Power & Electrical Systems with EV Basics
An introductory project track covering single and three-phase circuits, transformers and machines, power-electronics converters, protection thinking, and EV drivetrain basics.
A real sequence, not a playlist
Six numbered weeks. Every week ends in a deliverable a reviewer actually checks — plan roughly twenty focused hours per week.
Course workspace: 23 lessons · 11 reads · 6 checkpoints · 6 reviewed builds
- 01~20h effort
Week 1 · Circuits, Power & Measurement Safety
- —KCL, KVL, and single and three-phase power math
- —Meter usage, earthing concepts, and shock safety discipline
- —Load calculations for a small residential feeder
Deliverable: Measurement log with load calculations
- 02~20h effort
Week 2 · Transformers & Electrical Machines
- —Transformer equivalent circuit and open and short-circuit tests
- —DC and induction machine characteristics and nameplates
- —Efficiency math and test-report writing
Deliverable: Machine test report with efficiency math
- 03~20h effort
Week 3 · Power Electronics Converters
- —Rectifiers, buck and boost converters, and inverters
- —Switching-device datasheets and gate-drive concepts
- —Simulation waveforms and ripple measurement
Deliverable: Converter simulation with annotated waveforms
- 04~20h effort
Week 4 · Power Systems Thinking
- —Single-line diagrams and per-unit intuition
- —Protection basics: fuses, MCBs, relays, and coordination ideas
- —Fault-level awareness and substation equipment literacy
Deliverable: Single-line diagram with protection notes
- 05~20h effort
Week 5 · EV Drivetrain Basics
- —Battery packs, BMS functions, and charging levels
- —Traction motors and controller concepts
- —Range and energy-consumption arithmetic
Deliverable: EV subsystem study with energy calculations
- 06~20h effort
Week 6 · Final Project Review
- —Project reflection on electrical design decisions
- —Completion review against the published rubric
- —Training-completion record when requirements are met
Deliverable: Final project submission
What you actually build
No copy-paste tutorials or toy repos. Every enrolled student submits a production-grade portfolio project evaluated against an industry rubric.
Residential Feeder Study & EV Subsystem Dossier
Electrical design dossier: load calculations, machine test report, converter simulation waveforms, single-line diagram, and EV energy budget.
Portfolio Deliverables Checked by Reviewers
Checked by named reviewers
Reviewers are named at cohort start and published with the batch. They check every submission against the rubric — passing names appear on the certificate.
- Every submission checked against a published academic and technical rubric
- One fair remediation attempt if a deliverable falls short of acceptance threshold
- No certificate without passing code checks — payment never substitutes genuine review
- Cryptographic verification QR permanently linked to your individual submission records
Where EE / EEE students take this track
Matched by branch against the BEU college directory — not an affiliation claim. Academic credit is decided by each college's T&P cell, so ask your HoD to review the syllabus before you enrol.