Learn. Build. Simulate. Innovate.
Learn Electronics.
Build Real Skills.
An independent technical platform for practical electronics, RF and microwave engineering, antenna design, PCB and EMI/EMC, semiconductor technology and simulation. Every result is derived and then checked — because a number you cannot check is not a result.
What We Teach
Ten domains, one engineering method
Each area is a full learning track with its own episodes, resources and projects.
Featured Programmes
Structured paths, not playlists
Each series builds on the last, so the ideas compound instead of repeating.
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
Upcoming Events
Live workshops and technical sessions
Small cohorts, hands-on, with the model files and material to keep.
Advanced Antenna Design & EM Simulation
Five evenings, live and hands-on, taking a research paper through to a high-fidelity EM model — unit cells, phased arrays, FI-BI hybrid analysis and SBR+.
RF & Microwave Antenna Design
Two days, live and online, from 50 Ω fundamentals to a microstrip patch you have modelled, simulated and verified yourself.
- Starts
- Duration
- 2 days · 7–9 pm IST each evening
Advanced Antenna Design & EM Simulation — Slot 2
The Christmas-week batch: five evenings, live and hands-on, taking a research paper through to a high-fidelity EM model — unit cells, phased arrays, FI-BI hybrid analysis and SBR+.
- Starts
- Duration
- 5 sessions × 2 hrs · 7–9 pm IST
Why Electronics 101?
Built for people who will have to make it work
The audience is engineering students, working RF and electronics engineers, and teams who need the real thing rather than a certificate.
Industry-Oriented
Built around what the work actually demands, not what is easiest to examine.
Practical Engineering
Results are derived and then checked, because a number you cannot check is not a result.
Simulation-Based
HFSS, ADS and Python used the way they are used on the job.
Real Problems
Worked examples come from real design decisions, including the ones that went wrong.
Project-Oriented
Every track ends in something you built and can show.
Technical Mentorship
Sustained guidance on your own work, not a one-off call.
Study Resources
Notes, formula sheets and design guides that stay useful after the course ends.
Community Learning
A place to ask the question you think is too basic to ask.
Courses
Go deeper, with a deliverable at the end
Longer programmes with curriculum, projects and a certificate.
RF & Microwave Engineering
The full RF groundwork: transmission lines, the Smith chart, S-parameters and front-end architecture, each derived rather than quoted.
- Duration
- 8 weeks
- Modules
- 8
- Certificate
- Yes
- Price
- Pricing on registration
Tools used: Keysight ADS · MATLAB · Python
Antenna Design with HFSS
Model, simulate and verify real antennas — and learn to tell a converged result from a pretty one.
- Duration
- 6 weeks
- Modules
- 6
- Certificate
- Yes
- Price
- Pricing on registration
Tools used: Ansys HFSS · MATLAB
PCB Design & Signal Integrity
Stack-ups, return paths and controlled impedance, with the measurements that settle the arguments.
- Duration
- 6 weeks
- Modules
- 6
- Certificate
- Yes
- Price
- Pricing on registration
Tools used: KiCad · Altium · Field solver
Feedback
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Community
Follow the work
Episodes, build notes and workshop announcements.