BURHANUDDIN KHUZAIMA HAKIMI

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BURHANUDDIN KHUZAIMA HAKIMI

Class of 2020
BS Electrical Engineering
bh02495@alumni.habib.edu.pk
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Aspiration Statement

I want to pursue my postgraduate studies in renewable energy after getting a few years of hands-on work experience from relevant companies. I have interned at the UEP 99MW wind plant and therefore, I am inclined towards development and research in the implementation of renewable energy.

Core Skills

  • LaTeX
  • Python/C/C++
  • Arduino
  • MATLAB & Simulink
  • Excel/Word
  • LabVIEW
  • Solid Edge
  • Technical Writing

Academic Awards / Achievements

  • Awarded 45% scholarship at Habib University for undergraduate degree

Experience

Leadership / Meta-curricular

  • Participant at Invent for the Planet 2019 – development of a global solution at Habib University in collaboration with Texas A&M University • Circuit Designing for Code.Play(2.0) - Assistant Event lead
  • Circuit Designing for Code.Play(2.0) - Assistant Event lead
  • Habib University Student Government - Senator

Internship / Volunteer Work

  • Development Engineer - Indus Motor Company Ltd. (Sep 2021 - Present)
  • United Energy Pakistan - Intern
  • Bosch Pharmaceuticals - Intern
  • Habib University - OBE Coordinator

Publications / Creative Projects

  • Health Band in Spring’19: Measuring the Initial vitals of patient using a wrist band while maintaining the accuracy to improve the Pre-Emergency health care in collaboration with Aga Khan University Hospital.
  • Ball Beam Balance in Fall’18: Ball beam balance using the principle of feedback control to maintain position of ball on its equilibrium position.
  • Line Following Robot in Spring ’18: Indigenous robot, capable of localizing itself in an area and navigate following different colors of lights.
  • Bomber Man in Spring ’18: Game made via Object Oriented Programming similar to the original game with different features.
  • Car Accident Indicator in Spring ‘17: Build a circuit consisting of infrared sensor to detect an object which can be used for detecting object while reversing the car.

Final Year Project

Project Title

Cost Effective Electrically Powered Wrist-Hand Automated Orthotic Exoskeleton

Description

The Project uses EMG signals to detect finger movement. The exoskeleton will help stroke patients to perform daily life tasks by taking the muscles reading from the ulnar and radial muscles and using a motor to provide the additional power to the person to perform four basic hand grips which include power grip, spherical grip, lateral grip and cylindrical grip. It is a 3D Augmented Reality based application which uses the concept of gamification in understanding programming concepts. The aim is to make learning easy and fun so that students understands the concepts of programming better. (Group Project)

Project Pictures