Hello, I'm
Mubasher Ahmed
Mechatronics & AI Engineer
Blending engineering principles with intelligent systems to create innovative and impactful solutions.
Education
National University of Science and Technology
Bachelor of Engineering in Mechatronics Engineering
CGPA: 3.58/4.00 (90%)
2022 - 2026
About Me
I am a dedicated Mechatronics Engineering student at the National University of Science and Technology. My academic journey has provided me with a strong foundation in a diverse range of subjects, from fundamental programming to complex embedded systems and digital logic design.
My passion lies in the intersection of robotics, AI, and IoT. I have gained hands-on experience through research internships, where I've focused on projects like ECG interpretation using Large Language Models and developing IoT-based smart systems. I am driven to create innovative and practical solutions that enhance lives.
My Skills
By The Numbers
8+
Projects Completed
4
Years of Learning
5+
Microcontrollers Used
8+
Core Libraries
My Expertise
AI & Machine Learning
Building and training supervised learning models and leveraging LLMs for advanced analysis and problem-solving.
IoT & Embedded Systems
Designing and developing smart, connected devices using microcontrollers like Arduino and ESP32.
Robotics & Automation
Creating mechanical systems and integrating intelligent control for automation and functional robots.
Work Experience
- Observed in maintenance of Boeing 777, Airbus A320, and ATR aircraft, following safety protocols.
- Worked with engineers in Powerplant, Component Maintenance, Electrical, and Instrumentation divisions.
- Studied black box, radar, and TCAS systems to enhance knowledge of aircraft operations.
- Designed and fabricated 15+ PCB schematics and layouts in-house using CAD tools, meeting all project requirements.
- Operated PCB milling, etching, and soldering processes, reducing turnaround time by 25%.
- Tested and debugged 15+ PCBs, improving reliability and performance.
- Optimized component selection, lowering costs by 12% while maintaining quality.
- Researched ECG interpretation using Large Language Models (LLMs) on 1,000+ ECG records.
- Applied statistical analytics to extract 40+ ECG features from datasets.
- Built 3-lead ECG acquisition and monitoring system with 50% signal accuracy
- Conducted robotics, programming, and STEM workshops for 100+ students, including 40+ underprivileged children.
- Researched 4 IoT-based systems, including smart holster, smart wheelchair, home automation, and ball-balancing bot.
- Designed home automation solution with 100% IoT connectivity uptime and user interface reducing control time.
- Utilized Arduino, Raspberry Pi Pico, Python, and C for rapid prototyping and testing in under 3 weeks.
- Produced 5+ technical documents, specifications, and presentations for project delivery.
Certifications & Awards
I have earned several certifications and awards in programming and technology. You can view all of my certificates in one place.
View All CertificatesProgramming in Python by Meta - Coursera
Certificate | 2023
AI For Everyone - Coursera
Certificate | 2024
Supervised Machine Learning: Regression and Classification - Coursera
Certificate | 2024
What is the Metaverse? - Coursera
Certificate | 2024
High GPA for 4 consecutive Semesters - NUST
Award | 2022-2024
My Projects
Smart Glasses for Visually Impaired
Developed real-time audio feedback glasses using Gemini API for object detection and DeepGram for speech.
Celebrity Recognition Model
Designed and implemented a deep learning model for celebrity face recognition with an accuracy of 85%.
Hand Sign Recognition
Fine-tuned MobileNet with a custom dataset to achieve 95% validation accuracy for hand sign numbers.
Number Plate Detector
A MATLAB program to detect and read number plates with 90% accuracy.
Line Follower Robot
Built a line follower robot using digital logic and infrared/ultrasonic sensors.
H-Bridge and L298N Replica
Designed and fabricated a BJT-based H-bridge for efficient motor control.
Robotic Arm Design
Designed a multi-purpose robotic arm and simulated the design using Solidworks.
IoT based Heart Monitoring
Developed a wearable device to monitor heart rate, blood oxygen level, and ECG data.
Get In Touch
Feel free to reach out to me for collaborations, projects, or just a chat.