Robots
- Miwonder LeArm
- Servo assembly
- Controller documentation
About me
Robotic technician · Markham, Ontario
Hello, I'm Eddie.
I'm a robotic technician with practical industrial electrical experience and a software engineering background. I like work that starts with a real machine, a clear symptom, and a careful check.
My experience includes industrial panels, control wiring, sensors, and 12 V to 600 V electrical systems. I'm also building hands-on robotics and controls experience with a Miwonder LeArm and Allen-Bradley Studio 5000.
Available now for day-shift robotic technician and automation roles within 100 km of Markham.
Working knowledge
What I can work with
Controls
- Allen-Bradley
- Studio 5000
- Industrial control wiring
Electrical
- Panel installation
- Electrical troubleshooting
- Sensors
- 12 V to 600 V systems
Mechanical
- Pneumatics
- Hand tools
- CAD
- Welding
Software
- Python
- Java
- C#
- JavaScript
- Linux
- Git and GitHub
Safety
- Safe tool use
- Hazard awareness
- Boom lift
- Forklift
- Scissor lift experience
Selected work
Real project evidence, with unfinished details marked clearly
Project 01 · In progress
Miwonder LeArm assembly
I assembled the Miwonder LeArm from its individual mechanical and electrical parts. The video shows the base, arm structure, gripper, and wiring as the build moves toward a complete robot.
01 Parts overviewIdentifying the servos, plates, fasteners, and wiring before assembly.
02 Rotating baseFitting the servo, plates, and hardware for the rotating base.
03 Arm structureBuilding the upright arm and adding the next servo assembly.
04 Final assemblyRouting the wiring and checking the completed mechanical build.
- Problem
- My goal is to assemble the Miwonder LeArm correctly, verify its mechanical and electrical connections, and prepare it for motion testing and programming.
- Diagnosis
- The project is still in assembly, so a fault diagnosis has not been recorded yet.
- Action
- Assembled the rotating base, upright arm, gripper, controller baseplate, and wiring shown in the video.
- Result
- The mechanical build reached the completed state shown in the final shot. Motion testing and programming results have not been added yet.
- Tools used
- Miwonder LeArm components, servo motors, controller board, screwdrivers, and pliers shown in the recording.
Project 02 · Reserved
PLC and HMI sorting cell
Problem, diagnosis, action, result, photographs, and exact hardware list will be added when available.
Project 03 · Reserved
24 V troubleshooting trainer
Fault scenario, measurements, repair steps, verified result, and equipment list will be added when available.
Fault finding
My troubleshooting process
- 01
Make it safe
Confirm the equipment state, identify hazards, and isolate energy before touching hardware.
- 02
Define the fault
Check the sequence and separate what is working from what is not.
- 03
Trace the signal
Follow power, inputs, logic, outputs, and mechanical motion in order.
- 04
Fix and verify
Correct the confirmed cause, test the full sequence, and record the change.
Training & experience
Details verified from the supplied résumé
Certificate · April 2026
PLC Programming in Allen Bradley Studio 5000
Udemy course instructed by Seyed Parvini · 6 total hours
Diploma · 2022–2025
Artificial Intelligence: Software Engineering Technology
Centennial College, Toronto · GPA 4.1 of 4.5
Industrial electrical · 2017–2020
Electrician intern and apprentice electrician
Panel installation, control wiring, lighting systems, automation equipment, and industrial sensors under supervision.
Software · 2024
Full-stack software engineer intern
Mobile and backend work with React Native, Python, FastAPI, AWS, and MongoDB.
Get in touch
Let's talk about the equipment and the role.
I'm based in Markham, Ontario and speak English and Chinese.