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Aspiration Statement
I am passionate about embedded systems and sensors and have a strong interest in automation and control engineering. Areas I would like to work in are IoT engineering, sensor and embedded systems designing.
Core Skills
- C
- CAD Modeling
- Communication
- Design Thinking
- Django Backend Development
- Leadership
- Python
- Technical Writing
Academic Awards / Achievements
- HU TOPS Scholar
Experience
Leadership / Meta-curricular
- Founder, Community Python Karachi
- Google Developer Student Club Lead
- Math Club Lead
- Microsoft Learn Student Ambassador
- Postman Student Expert
Internship / Volunteer Work
- Embedded System Intern, Monit (January-February 2024)
- Technical Intern, Aeroglobe (June-July 2023)
- DataScientist, AdditechSim (August 2022-March 2023)
Publications / Creative Projects
- Automatic Plant Watering System:
- IoT Helmet:
- • Harsh Driving Behaviors Monitoring :
Final Year Project
Project Title
IoT Solution for Mapping Driver Behavior on Road Networks Using IMU
Description
This project focuses on mapping drivers' harsh driving behaviors, including Harsh Acceleration, Harsh Brake, and Harsh Turn, in collaboration with Monit, Pakistan's first AI and IoT solution company. Our work is centered on the sentinel device, which measures drowsiness and incorporates road safety features. We contribute to the device by analyzing driving behavior using an Inertial Measurement Unit (IMU) to detect harsh driving conditions, generating alerts on our portal. The project is structured into key phases: defining harsh driving behaviors through primary and secondary research, characterizing the sensor's behavior in real-time road conditions, and removing sensor drift using the Kalman filter. Data is labeled manually using a keypad to distinguish between harsh and normal driving events, considering factors like potholes and jumps that impact sensor readings.