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Maha Baig

NUST · 2022
Email
mahabaig7@gmail.com
Phone
923328639350
LinkedIn
https://www.linkedin.com/in/maha-baig-95649b148/
GitHub

Academic

Program
BSCS
CGPA
3.33
Year
2022
Education
SEECS
Address
Sialkot, Pakistan
DOB

Career

Current role
Target role
Skills
Artificial Intelligence, Vision-Language Models, Explainable AI, Agentic AI Systems, Retrieval-Augmented Generation, Machine Learning, Software Engineering, Product Design, Post-Quantum Cryptography, IoT, React, Figma, Adobe XD, UI/UX, Knowledge Graphs, Medical AI

Verbatim text

The exact text the LLM saw on the page (or the booklet text from the old import). This is what powers semantic search.
Maha Baig
Cell: 923328639350 |  Email: mahabaig7@gmail.com
LinkedIn: https://www.linkedin.com/in/maha-baig-95649b148/
Address: NISHAT PARK, OPPOSITE TO CBCS, DR. ANJUM SOHAILKHAN, HOUSE NO. 1, PARIS ROAD, SIALKOT. , Sialkot , Pakistan
PROFESSIONAL PROFILE
Computer Science undergraduate at NUST with strong research and applied experience in Artificial Intelligence, Vision-Language
Models, and explainable AI. Experienced in building agentic AI systems, Retrieval-Augmented Generation pipelines, and ML-driven
healthcare and education applications. Adept at translating complex AI outputs into interpretable, user-centered systems through
interdisciplinary work spanning machine learning, software engineering, and product design. Seeking research or industry roles
where rigorous AI development, interpretability, and real-world impact intersect.
EDUCATION
Bachelor of Science in Computer Science
School Of Electrical Engineering And Computer Science , Islamabad , 3.33/4.0 (2022)
INTERNSHIP EXPERIENCE
Deep Learning Lab, NUST
08-Mar-2025 - 09-May-2025
Designed a secure smart-attendance system integrating post-quantum cryptographic schemes for IoT-enabled classrooms. Analyzed
performance trade-offs and security resilience against classical and quantum adversaries. Demonstrated applicability to healthcare
and education environments requiring tamper-proof monitoring.
SMART Labs, NUST
03-Sep-2025 - 01-Nov-2025
Conducted research on interpretability and grounding in Retrieval-Augmented Generation systems. Co-authored a survey on
explainability, attribution, and verification in generative AI. Contributed across the full research pipeline, including literature review,
experimentation, analysis, and manuscript preparation.
Machine Vision & Intelligent Systems Lab, NUST
14-Nov-2025 - 22-Jan-2026
Developed an agentic medical AI pipeline using Vision-Language Models to generate interpretable, evidence-grounded diagnostic
reports from medical images. Designed a clinical Knowledge Graph to encode hierarchical and spatial findings for traceable
reasoning. Introduced an Evidence Gate to verify diagnostic claims against image-derived evidence, reducing hallucinations.
Evaluated the system on public X-ray and CT datasets, improving factual consistency and interpretability.
Carbonteq, Lahore
22-Jun-2025 - 08-Aug-2026
Worked in a cross-functional software engineering team on production-grade applications. Designed high-fidelity UI/UX assets using
Figma and Adobe XD. Contributed reusable frontend components in React while maintaining design system consistency.
FINAL YEAR PROJECT
XMedAgent: An Agentic AI Framework for Knowledge-Guided Radiology Report Generation
Developed an agentic radiology reporting system using Vision Agents, Retrieval Agents, and multi-LLM orchestration. Integrated a
clinical Knowledge Graph and an Evidence Gate to ensure image-grounded, verifiable diagnostic statements. Focused on
interpretability, factual consistency, and safety-critical deployment in medical AI settings.
TECHNICAL EXPERTISE

AI enrichment

Maha Baig is a Computer Science undergraduate with a focus on AI, specifically Vision-Language Models and Retrieval-Augmented Generation. She has practical experience in building agentic AI systems and healthcare applications through internships at NUST labs and Carbonteq.
Skills (AI)
["Artificial Intelligence", "Machine Learning", "Vision-Language Models", "Retrieval-Augmented Generation", "Explainable AI", "React", "UI/UX Design", "Python", "Deep Learning"]
Status: ai_done
Provenance
Source file: SEECS - Computer Science-2026.pdf
From job #258 page 48
Created: 1778167261