ROBOTICS × ARTIFICIAL INTELLIGENCE

I build machines
that move —
and minds that learn
to move them.

Muhammad Mubeen Hassan — turning warehouses, waste bins, and reverse-engineered black boxes into working systems. One funded prototype at a time.

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Most people study robots.

I ship them.

Somewhere between a stepper motor and a line of embedded C, most people find a hobby. I found a job description. By my sixth semester at the University of Central Punjab, I was already leading three funded R&D projects — reporting straight to a CEO, negotiating with suppliers overseas, and still finding time to debug my own boards at 1 a.m. This is what happens when curiosity refuses to stay theoretical.

CREATIVE GROUP OF COMPANIES · OCT 2025 — PRESENT

Three funded projects.
One engineer holding the technical keys.

Industrial robotic arm Circuit board macro 3D printer
01 / 03 Autonomous Mobile Robot · Final Year Project

The Warehouse Learns to Walk

A 250 kg-capacity, 6-way shuttle AMR built to move inventory the way the best automated warehouses in the world already do — studied from systems like Zikoo Robotics and Mecalux, then reverse-engineered and rebuilt from first principles for our own floor. It also happens to be my Final Year Project, which means the stakes are real on two scorecards at once.

  • Team Lead — electronics, embedded control, navigation, debugging
  • Reports directly to the CEO for fund approvals & sourcing
  • Status: active build
View on GitHub →
02 / 03 Reverse-Engineered Inventory Automation

Breaking It Down to Build It Better

An imported inventory system from Monolith arrived as a sealed black box. It's leaving as an STM32-powered, RS485-networked, RFID-secured system I designed after months of teardown, direct supplier negotiation in China, and a full architecture redesign — now deep in PCB layout.

  • Sourced sample units, ran teardown & produced the reverse-engineering plan
  • Negotiated with Chinese suppliers, secured the PI, coordinated import
  • Status: PCB design phase
View on GitHub →
03 / 03 3D Printer · Market-Ready Build

From Lab Tool to Market Product

The first printer got the lab printing prototypes — a Siboor-based build on a Raspberry Pi + BTT control stack. The second is being reverse-engineered from scratch into something we can actually sell, and that one is mine to lead: design, sourcing, and delivery.

  • Contributor on Printer #1 · Team Lead on Printer #2
  • Full fund approval & supplier negotiation ownership
  • Status: active design
View on GitHub →

BEFORE THE FUNDING, THERE WAS THE WORKBENCH

Every engineer has an origin story.
Here's mine in five machines.

IEEE UCP STUDENT BRANCH

Turns out leading robots
and leading people rhyme.

Vice President of IEEE UCP. Former General Secretary. Co-Director of Techathon 2.0 — eleven competitions, three days, one very long closing ceremony. Somewhere in between, I also became SkyPower’s go-to for “can you fix it” and UCP’s go-to for “can you teach it.”

0 Funded R&D projects led
0 Competitions run at Techathon 2.0
0 Days directing a flagship tech event
0 People following the build, live on LinkedIn

STUDENT PEDAGOGY PARTNER · LEARNING INNOVATION CENTRE, UCP

I've sat on both sides
of the lecture hall.

Two semesters, two subjects, one job: make the theory survive contact with reality. First it was Artificial Intelligence. Then it was Discrete Mathematics — the course every engineering student swears they'll never use again, right up until they're writing the boolean logic behind an agentic workflow.

Working directly with my faculty partner, Dr. Nabeel Khalid, I helped redesign both courses around problem-based learning and what we started calling “AI-resilient” evaluations — assessments built for a world where every student already has a chatbot in their pocket. Progress got defended in front of the department at formal mid-point and final review sessions, not filed away in a report nobody reads.

The same instinct shows up outside UCP, too. I've mentored Grade 7 students at Beaconhouse School Valencia through their first real engineering build — an automated plant-watering system — and there's nothing quite like watching a twelve-year-old realize their code just moved something in the physical world.

📸 Mid-point & final review photos coming soon

WHAT'S IN THE TOOLBOX

Hardware, firmware, and everything
that turns intent into motion.

Robotics & Hardware

ArduinoESP32 / ESP32-S3STM32Raspberry Pi Electronics & Circuit DesignWebotsTinkerCAD

Automation & RPA

UiPath StudioUiPath OrchestratorUiPath Website StudioPower Automate

AI & Systems

Agentic AIML Model IntegrationVision-Based Classification

Leadership & Ops

Team LeadershipCEO ReportingFund ApprovalsSupplier NegotiationEvent Direction
Late-night engineering workspace
Most breakthroughs happen after everyone else has logged off.

HOW I GOT HERE

The paper trail behind the prototypes.

2023 — 2027

BS Robotics & Intelligent Systems

University of Central Punjab (UCP) — Semester 6.

2021 — 2023

F.Sc Pre-Engineering

Nishat College, Multan — Fully Funded Scholarship.

2017 — 2019

Matriculation

The Professors' Grammar School, Jalalpur Pirwala — Top 5 performer district-wide, 1059/1100 marks (BISE Multan).

🏆 Emerging Star of the Year — IEEE Lahore Section, 2026
🎓 Fully Funded Merit Scholarship — UCP, 2023–2027
🎓 Nishat College Fully Funded Scholarship
🎓 Punjab Educational Endowment Fund (PEEF) Scholarship — 2018

LET'S TALK

Interesting problems. Robotics
collaborations. Conversations
that start with “what if.”

I'm three funded builds deep and still make room for anything that moves — physically, algorithmically, or just intellectually. If you're working on something worth arguing about at 1 a.m., I'm in.

This is not the end, this is not the start of the end — but it might be the end of the start.

— M.M.H.