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DWG NO. FB-000 · General arrangement

Fhaeeq
Bisiriyu

Graduate mechanical engineer working across CAD, simulation and embedded control. BEng (Hons) Mechanical Engineering, De Montfort University. MSc Mechatronics and Robotics in progress, expected February 2027.

  • CAD · Creo / FreeCAD
  • FEA · ANSYS
  • MATLAB / Simulink
  • Embedded C++
  • Design for Manufacture
See the work Download CV (PDF)
Fhaeeq turning a part on a centre lathe, wearing safety glasses
FIG. 1 · Turning practice, DMU workshop

Design records

4 parts · Rev A
Mecanum-wheel robot car with a BBC micro:bit controller
FB-001

Mecanum line-following car

Test platform for my BEng dissertation on mecanum vs omni-wheels: a mecanum-wheel robot kit on a BBC micro:bit that followed a drawn course on its own.

STACKmicro:bit, mecanum
STATUSWorking, on video
The shelving rover driving along its test track
FB-002

Autonomous shelving rover

Team project: Arduino Nano rover that carried three 40 mm cubes and placed one at each platform along a fixed track.

STACKArduino Nano, breadboard
STATUSCompleted track
ESP32 prototype wired on a breadboard
FB-003

Smart monitoring system

ESP32 condition monitor that streamed vibration, temperature and rotation data to a live cloud dashboard and raised alerts.

STACKESP32, MPU6050
STATUSPrototype
Block diagram of the simulation loop: a reference pitch angle, a controller that is either a fuzzy gain-scheduled PID or a conventional PID, and a nonlinear pitch-axis model, with the pitch angle fed back θ ref − CONTROLLER Fuzzy gain-scheduled PID or conventional PID PITCH-AXIS MODEL Nonlinear, built from published parameters θ FEEDBACK SIMULATION LOOP · METHOD, NOT RESULTS
FB-004

MSc dissertation: twin rotor control

Individual, simulation based: system identification and Fuzzy-PID vs PID control of a 1-DOF pitch-axis twin rotor.

STACKMATLAB and Simulink
STATUSIn progress

On the bench

Workshop and lab
Close up of Fhaeeq at the lathe
Centre lathe, DMU workshop
ATmega328P development board wired to a breadboard
ATmega328P development board, DMU

About

I like the point where a CAD model becomes a thing on the bench that has to survive real friction, real batteries and real wiring. I came up through a BTEC in electrical and electronic engineering, then a mechanical engineering degree, and now an MSc in mechatronics, so I am comfortable on both sides of the connector.

I back design decisions with ANSYS structural analysis and MATLAB modelling rather than judgement alone. Through the DMU Graduate Champions scheme I was a design engineering intern at BoysenB Software (Aug 2026 to Sep 2026), designing two robots, a massage robot and a biped robot, in FreeCAD. I also have a working knowledge of SolidWorks, self-taught. I was part of EcoSynergy, the team that took first place at the ESBF Engineers in Business Hackathon hosted by DMU in 2025, where I delivered our pitch to the judging panel.

Fhaeeq presenting the EcoSynergy pitch to the judging panel, with his team standing behind him
FIG. 2 · Pitching EcoSynergy to the judges, May 2025

Outside engineering I played indoor football for DMU, which is where I learned that a good plan survives about four seconds of contact with the opposition. I was also Treasurer of the DMU Anime Society.

Fhaeeq in a DMU Sport football shirt, number 4
FIG. 3 · No. 4

Looking for graduate roles in mechanical design, robotics and automation. Right to work in the UK and EU.

Portrait of Fhaeeq Bisiriyu
FIG. 4 · The engineer
Revision history
2025 to 27
MSc Mechatronics and Robotics, De Montfort University
2026
Design Engineering Intern, BoysenB Software (DMU Graduate Champions)
2022 to 25
BEng (Hons) Mechanical Engineering, De Montfort University
2020 to 22
BTEC Level 3 Electrical and Electronic Engineering, Coventry College

No cookies. No tracking. Built by hand, like the robots.