01 / Hello

Majid Azizi

Robotics &
embedded systems.

I build the hardware that connects sensing, intent and motion. M.Sc. Robotics Engineering student at Mälardalen University.

Explore projects Download CV
Exploded technical illustration based on the CAD reference, showing a cylindrical housing, internal carriers, circuit boards and end cap
Exploded assembly / Electric Precision Screwdriver

02 / Selected projectsHardware. Integration. Problem solving.

Conceptual review workflow linking schematic relationships and datasheet evidence to a review output
Conceptual workflow illustration

Featured project / Master’s thesis / Planned

Datasheet-grounded review of KiCad schematics

I am developing a local system to review component-specific schematic faults using manufacturer datasheet.

Challenge
Review component-specific faults in KiCad schematics beyond conventional electrical rule checking.
Planned contribution
I am designing a component–pin–net review workflow combining datasheet evidence, deterministic checks and a local language model.
Planned work
I will define the review workflow and evaluation protocol, develop the local system and compare the review approaches.
  • KiCad
  • Local AI
  • Evaluation
View thesis project
Orange blueprint illustration of the LIMB robotic arm with labelled joints, gripper and dimensional annotations
LIMB / Robotic arm blueprint

Aug 2025 — Jan 2026

Intent-driven multimodal robotic rehabilitation arm

The electrical backbone of a robotic arm integrating EMG-based intent detection, computer vision and adaptive grasping.

Designed four-rail power distribution, contributed to the CAN architecture and led hardware integration.

  • Power distribution
  • CAN
  • ESP32-C3
View arm project
Orange blueprint of a textile sensor glove with finger modules, wiring and a wrist-mounted control board
Wearable sensor glove / Blueprint illustration

May 2025

Sign language interpretation glove

A low-cost wearable prototype for American Sign Language alphabet recognition.

Assembled and soldered LED–photodiode bend sensors, Hall effect sensors and an accelerometer; supported hardware debugging and design iterations.

  • Wearable sensors
  • Prototyping
View glove project

03 / About & experience

About

From individual parts
to working systems.

My engineering work sits where hardware, software and physical systems meet. I focus on power distribution, embedded communication and hands-on debugging.

I’m studying for an M.Sc. in Robotics Engineering at Mälardalen University in Västerås. My programme runs from 2021 to 2027, with graduation expected in 2027.

Experience

  1. Sep 2026 — Jan 2027 / PlannedMaster’s thesis · Mälardalen University

    I will develop a datasheet-grounded KiCad schematic reviewer and evaluate its review approaches.

  2. 2021 — 2024Student leadership

    Chairman of LTD (Robotics Student Association), Vice-President in the Student Parliament, Board Member of Mälardalen Student Union and Student Representative.

  3. 2019 — 2020Customer Support Manager · TechBuddy

    Promoted to department lead after identifying workflow improvements that increased team efficiency. Redesigned support processes for customers and the team.

Technical toolkit

Embedded systems

ESP32, Raspberry Pi, Arduino, FreeRTOS, CAN, UART, I2C

Programming

Python, C/C++, C#, MATLAB, VHDL

Design & development

KiCad, Fusion 360, SolidWorks, Linux, Git, VS Code

04 / Contact

Let’s build something useful.

For engineering projects and opportunities:

majid.azizi.se@gmail.com
Get in touch