SARWAN SHAH

SARWAN SHAH

Class of 2021
BS Electrical Engineering
Minor: Computer Science

Aspiration Statement

For my career, I am inclined towards the artificial intelligence side of computer science, particularly machine learning and data science. My FYP also revolves around these two areas. I also want to pursue my postgraduate studies in the same field and enhance my knowledge of the field.

Core Skills

  • Python, C++
  • ORCAD PSpice
  • LaTeX, AVR
  • LabView
  • Photoshop
  • Premiere Pro

Academic Awards / Achievements

  • HU Merit Scholarship
  • Dean's Honor List 2018
  • Scholarship to Texas A&M Summer Research Abroad Program 2020

Experience

Leadership / Meta-curricular

  • Association of Scientific Progress in Research & Engineering(Aspire) - Secretary General
  • HUMUN'17 - Organizing Team
  • Invent for the Planet (IFTP) 2019 Design Marathon - Participant
  • HU'Code.Play(3.0) - Organizing Team

Internship / Volunteer Work

  • InviXible - IoT Solutions Engineer
  • Airlift Technologies - LIFT Software Engineer
  • Habib University - Research Assistant
  • Habib University - Work Study and Teaching Assistant
  • Baithak School Network (Society for Educational Welfare) - Teaching Volunteer

Publications / Creative Projects

  • Development of Energy Ecient IoT Water Flow Meters: HEC funded project
  • Development of Cart-Mounted Inverted Pendulum Test-Bench
  • Distracted Pedestrian Behaviour Classification
  • 3-Axis Tilt Stabilization Control System
  • Smart (Air)Port: independent entrepreneurial project pursued by a team of 4 members, following Invent for the Planet 2019 - Texas A&M Design Marathon, with continued correspondence to AIRBUS.

Final Year Project

Project Title

Development of an Inverted Pendulum Test Bench

Description

The primary aim of this project is to design a cost-effective inverted pendulum test-bench for usage in the Control Lab at Habib University by students studying the Principles of Feedback Control course. It provides students with a first-hand experience at engaging with a benchmark control problem, and putting their knowledge to the test. Seeing a hardware-based application will serve to increase the students' understanding of the course, as well as inspire others for their course projects.