Manufacturing · Maintenance · Automation · Industry 4.0
Give me a machine, I’ll automate it.
Give me a process, I’ll optimize it.
Give me a problem, I’ll turn it into a full engineering project.
I’m a mechanical engineer trained at NUST, Pakistan’s top engineering university, with a focus on manufacturing, maintenance, and the practical side of Industry 4.0. I like systems that sense their own condition, decide, and improve themselves.
That interest turned into a final year project that won the Rector’s Gold Medal: a smart 3D printer that catches its own print defects using AI and a digital twin. Along the way I picked up real shop-floor experience at Atlas Honda and Kohinoor Textile Mills, working with die-casting, engine assembly, power generation, and PLC/SCADA systems.
I’m now looking for mechanical engineering and management trainee roles where I can build, automate, and optimize real industrial processes.
Hands-on internships across manufacturing, maintenance, and power generation in the automotive and textile industry.
A three-tier system that watches a 3D print as it happens and flags failures before they waste filament and time, and takes corrective action accordingly.
It combines a multi-modal AI engine, a digital twin powered by Gemini, and a full IoT sensor stack feeding live data from the machine into the cloud.
Led the IoT integration and hardware testing within a four-person team.
A mix of mechanical design, manufacturing, simulation, embedded systems, and real-time monitoring work from coursework and competitions.
A hybrid electric and pedal-powered tadpole trike built for the ASME EFx racing competition. Reached a top speed of 37 km/h with a 15% lighter chassis through structural optimization and precise gas welding.
SolidWorks · ANSYS · CAM · FEA · Welding · GD&T · DFM/DFA · Controls
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A gearless mechanism transmitting up to 15 Nm at 82% efficiency with no gear train. Rebuilt with proper CAD modeling and materials after an early prototype, holding tolerances within ±0.1 mm for smooth motion under varying angular velocities.
CAD · CAM · FEA · Machine Design · GD&T · Fabrication · Metrology
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A six-degree-of-freedom underwater ROV rated to 10 m depth (1 bar) with a robotic gripper delivering 5 N clamping force and 360° movement, designed for maneuverability in high-viscosity environments.
SolidWorks · ANSYS · CFD · Kinematics · Robotics/Automation · 3D Printing
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A live, SCADA-style dashboard for a steel making plant built on a Raspberry Pi with Node-RED, pulling KPIs and production parameters from PLCs, HMIs, and databases into one real-time screen for engineers.
Node-RED · Raspberry Pi · Siemens S7 PLC · MQTT/Sockets · Industrial IoT
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A full floor plan for a commercial building, including the layout of doors, windows, and fittings, taken from a 2D plan through to a 3D conceptual model.
AutoCAD · 2D Drafting · 3D Modeling
See detailsFrom CAD and the shop floor to PLCs, dashboards, and the people side of running a project.
Competition wins and consistent academic recognition at NUST.
Leadership, freelance work, and volunteering alongside my engineering studies.
Led promotions and outreach for ASME’s flagship engineering event at EME, NUST.
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Coordinated athletics for the campus Olympiad event.
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Built brand visibility for global clients and sharpened business communication.
See detailsProfessional training that backs up the engineering with the way I communicate and work across teams.
Open to mechanical engineering and management trainee roles across the Globe. Reach out and I’ll get back quickly.
