are designed to be taken in any order, but the numbering is the order in which the ideas compound.
01Electronics 101
Electronics from first principles to working intuition. Every result is derived on screen rather than asserted, so the formulas end up meaning something.
10 topics
02RF 101
Why 50 ohms, what a Smith chart is actually for, and how to read S-parameters without guessing. The RF groundwork every other track leans on.
14 topics
03Antenna 101
From why a changing current radiates at all, through the half-wave dipole and 73 ohms, to arrays and the array factor. Patterns are computed, never drawn freehand.
14 topics
04HFSS 101
Hands-on Ansys HFSS, including the parts tutorials skip: what a boundary really does, why your mesh is lying, and how to tell a converged result from a pretty one.
15 topics
05ADS / RF Simulation 101
Keysight ADS for RF circuit work — matching networks, amplifiers, mixers, and the nonlinear simulations that separate a working design from a hopeful one.
12 topics
06PCB 101
Practical PCB engineering with the numbers attached — stack-ups, controlled impedance, return paths, and which of the rules you were taught are actually true.
11 topics
07EMI/EMC 101
Electromagnetic compatibility as an engineering problem rather than a checklist — where the emissions come from, what shielding really buys, and how to debug a failed scan.
11 topics
08Semiconductor 101
Semiconductor and IC technology end to end — the physics of the junction, the MOSFET, and the fabrication steps that turn a wafer into a working die.
12 topics
09RFIC / MMIC 101
Integrated RF — LNAs, power amplifiers, mixers, VCOs and PLLs — and the process choices (GaAs, GaN, SiGe, CMOS) that decide what is even possible.
15 topics
10Embedded Hardware 101
Embedded from the hardware side — buses on a scope, ADC front-ends that actually settle, RF interfaces, and debugging a board that will not enumerate.
11 topics
11AI for Electronics
Where machine learning genuinely helps an electronics engineer — surrogate models for EM simulation, optimisation loops, and the Python to run them.
8 topics