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Muhammad Ali Haider Dar
Aspiration Statement
I want to pursue my postgraduate studies in Robotics which are focused on enhancing human-computer interaction. As a career, I am inclined towards technical research and development. My other passions include trekking and travelling.
Core Skills
- Robot Operating System (ROS)
- Social Media Marketing
- Project Planning
- Data Analysis
- Field-Programmable Gate Arrays (FPGA)
- Agile Methodologies
- Unified Modeling Language (UML)
- OrCAD Capture CIS
- Digital Image Processing
- adobe illustrator
- Machine Learning
Academic Awards / Achievements
- Università degli Studi di Genova, Master of Science - MSc Robotics
- Best Undergraduate Research Achievement in Electrical Engineering, Habib University
- IELTS (Academic): 8.0
Experience
Leadership / Meta-curricular
- Habib University Irtiqa’17- Beach Cleaning Activity, Director
- Habib University Python Winter Workshop, Instructor
- Habib University Pi Phi Society, Vice President
- Habib University Code.Play(), Director Marketing
- Habib University Model United Nations, DD Finance
Internship / Volunteer Work
- Pakistan Air Force - Design Engineer [Feb 2020 - Sep 2020]
- Pakistan Air Force, Project Intern, 2018-2019
- Habib University Teaching Assistant (Engineering Economics), 2019
- Indus Motor Company, Paint Maintenance Intern, 2017
- Habib University DSSE Public Lecture Series, Student Manager, 2018
- Habib University, MarComm, Digital Communication Associate, 2017
Final Year Project
Project Title
Exploratory Study to Determine Efficacy of Haptic Feedback and Virtual Reality for Flight Simulation Training
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 the 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
