View
X 0000 · Y 0000
Seeking an engineering placement or internship

Bridgingthe gap betweentheory &manufacturing

I'm Mohammad Nasir, an Electrical and Electronics Engineering student at Manchester Metropolitan University. I combine parametric CAD, 3D printing and embedded programming to take ideas from first sketch to parts people actually buy.

See the work View CV Get in touch
Products built
4
Selling on
Amazon · eBay
Robot grade
Top band
MN-001 · Line-following robot● Live
ROT Y 000.0°Drag to spin
Scroll to explore
Autodesk Fusion 360MicroPythonRaspberry Pi PicoPWM motor controlPrusa MK3Bambu StudioPETGHybrid manufacturingBlenderPython · C# · HTML Autodesk Fusion 360MicroPythonRaspberry Pi PicoPWM motor controlPrusa MK3Bambu StudioPETGHybrid manufacturingBlenderPython · C# · HTML

Index · 4 projectsSelected
work

Every one of these started with a problem I actually had. Each went through failed prints, bad laps and a lot of redesigns before it worked.

Line-following robot with its sensor wing and wiringMN-001
2026 · University · Robotics

Line-following robot
F1-style replacement wheel fitted to a Logitech wheel baseMN-002
2026 · Personal · Sim racing

Hybrid F1 wheel
Black Gothic-style stair figurine shelf renderMN-003
2026 · Personal · Product

Figurine display shelf
MN-004
2022 · Personal · Sim racing

G27 wheel clamp
Sheet 1 of 4 · Autonomous robotics · 2026Highest grade boundary

MN-001 · University projectSelf-driving line-following robot

An autonomous racer built end to end, from the soldering iron to race day. The brief was speed without losing the line, and the first version could barely go straight.

Track testReal footage
Final lap10s

From spinning in circles to a clean, consistent ten-second lap on race day.

20+ chassis designs
The built robot photographed from the side Fusion 360 render of the robot chassis CADBuilt
Fusion 360 design timeline
Chassis
Designed a custom chassis in Autodesk Fusion 360 that houses every component. Went through more than 20 versions before landing on a lightweight body with a front wing that carries the sensor array.
Hardware
Hand-soldered a custom board around a Raspberry Pi Pico, with NPN transistors and rectifier diodes driving the motors.
Code
Programmed movement and sensing in MicroPython, using pulse width modulation (PWM) for motor speed. Calibrated the infrared array so surface reflectivity turns into precise steering commands.
Testing
The first prototype was unstable and kept leaving the track. I redesigned the motor mounts to lower the centre of gravity, closed the sensor-to-ground gap for a cleaner signal, and kept tuning the code until it ran clean.
Result
A consistent ten-second lap, and the highest grade boundary for the project.
20+Chassis iterations
10sLap time
PWMMotor control
Build log · 14 photosDrag or scroll →
Drawn by
M. Nasir
Dwg no.
MN-001
Tools
Fusion 360 · MicroPython · Raspberry Pi Pico · IR array · PWM
Status
Raced
Sheet 2 of 4 · Sim-racing hardware · 2026Prototyping

MN-002 · Personal projectHybrid-manufactured F1 wheel

A plug-and-play, Formula 1-style replacement rim for the Logitech G29 and G920. It pairs PETG 3D printing with metal sheet, putting strength exactly where the design needs it.

The printed wheel fitted to the wheel base Front render of the wheel design over the stock wheel outline CADFitted
Designed over the stock G29 outline
Interface
Designed directly over the stock wheel's outline, with apertures that keep the native G29 buttons reachable. Everything still works with no rewiring or custom circuitry.
Materials
A metal sheet base plate for rigidity, sourced through external industrial partners for laser cutting, paired with ergonomic grips printed in-house in PETG for heat resistance and long-stint comfort.
Strength
Formulated the design so stress and strain stay below the yield point during normal, long-term use under high-torque force feedback.
Market
Built for easy installation and for sale, following the same customer-first approach that worked for the clamp.
100%Native buttons kept
2Bases: G29 · G920
<σyStress below yield
Design to fitment · 10 photosDrag or scroll →
Drawn by
M. Nasir
Dwg no.
MN-002
Tools
Fusion 360 · Bambu Studio · PETG · Metal sheet
Status
Prototyping
Sheet 3 of 4 · Product design · 2026Built for Amazon

MN-003 · Personal projectCustom figurine display shelf

A stair-shaped wall shelf that gives every figurine its own step. It comes in two distinct styles, Greek and Gothic, both printed in PETG and developed as a product for Amazon.

Gothic · render
Concept
A staircase-shaped shelf for displaying figurines and action figures, one on each step, modelled in Fusion 360.
Two styles
Gothic in black with runes, spikes and a hanging pendulum. Greek in white with marble-style cracks. Each look comes from different print styles set in the slicer.
Colour
Recessed trapezium pockets take separate plugs that carry the crack and rune designs. That gives a multicolour finish from a single-colour printer, just by swapping filament.
Result
Printed in PETG and developed as a commercial product for sale on Amazon.

Plug drops into a 5 mm pocket, design sits on top. Swap the filament, print the plug, press it in.

2Styles: Greek · Gothic
1Single-colour printer
PETGMaterial
Drawn by
M. Nasir
Dwg no.
MN-003
Tools
Fusion 360 · Bambu Studio · PETG · Slicer print styles
Status
Amazon
Sheet 4 of 4 · Sim-racing hardware · 2022In production

MN-004 · Personal projectLogitech G27 wheel clamp

My wheel clamp failed under heavy force feedback mid-session. Replacements were overpriced and just as weak, so I engineered my own, and now I make and sell them.

Fig. 4 · Clamp, side elevation Desk / rig edge Constrained throat Loadpath High-torque FFB load Screw section Prusa MK3 · FDM Scale NTS
Diagnose
Worked out why the original clamp failed under excessive mechanical stress, then engineered a replacement rather than buying a costly commercial one.
Design
Prototyped in Blender, then switched to Fusion 360 for the parametric precision mechanical parts need, using its constraint system to hold every tolerance.
Make
Ran a used Prusa MK3 to prototype and manufacture in-house. Pushed through many redesign cycles to fix slicer errors and automatic supports that kept damaging the screw section.
Sell
Now producing mechanically stress-tested clamps for racing simulators, and handling stock and fulfilment for customers on Amazon and eBay.
2Marketplaces
>OEMOutlasts original
2022Still selling
Drawn by
M. Nasir
Dwg no.
MN-004
Tools
Fusion 360 · Blender · Prusa MK3 · FDM
Status
Selling

MethodHow a part
gets made

The loop every project above went through, usually many times over.

  1. 01Break it

    Find the real failure, like a clamp giving way under force feedback.

  2. 02Model it

    Parametric model in Fusion 360, with constraints holding the tolerances.

  3. 03Slice it

    Tune supports, orientation and print styles so threads and faces come out clean.

  4. 04Print it

    FDM in the material the load calls for, metal where plastic isn't enough.

  5. 05Test it

    Load it, race it, run it until something gives.

  6. 06Iterate

    Fix what broke and go again. Twenty chassis for one robot.

RecordExperience &
education

Before engineering I spent years in roles where accuracy and clear communication were the whole job.

Work experience

  1. 07/2024 – 11/2024 · Remote

    Bank Agent

    Virgin Money
    • Coordinated between administrators, solicitors and customers to secure the right mortgage rates and the timely release of deeds.
    • Advised on banking procedures, deadlines and timescales, keeping several professional parties updated on each case.
    • Applied strict financial procedures in a precision-critical role.
  2. 09/2023 – 11/2023 · Bolton

    Customer Service Agent

    HGS, NHS campaign
    • Resolved enquiries about COVID-19 and flu appointments for the NHS with patient, empathetic communication.
    • Booked appointments accurately, backed by thorough knowledge of NHS procedures.
  3. 01/2022 – 06/2022 · Oldham

    Ecommerce Account Manager

    Star Enterprize · also warehouse operative
    • Ran daily operations across eBay and Amazon: orders, refunds and stock.
    • Delivered consistent error-free fulfilment and improved inventory accuracy through careful stock-takes.

Education

  1. 09/2025 – 2028 · Currently studying

    BSc Electrical & Electronics Engineering

    Manchester Metropolitan University
    Applied Mechanical Engineering PrinciplesElectronic Engineering PrinciplesElectrical Engineering PrinciplesEngineering MathematicsDesign Project
  2. 2021 – 2023

    A-levels

    Bolton Sixth Form

    Computer Science, Business, Economics

AboutMeet
Mo

Student, designer, and a small business owner on the side.

Mohammad Nasir
This is meManchester, UK

I take ideas from theory to things people can buy.

I'm inventive and analytical, and I like closing the gap between what the textbook says and what actually comes off the printer. I design, prototype, stress-test and sell 3D-printed products on Amazon and eBay, iterating each one from first concept to a dependable finished part.

I'm looking for an industry placement or internship where I can bring that hands-on, systematic approach to real technical problems.

CAD & design

  • Fusion 360 (parametric)
  • Blender
  • Rapid prototyping
  • Iterative design

Manufacturing

  • FDM printing (Prusa MK3)
  • Bambu Studio slicer
  • PETG
  • Hybrid manufacturing

Code & electronics

  • Python · MicroPython
  • C# · HTML
  • Sensor integration
  • PWM · Microsoft Excel
Languages

English, Urdu and Dutch. Currently learning Mandarin.

Off the clock

Sim racing on tracks like the Nürburgring Nordschleife, and trying food from different cuisines.

Also on the benchSmaller
builds

Side projects and what's coming next.

Fusion 360 · 3D print

Wardrobe rod bracket

Redesigned a clothes-rail bracket with a deeper cradle so the rod can't slip out, then modelled and printed the fix.

HTML · Web

QR table ordering site

A scan-to-order website for a restaurant in Manchester's Chinatown, with a menu, basket, checkout and an admin page for receipts.

KiCad · Next up

Custom monitoring PCB

Planning a custom KiCad board built around off-the-shelf chips for battery and power monitoring.