Hi, I'm Faheem Ali
Merging physical mechanical design, precision manufacturing, & thermal optimization with embedded IoT robotics, C++ algorithms, & web systems. Focused on robust engineering and functional innovation.
About Me
A story still being written.
Mechanical Engineering Undergraduate
Studying at the NUST School of Mechanical and Manufacturing Engineering (SMME), Islamabad. I engineer solutions that bridge intelligent software with physical hardware, from full-stack web applications to embedded systems and functional engineering prototypes.
My work spans precision manufacturing, thermal systems (Heat Exchangers), and embedded control (ATmega328 and Tensilica LX-6). Alongside this, I bring hands-on experience in CAD modeling, digital manufacturing, rapid prototyping, and PCB design.
My research interests align with Machine Learning integration for Fluid Flow prediction, exploring data-driven models to reconstruct complex flow patterns for aerodynamics and fluid dynamics applications.
Education
Academic Profile
National University of Sciences and Technology (NUST)
SMME Department • Islamabad, Pakistan
Bachelor of Engineering in Mechanical Engineering
Work Experience
Engineering research, R&D internships, and hands-on manufacturing apprenticeships.
Smart Agri Tech Lab
Embedded AI IoT
Mechanical Design & Prototyping Intern
Worked across diverse engineering projects, mastering design iteration and rapid prototyping. Gained hands-on experience in manufacturing processes, including 3D printing, laser cutting, and engraving, alongside IoT systems integration, PCB design, and chemical etching. Applied analytical problem-solving throughout the prototyping lifecycle to deliver designs optimized for manufacturing constraints.
School of Mechanical and Manufacturing Engineering (SMME)
Volunteer Research
Researching Machine Learning approaches for Fluid Flow reconstruction, evaluating how data-driven models predict and reconstruct complex flow patterns from sparse measurement data for aerodynamic and fluid dynamics applications.
FYP Associate
Collaborated with final year students on an FYP focused on enhancing PV solar panel efficiency through the integration of a chevron type heat exchanger. Played a primary role in the fabrication process.
Manufacturing Resource Center (MRC)
Machining Tool Manufacturing Trainee
Specialized in precision cutting tool manufacturing, transforming raw materials including steel bars and carbide blanks into high-performance cutting tools through comprehensive machining processes.
Machining Trainee
Developed foundational machining skills through hands-on training in precision manufacturing operations. Gained practical experience in manual lathe and mill operations while building proficiency with precision tools.
Featured Projects
Things I’ve built, explored, and brought to life.
Lab-Ledger
Built a web application to streamline budget tracking and receipt management for our lab. Lab Ledger lets team members log purchases with cost and purchaser details, attach receipt images directly to transactions, and monitor total allocated budget vs. remaining funds in real time with category breakdowns and monthly expense trends. Replaced spreadsheet-based tracking with a centralized, discrepancy-free system now used across the lab.
Automated Irrigation System
Designed and built an ATmega328-based irrigation system that uses soil moisture sensors to monitor real-time soil conditions and automatically activates a water pump to deliver the right amount of water to plants, optimizing water usage and reducing manual intervention.
Design and fabrication of a Cantilever Storm Surge Gate
Designed a scaled cantilever storm surge gate using balsa wood, applying Mechanics of Materials principles to optimize structural performance under a 50 N horizontal surge load. Designs were analytically evaluated using Mathcad and SolidWorks; the final Quad Arm Lattice structure not only met the design criteria but handled a maximum load of 2,121 N.
Car Inventory & Recommendation System
Developed a car inventory and recommendation system that accepts user requirements and processes them against a comprehensive vehicle database to select tailored car recommendations. The system streamlined the vehicle selection process by filtering and matching user preferences such as color, brand, torque specs, and features to the most suitable available options.
Mousetrap-Powered Car
Built a mousetrap-powered car that converts the spring's elastic energy into rotational motion, transferring it through a shaft to wheel bearings fitted with CDs as wheels. Constructed using simple materials such as wood and CDs, the project demonstrated resourcefulness. One of the key challenges was balancing the car frame to ensure straight, controlled movement.
Self-Balance Robot
Designed and implemented a self-balancing robot using PID control logic to maintain an upright position on two wheels. An MPU-6050 gyroscope and accelerometer module processed 6-axis motion data to deliver real-time orientation feedback, while an L298N H-Bridge motor driver transmitted control signals to regulate two DC motors for autonomous balancing.
Ultrasonic Radar System
Developed a real-time data visualization system integrating an ATmega328 microcontroller with a servo motor and ultrasonic sensor to simulate radar functionality. The servo motor rotates the ultrasonic sensor across a 180-degree range while measuring object distances. Collected data is transmitted to Processing IDE, rendering a live graphical visualization of the scanned environment.
Technical Skills
What I know. What I build with.
Let's Build Something Remarkable
Have a project idea, engineering challenge, or technical role? Send a message directly to my inbox!
Direct Email
faheemali3724@gmail.com
Location & Status
Available for Remote Contracts, Internships & Part-time Roles