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SAMEER JALIAWALA
Aspiration Statement
“I want to pursue my graduate studies in the field of Robotics and Artificial Intelligence abroad. As a career, I am inclined towards data science, machine learning and software engineering. My other passions include travelling, playing cricket and researching new technologies that could bring a positive impact to our society.”
Core Skills
- PHP/Laravel, Unity 2D, Arduino, R- Programming Language
- Database SQL Management Studio
- Visual C#, HTML/CSS, ASP. Net/MVC, JS/Jquery
- Robot Operating System (ROS)
- Raspberry Pi, C++ /C /Linux based Command line, Python
- Microsoft Office
Academic Awards / Achievements
- Technische Universität Dortmund - MS Automation and Robotics (Jan 2020 - Apr 2023)
- HU Scholarship Award – High Academic Leap Scholarship (2019)
- AIESEC Global Entrepreneur Certificate - Leadership Development Experience (2019)
Experience
Leadership / Meta-curricular
- Code.Play(3.0) - Deputy Director Registrations
- Omicron - Deputy Director Logistics
- IBA Karachi - MUNIK - Delegate
Internship / Volunteer Work
- Research Assistant/WHF - LS8 (Fakultät Informatik Lehrstuhl für Künstliche Intelligenz) TU Dortmund University (Aug 2021 - Present)
- Applications Engineering Intern - NEURA Robotics (Aug 2022 - Present)
- Data Analyst, Risk Advisory - Deloitte Yousuf Adil (Aug 2020 - Dec 2020)
- YPay - Co-founder
- Zeroprime Technologies (Cairo, Egypt) - Computer Science Intern
- Dhoraji Youth Service Foundation - IT Team Member
- Habib University - Teaching Assistant for Programming Fundamentals & Linear Algebra
Publications / Creative Projects
- BODYSHAPE: Database system of a gym using C# and SQL (Database Project)
- THE DEFENDERS: A Tower defence strategy game using C++ and SDL. (OOP Project)
- AUTOMINE: Website for a Car Showroom using .Net Framework. (Software Engineering/ Personal Project)
Final Year Project
Project Title
Autonomous Delivery Robot - Swiftbot
Description
The problem of secure and swift delivery has always been a major problem within many departments of our society. There are always issues of moving items within an organization that can hinder or delay tasks which have to be completed within a fixed time frame. We are building an autonomous delivery robot that will be used to deliver packages in indoor office environment. The way it operates is that the user calls the robot using a mobile app. When the robot arrives, the user places the package and marks the position where the package has to be delivered. The robot than autonomously delivers the package. (Group Project-Interdisciplinary)
Project Pictures
