Eeshal Khalidnadeem Qureshi

Eeshal Khalidnadeem Qureshi

Hilton Pharma HU TOPS Scholar

Graduate of 2026
BS Computer Science

Aspiration Statement

Curiosity drives my journey in tech. With front-end development experience and a trainee developer role, I’m passionate about learning, building impactful digital experiences, and exploring software development and UI/UX design.

Core Skills

  • Git Version Control
  • Html/Css Front-End Development
  • Java/Springboot
  • Python (Machine Learning)
  • Rest Api Development

Core Competencies

  • Collaborates Openly
  • Drive for Results

Preferred Career Paths

First priority: Software Development

Second priority: UI UX Designer

Third priority: ML Engineer

Academic Awards / Achievements

  • Dean's List 2023, 2024
  • High Academic Leap Scholarship 2023
  • High Achievement Scholarship 2024
  • President's List 2023, 2024

Experience

Leadership / Meta-curricular

  • Events Cabinet Team Member, Habib University Student Government

Internship / Volunteer Work

  • Trainee Software Engineer, Folio3 (November 2025 – May 2026)
  • Web Development Intern, Martechsol (May – August 2025)

Publications / Creative Projects

  • Research Paper – Research paper titled “Classifying Pakistan’s Diverse Languages Through Speech Using Deep Neural Networks” published at the 4th International Conference on Communication, Computing and Digital Systems (C-CODE 2025)
  • Research Paper – Proposing a CNN-based model for classifying regional languages with 85% accuracy

Final Year Project

Project Title

HU Digital Twin

Description

This project focuses on developing an AI-based system for real-time people detection, tracking, and counting using overhead cameras and deep learning techniques. The aim is to accurately estimate occupancy patterns in indoor environments and integrate this information into a digital twin framework. The system utilizes computer vision models for crowd monitoring and applies tracking methods to handle occlusions and movement across camera views. The purpose of the research is to support smart building management, improve safety monitoring, and enable data-driven decision-making for space utilization and emergency planning. The findings highlight that AI-based vision systems can provide reliable occupancy data, which can enhance digital twin models for better facility management, energy optimization, and efficient crowd management in smart environments.

Project Pictures