A working prototype and four areas of engineering in motion.
PROJECT 001 — 2025
Smart Fish Sorting System
An end-to-end automated sorting platform integrating YOLOv8 computer vision, real-time weight classification, custom mechanics, and embedded control.
Computer vision
Embedded control
Mechanical design
Rapid prototyping
FOUR FIELDS / ONE BUILD MINDSET
Engineering you can see in motion.
Four short prototype demonstrations show how we move from a physical idea to a working mechanism.
01Robot integrationBring hardware and interaction together.
02Rapid prototypingMake, fit and refine real parts.
03Mechanism designTranslate motion into a useful function.
04Mobile platformsBuild and test moving systems.
PROJECT ARCHIVE
Earlier builds, real hardware.
A look back at robotics, workshop machines and electronics projects.
ROBOTICS
SCARA robot prototype
Mechanical development and hands-on prototyping.
ROBOTICS
Compact robot platform
An early workshop build with a moving base.
FABRICATION
Wood CNC machine
Large-format machining equipment in the workshop.
ELECTRONICS
Solar light controller
Controller boards, power components and wiring.
SENSING
Smart weight sensor
Measurement hardware and a compact enclosure.
AUTOMATION
Online weighing system
Assembly work around an industrial machine housing.
FABRICATION
PCB CNC machine
A compact bench-scale fabrication setup.
ELECTRONICS
LED driver circuit
Board-level electronics from an earlier build.
MEDICAL DEVICE
Dental ultrasonic system
A prototype shown during development.
ROBOTIC DESIGNER FOUNDER
THE FOUNDER
William Farokhzad
Robotic Designer · Automation Engineer · Inventor
William earned an M.Sc. in Industrial Automation Engineering at the University of Pavia. His portfolio spans robotic mechanisms, embedded electronics and computer vision, including an automated sorting prototype that combines image recognition and weight measurements. His work has received invention awards in Germany, Switzerland and Canada, and he has published research in IEEE Access.
We are interested in robotics challenges where intelligent software meets real hardware.
Tell us the task, the parts or materials involved, your current setup and the result you want to achieve. Photos, dimensions and target cycle times help.