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Ubaid Ullah

Researcher · Educator · Senior Software Engineer

Ubaid Ullah

Bridging rigorous research and production-grade engineering in AI and intelligent systems.

Ubaid Ullah

13+

Years Experience

800+

Students Trained

3

Research Projects

Stanford

Section Leader

Journey

Education, Teaching, Industry & Awards

2014 · Teaching

Founded Vision Institute of IT

Vision Institute of IT

Started training students in programming and IT fundamentals; has since trained 800+ students.

2018 · Award

Bronze Medal, MCS

MCS

Awarded Bronze Medal for academic excellence in the Master of Computer Science program.

2021 · Industry

Joined NITB as Senior Software Engineer

National Information Technology Board

Began leading government-scale software engineering initiatives at NITB, Pakistan.

2024 · Education

MS Computer Science, SZABIST

SZABIST University

Completed MS thesis on the Application of Deep Neural Network Models for Credit Risk Prediction.

2025 · Award

CS50x Puzzle Day 2025

Harvard CS50

Participated in CS50x Puzzle Day 2025, a global algorithmic problem-solving event.

2025 · Award

Meta Hacker Cup 2025 — Round 1 Qualified

Meta

Qualified for Round 1 of Meta Hacker Cup 2025, a global competitive programming contest.

2025 · Teaching

Stanford Code in Place Section Leader

Stanford University

Selected as a Section Leader for Stanford's Code in Place program, continuing into the 2026 cohort.

Technical Toolkit

Skills

Selected Work

Featured Research

Credit Risk Prediction using Deep Learning

Traditional credit scoring models struggle to capture complex, non-linear relationships in borrower data, leading to suboptimal default prediction and missed risk signals.

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DASS-42 Mental Health Assessment using Machine Learning

Manual scoring and interpretation of the DASS-42 (Depression, Anxiety and Stress Scale) questionnaire is time-consuming and can benefit from automated, data-driven severity classification.

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Bone Classification using Deep Learning

Manual classification of bone types and conditions from medical images is labor-intensive and subject to inter-observer variability.

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Engineering

Featured Projects