Mohammad Arhum

Mohammad Arhum

Class of 2019
BS Electrical Engineering

Aspiration Statement

I am passionate about Renewable Energy and Power Engineering. Therefore, I would like to pursue a Master’s degree in Germany to learn about the latest cost-effective methods in renewable power generation. I want to generate renewable energy for the people of Pakistan – who still experience massive inefficiencies to this day.

Core Skills

  • PowerFactory
  • Microsoft Office
  • Gitlab
  • Research
  • Project Management
  • OrCAD Capture CIS
  • LaTeX
  • Python (Programming Language)
  • Data Analysis
  • System Integration

Academic Awards / Achievements

  • Carl von Ossietzky Universität Oldenburg - Master's degree - Renewable Energy [2020 - 2022]
  • Dean’s List, Habib University, Fall 2018
  • IELTS - British Council Certification

Experience

Leadership / Meta-curricular

  • Orientation Week of Class 2021, Orientation Leader
  • Habib University Code.Play(), Lead Project Marketing
  • Habib University Mathematics Symposium, Co-founder
  • Habib University Pi Phi Society, Dir. Social Affairs
  • Habib University Project Uraan, Co-founder

Internship / Volunteer Work

  • OFFIS - Institute for Information Technology - Researcher [Feb 2023 - Present]
  • DLR Institute of Networked Energy Systems - Research Assistant [May 2022 - Jan 2023]
  • K-Electric - Trainee Engineer [Oct 2019 - Oct 2020]
  • K-Electric, Intern, 2018
  • Indus Earth Trust, Research Intern, 2016
  • Habib University Operations Department, Student Employee, 2018

Final Year Project

Project Title

Highly Efficient Isolated Dc-Dc Boost Converter for Renewable Applications

Description

Pakistan is largely dependent on thermal (nonrenewable) power generation for its electric supply. Due to inefficient power generation and power distribution, a huge amount of energy is lost. This increases the generating cost and consumes more energy. Similarly, inefficient converters are the prime cause of energy loss in Renewable sources. This project has designed an efficient Isolated DC_DC converter to cut down on power loss and improve the efficiency of the overall system. If such a system is implemented, it can play a vital role in Pakistan’s energy conservation and reduce major deficit

Project Pictures