Muhammad Akif Naveed
Building intelligent systems, AI applications, and research-oriented software at COMSATS University Islamabad — and far beyond it.
I'm a Software Engineering student at COMSATS University Islamabad, Wah Campus — currently in my fourth semester and already deep into territories most students only read about: AI system development, ensemble deep learning research, legal-tech hackathons, and intelligent automation workflows.
My technical path didn't stop at lectures. I enrolled in a six-month AI Engineering program at PNY Trainings, participated in the HEC GenAI Cohort 2, placed 4th at HackData V1, and currently assist in active medical imaging research involving CNN, ResNet, and EfficientNet ensemble architectures.
What drives me is the intersection of structured engineering and intelligent systems — building things that think, learn, and solve real problems. I'm applying for the COMSATS-METU exchange program to expand that perspective internationally.
Voice-controlled intelligent personal assistant with NLP-based intent recognition, gesture control, real-time automation, and persistent memory backend. Explores human-computer interaction at the intersection of voice and intelligent reasoning.
AI-powered digital evidence sealing and analysis platform built for HEC GenAI Cohort 2 Hackathon (72-hour sprint). Features time-stamped evidence sealing, scene analysis, image-to-text inference via Groq API, and Supabase backend — deployed live.
AI-assisted platform developed during HackData V1, securing 4th position. Focused on real-world intelligent automation and collaborative AI system design under competitive pressure. Deployed on Vercel.
Unified healthcare management system with pharmacy inventory, appointment scheduling, patient records, and authentication with billing. Built with full OOP architecture, MySQL database, and Java Swing GUI — demonstrating production-level system design thinking.
AI-powered data structures learning and analysis system with intelligent visualization, algorithm comparison, and AI-assisted educational guidance. Bridges conceptual understanding and practical execution through interactive systems.
Comprehensive Data Structure Implementation & Analysis System — a modular C++ desktop application implementing all linear/non-linear data structures and algorithms from scratch (no STL). Includes real-time performance analytics, Qt GUI, and SQLite reporting.
Cybersecurity educational application simulating brute-force and dictionary attacks on ATM password systems. Features AI-generated security reports via Groq LLM, an AI security chatbot, and automated email reporting — built with Streamlit.
Network-controlled custom command-line panel using TCP socket programming. Client-server architecture with JSON message framing, multi-threaded client handling, graphical Tkinter interface, and structured command execution — built for Computer Networks coursework.
AI-powered doctor recommendation and appointment facilitation platform developed at MTM (Mind to Machine) Hackathon, securing 4th position. Intelligently matches patients with relevant specialists based on symptoms and medical history, streamlining healthcare access through AI-driven workflows.
Assisting in an active research project developing a hybrid ensemble framework combining CNN, ResNet50, and EfficientNet architectures with CBAM attention mechanisms for accurate brain tumor classification from MRI scans. The goal is higher classification accuracy, improved validation stability, and enhanced diagnostic reliability compared to individual model approaches.
Learned computational thinking, logic building, and modular development in C++. Contributed to a team Financial Management System covering tax management, asset prediction, and purchase guidance modules.
Expanded implementation skills toward larger structured systems. Focused on practical software development workflows, structured programming patterns, and beginning independent AI exploration beyond coursework.
Transitioned to advanced software engineering with OOP, database integration, and computer networking. Built CureOne (Java + MySQL + Swing) and the Network CMD Panel (Python TCP Sockets). Enrolled in PNY AI Engineering program.
Active focus on AI engineering, intelligent systems, cybersecurity, and data structure analysis. Building NOVA AI, Evidentia.pk, AlgoVision, CDSIAS. Assisting in active brain tumor MRI classification research. Competing in HEC GenAI Cohort 2 and HackData V1 hackathons.
PNY Trainings · 6 Months
Practical AI engineering workflows, machine learning, deep learning concepts, Streamlit, API integration, and intelligent application deployment. Instructed by Sir Mahad.
Higher Education Commission Pakistan
Generative AI workflows, AI-assisted system design, and practical AI implementation through collaborative hackathon-based development. Culminated in building Evidentia.pk.
MTM Hackathon · Competitive AI Development
Secured 4th position at the MTM (Mind to Machine) Hackathon by developing Smart Doctor Connect AI — an intelligent healthcare AI system for symptom-based doctor recommendations and appointment facilitation built under competitive pressure.
Hi-Tech University Taxila · AI Competition
Secured 4th position in the AI Project Making Competition held at Hi-Tech University Taxila. Developed an AI-powered Resume Analyzer that intelligently evaluates, scores, and provides structured feedback on resumes using AI workflows.
HackData V1 · Competitive AI Development
Secured 4th position at HackData V1 by developing Waris Nama AI — an AI-assisted intelligent platform focused on real-world automation and collaborative AI system design built under competitive hackathon pressure. Project deployed live on Vercel.
Competed and secured 4th place with the Waris Nama AI project — an intelligent AI-assisted system developed under competitive hackathon conditions.
Recognized as Best Student in the Data Science & AI Club at GDG On Campus, COMSATS University Islamabad, Fall 2025.
Competed in the Speed Coding Competition at Tech Fest 2026, COMSATS University Islamabad — demonstrating algorithmic speed and problem-solving under pressure.
Student ambassador representing COMSATS and promoting event participation.
Supported outreach and student engagement for the technical event.
Assisted in event management, coordination, and execution workflows.
Conducted mentorship sessions for juniors on hackathon strategy, AI learning paths, and technical career development.
Open to research collaborations, exchange opportunities, technical discussions, and building intelligent systems together.