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Syed Muhammad Haider Raza Rizvi
Aspiration Statement
I take great interest in Data Science and want to pursue studying that to develop a career in it. I hope to have my own start-up where digital meets social and produces innovative solutions.
Core Skills
- Agile Methodologies
- Microsoft Office
- Project Management
- Strategic Planning
- Matlab
- OrCAD Capture CIS
- Google Analytics
Academic Awards / Achievements
- Dean’s List, Habib University, Spring 2016, 2017, 2018
- High Academic Achievement Scholarship, Fall 2018
- IELTS Oct 2018 - 8.0 overall
Experience
Leadership / Meta-curricular
- Habib University Mathematics Symposium, General Manager
- Habib University Sports Olympiad, Vice President
- Habib University Debating Championship, Head of Registrations
- Habib University Code.Play(), Executive Director
- Habib University Futsal Championship, Vice President
Internship / Volunteer Work
- United Bank Limited - Product Owner [Jan 2022 - Present]
- ProCheck - IoT Engineer [Jun 2020 - Dec 2020]
- Abu Dawood Trading Company - IT Officer [Apr 2020 - May 2020]
- Fabricon Pvt Ltd. - Sales & Electrical Engineer [Oct 2019 - Dec 2019]
- HMI Ventures - Product Research Intern [Jun 2019 - Aug 2019]
- Indus Motors, Karachi, Intern, 2017-2019
- Pakistan Air Force, Intern, 2018
- Habib University Playground, Volunteer, 2017-2018
- Office of Academic Performance, Student Employee, 2017
- Dhanani School of Science and Engineering, Research Assistant, 2018
Final Year Project
Project Title
Determining the Efficacy of Haptic Feedback and Virtual Reality in Flight Simulation Training Devices
Description
Our unnoticeable memories of touch have formed our experiences of the world. Haptic feedback is a new research domain that aims to [re]create the sense of touch. It has a huge potential in, but not limited to, the textile industry, remote surgery, prosthetic limbs, and vocational training. With Pakistan Air Force as a client, this project applies haptic feedback coupled with Virtual Reality (VR) to produce high-fidelity flight experience. It is to improve the quality of pilot training. This project is also assessing individual and collective efficacy of Electric Muscle Stimulation (EMS), linear resonant actuators, and electromechanical exoskeleton structure in the generation of haptic feedback for avionics applications.
Project Pictures
