TaQaTronics
01 — About
Yassine Damoh

Yassine Damoh

Senior Hardware Engineer — Power Electronics & Embedded Systems

Yassine is currently UK-based, with remote-first support and international work considered by arrangement.

Eight years of senior hardware engineering across EV powertrain, EV charging infrastructure, industrial instrumentation, and automotive electrification programmes — from clean-sheet schematics through worst-case analysis, DFMEA, circuit failure analysis, lab bring-up, and production readiness. Working remote, on-site, or hybrid for client engagements worldwide.

Why TaQaTronics

Most hardware programmes hit a moment where they're one senior specialist short of shipping — a worst-case analysis they can't sign off internally, an intermittent failure the team can't reproduce, a pre-tape-out review nobody has bandwidth for. TaQaTronics exists to drop into that moment with rigorous, accountable engineering — and leave the programme stronger than it started.

Education
  • M.Eng — Mechatronics, Robotics & Automation
    Clermont-Auvergne University, France
  • Engineering Diploma (M.Eng equivalent) — Electromechanical Engineering
    National School of Applied Sciences, Meknes, Morocco
Languages
  • English — fluent
  • French — fluent
  • Arabic — native
02 — Skills

What I bring into an engagement.

Power-electronics design

  • ·Traction inverters
  • ·On-board chargers (OBC)
  • ·Gate drivers
  • ·EV supply equipment
  • ·Sensor front-ends and signal conditioning
  • ·BOM rationalization with analysis-backed alternatives

Analysis & verification

  • ·Worst-case circuit analysis (WCA)
  • ·Monte-Carlo tolerance analysis
  • ·Thermal modeling and junction-temp margins
  • ·DFMEA — as a standalone deliverable
  • ·Operating-margin verification and derating analysis
  • ·Deliverable choice: SPICE files (LTspice / PSpice / PSIM) or MathCAD / Excel models

Lab, debug, methods

  • ·Board bring-up and fault isolation
  • ·Circuit failure analysis and field-return investigation
  • ·Oscilloscopes, logic and power analyzers
  • ·8D root-cause investigation
  • ·First Sample Validation (FSV) on production-tooled samples
  • ·C / C++ and Python for embedded and tooling
  • ·DFM / DFT, production readiness
03 — Experience

Eight years across EV powertrain, industrial, and automotive electrification programmes.

Employer names are withheld here in line with client confidentiality; descriptions reflect the role and scope at each position.

  1. 2023 — Present

    Senior Power Electronics Hardware Engineer

    EV powertrain OEM (UK)
    • ·Own design validation, review, and redesign of high-efficiency traction inverters through production readiness.
    • ·Lead failure analysis and 8D investigations across hardware and system boundaries.
    • ·Build interactive engineering tools (Excel-based) to model converter operating points, junction-temperature margins, and other key parameters across multiple subsystems.
  2. 2023 — 2023

    Associate Principal System Engineer — Power Electronics

    EV powertrain — power-electronics programme (UK)
    • ·Reviewed and validated hardware designs and functional block diagrams for EV traction inverters.
    • ·Performed worst-case analysis to validate system performance under thermal and electrical extremes.
    • ·Conducted MATLAB / Simulink and PSIM simulations and supported MCU configuration for embedded control boards.
  3. 2022 — 2023

    Senior Hardware Engineer — Independent Consulting

    Self-employed
    • ·Took independent client engagements across different industries — including instrumentation and medical electronics — for customers needing specialist hardware work.
    • ·Designed schematics and PCB layouts (Altium, KiCAD, Diptrace) for analog front-ends, signal-conditioning chains, and embedded sub-circuits, from concept through prototype.
    • ·Carried designs through simulation, worst-case analysis, and prototype validation; supported component sourcing per engagement.
  4. 2021 — 2022

    Embedded Hardware Engineer — Power Electronics

    EV charging research programme (Morocco)
    • ·Developed power-electronics and embedded hardware for EV supply equipment, from requirements through prototyping.
    • ·Designed schematics in KiCAD compliant with EV charging standards.
    • ·Performed Monte-Carlo and worst-case circuit analysis in MathCAD and LTspice.
  5. 2018 — 2021

    Power Electronics Hardware Engineer — Electrification

    Automotive Tier 1 (Europe)
    • ·Designed power-electronics hardware for EV / HEV / PHEV platforms — focused on on-board chargers and auxiliary power conversion.
    • ·Performed system prototyping, validation testing, worst-case analysis, and DFMEA for safety-critical automotive hardware.
    • ·Provided technical documentation and supported customer failure-analysis cycles.
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