For students
Pick a brief below, or bring the problem statement your department handed you. We architect it with you, review every commit, deploy it to a real URL, and rehearse the viva until no question surprises you.
See student support5 scoped briefs
2 mini · 3 major
This is the EEE domain, and it is simulation-first: the model comes before the breadboard and has to survive scrutiny on its own. Most projects here fail the same way — ideal switches, no dead time, no losses, no sensor noise — producing an efficiency or THD figure no hardware could reproduce. Everything is scoped to base MATLAB/Simulink plus at most one paid add-on (Simscape Electrical), with a Python path where the maths allows, because Powertrain Blockset, Motor Control Blockset and Embedded Coder are separately licensed and your college may not have them — we settle which licences you actually have in week 1, not week 8. Anything that reaches a bench does so at low voltage first, on isolated current-limited supplies, with differential probes on floating nodes: grounding a scope across a switching node is how students destroy equipment and get hurt.
Two audiences, one engineering standard
Pick a brief below, or bring the problem statement your department handed you. We architect it with you, review every commit, deploy it to a real URL, and rehearse the viva until no question surprises you.
See student supportConverter and inverter design, motor-control firmware, battery management and state-of-charge estimation, drive-cycle and range modelling, and grid-tie compliance and power-quality work.
Discuss a company buildMini projects
Three to four weeks. Narrow enough to finish, deep enough that you learn the decision that actually matters.
A boost-converter charge controller that tracks the panel's maximum power point, comparing P&O against Incremental Conductance under a simulated irradiance ramp — the case where P&O confidently walks the wrong way.
You walk away with
Estimate SoC over CALCE drive-cycle data with a deliberately corrupted current signal — the only condition under which Coulomb counting's drift, and an EKF's correction of it, are visible at all.
You walk away with
Major projects
Ten to twelve weeks. Architecture, trade-offs, failure modes, deployment, and evidence—the project that carries an interview.
Battery pack, bidirectional DC–DC, FOC inverter, and motor simulated end to end over WLTP and the Indian Driving Cycle, producing range numbers whose energy balance you can actually defend.
You walk away with
Field-oriented control of a PMSM on a C2000, built encoder-first so the current loops are proven before a position observer is swapped in behind them — because at zero speed a back-EMF observer has nothing to observe.
You walk away with
A PV inverter that synchronises to the grid with a PLL, shares load by droop control, and disconnects when the grid dies — with the non-detection zone measured rather than assumed away.
You walk away with
Explore more
Bring us a product brief, a business problem, or a final-year project. We’ll turn it into a clear scope, a working build, and a handover you fully own.
Prefer email? info@tenzok.in