T. BHAIJI

Graduation internship from Feb 2027

I design electrical hardware and write the firmware that runs it.

Final year of an Electrical and Electronic Engineering degree in Arnhem. Six projects below, five of them for a real client: power electronics, battery diagnostics, solar and storage, MV/LV distribution.

See the work CV (PDF) Email me
Now
Team LeadEV charging control, Milence
Internship grade
10/10Dott, Amsterdam
Largest system
2 MWMV/LV design study
Running since
202312.82 kWp off-grid solar
TRUCK · CHARGING BAYCONTROLESP322 × RS-485, isolated24 V, battery-backed 10 m cable · 3.36 kg/m self-locking worm gearbox dispenser r 50 mm retracts in 30 s 33.6 kgcable mass330 Nholding force16.5 N·mtorque at drum34 N·mmotor · 2× margin60 rpmoutput speed19 Acurrent limit
Sheet 01, Cable retraction control for Milence. Elevation of the retraction system, with the drive sizing chain.

Each one carries a stamp saying how far the work actually got. Two of them say the system was never built, so you know what you are looking at before you read a word of it.

01Overhead EV charging, cable retraction controlMilence · Group project, 7 people, 3 disciplinesFOR REVIEW
Feb 2026 – Jul 202602Battery screening and diagnostic toolDott · Solo projectAS BUILT
Sep 2025 – Jan 20260312.82 kWp off-grid solar with storageMaadhyam Organics · Solo projectIN SERVICE
Jan 2023 – Mar 20230450 A H-bridge and logic boardMORE Vehicle · Group project, 4 peoplePARTIALLY VERIFIED
Feb 2025 – Jul 2025052 MW MV/LV distribution designRoyal HaskoningDHV · Group project, 5 studentsDESIGN STUDY
Sep 2024 – Jan 202506Offline datasheet comparison toolPersonal tool · Solo projectAS BUILT
2026

I like problems where the failure mode is physical.

I am in the fourth and final year of an Electrical & Electronic Engineering degree at HAN University of Applied Sciences in Arnhem, and most of it has been spent on projects with a client on the other end: Milence, Dott, Royal HaskoningDHV, and a working farm in Madhya Pradesh.

The deliverable was never the report. It was a board that had to survive a stalled motor, a tester a warehouse technician could use without training, or an array that still has to carry a guesthouse through a monsoon. That changes how you design: you stop optimising for the typical case and start designing for the day something goes wrong.

I have led two of those teams: seven people on the Milence project, four on an autonomous steering box. Both times the hard part was the dependency that never arrived, and whether I had a fallback ready before I needed one. I did not, either time, so now I plan one at the start.

I write the software around the hardware too: embedded C on ESP32 and STM32, MATLAB and Simulink models, and desktop tooling in Python when the thing I need does not exist. I am looking for a graduation internship from February 2027, and a first engineering role after I graduate in July 2027.

Tanishq Bhaiji

What I use, and where I used it.

Power electronics and hardware

  • PCB design and layout (Altium Designer, EasyEDA)
  • High-current design, thermal management, design-for-manufacture review
  • Gate drivers, MOSFET selection, H-bridge topologies
  • Electrical safety and manufacturability review

Embedded and firmware

  • Embedded C on ESP32 and STM32 (Nucleo-G474RE)
  • RS-485 and Modbus RTU, CAN with DBC, I²C, SPI, UART
  • Protocol work on undocumented and non-standard devices
  • Interface protection and fault handling

Renewable energy and power systems

  • Solar PV and storage sizing and installation (PVSYST)
  • MV/LV distribution design, load and capacity planning
  • IEC 60364, 60909 and 62439 applied in design work
  • Short-circuit and maximum-demand calculation

Modelling, test and tooling

  • MATLAB, Simulink and Stateflow plant and control models
  • LTspice circuit simulation
  • Test plans: unit, functional block, integration, acceptance
  • Python tooling: pdfplumber, openpyxl, pytest, local web apps on the stdlib
Experience
Feb 2026 – Jul 2026Team Lead, overhead EV charging control system
Milence
Seven people across three disciplines. I owned the control electronics, power architecture, sensing and backend interface.
Sep 2025 – Jan 2026Electrical Engineering Intern, battery testing tool
Dott, Amsterdam
Sole engineer on a standalone battery screening tool for the warehouse, hardware and firmware. Graded 10/10.
Feb 2025 – Jul 2025Project Intern, autonomous power steering
MORE Vehicle · HAN
Led four people replacing an H-bridge that kept failing whenever a wheel stalled.
Sep 2024 – Jan 2025Project Lead, sustainable office services
Royal HaskoningDHV
Electrical design study for the PD Gemini renovation: load analysis, capacity planning, MV/LV equipment selection.
Sep 2023 – Jan 2024Team Lead, lab power supply unit
HAN University
0–12 V adjustable linear supply, current-limited to 600 mA, with CV/CC indication. Designed, built and bench-tested.
Jan 2023 – Mar 2023Project Intern, solar design and installation
Maadhyam Organics, India
Sized and specified a 12.82 kWp array with 15.36 kWh of storage, then helped install it.
Full CV and credentials

Book a call

Happy to talk about a graduation internship, a vacancy, or a project you want a second opinion on. Twenty minutes is usually enough to work out whether it is worth a longer conversation.

Typical length
20 to 30 minutes
Time zone
Central European Time, Arnhem
Languages
English, Hindi
Usually free
Weekday evenings and most of the weekend
Email me three times that suit you+31 6 8515 8402

Looking for a graduation internship from February 2027.

Power electronics, embedded hardware, renewable energy or power systems. I am equally happy writing the firmware and tooling around them. Based in Arnhem, open to relocating in the Netherlands.

Based in
Arnhem, Netherlands
Available
Graduation internship from Feb 2027
Email me CV (PDF)
© 2026 Tanishq Bhaiji · Arnhem tanishqbhaiji42@gmail.com LinkedIn CV (PDF)