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SYED HAMZA AZEEM
Aspiration Statement
I’m keenly interested in embedded systems, electronics and software development for which I hope to pursue graduate studies in the future. My near future goals are to work in product development and research in the tech sector. I am also exploring data science as a possible interest.
Core Skills
- Python, C++ including Object Oriented Programming
- Circuit Design and Analysis (Proteus, PSpice)
- Microcontroller Programming (Arduino, Raspberry Pi)
- Experience with Instrumentation Technologies (Digital Tachometers, PLCs)
- Digital Image Processing (MATLAB, Python)
Academic Awards / Achievements
- Dean’s List - Spring 2019 & Fall 2019
- High Academic Achievement Scholarship in Fall 2019
- First Place - Hult Prize On-Campus Startup Competition, 2018
- Attended Stanford International Honors Program, Summer 2018
Experience
Leadership / Meta-curricular
- Code.Play(2.0), Habib University - Director of Logistics
- ACM Student Chapter, Habib University - Secretary
- Code.Play(3.0), Habib University - Head of Circuit Design Competition
- DART.IMT.C.01: C Programming: Getting Started - Certification by edX
Internship / Volunteer Work
- Dastgyr - Data Engineer (Jun 2022 - Present)
- MarketLytics - Data Engineer (Jul 2021 - Jun 2022)
- DreamBig Semiconductor Inc. - Embedded Systems & Engineer (Jan 2021 - Jul 2021)
- Data Communications and Controls Pvt. Ltd. – Research Intern
- Siemens Pakistan Engineering Company Limited – Intern
- Integrated Dynamics – Research and Design Intern
- Habib University - Peer Tutor for Electric Circuit Analysis & Power Electronics
Publications / Creative Projects
- Hand Drawn Circuit Recognition Tool : Developed using MATLAB for Digital Image Processing Course. Recognizes circuit components in image and performs basic circuit analysis on it.
- Password Protected Digital Security Lock: Implemented a password comparison based security system using digital logic elements and discrete components for DLD semester project.
Final Year Project
Project Title
SwiftBot: Autonomous Courier for Indoor Deliveries
Description
This project involves the implementation of a delivery service that uses a mobile app to allow users to get items delivered within indoor and closed campus spaces such as universities, offices and hospitals. The robot is based on the ROS (Robot Operating System) meta operating system and embedded Raspberry Pi and Arduino platforms which communicate with a central server for localization, mapping and obstacle avoidance computations as well as coordinating deliveries. The goal is to automate the delivery process for physical items in closed campus spaces for enhanced convenience and to reduce the chances of error in physical handling and delivery of items. (Group Project-Interdisciplinary)
Project Pictures
