- 🛠️ Enhanced a C++, OpenGL, and Qt-based simulation CGF application by integrating Agent-based Modeling & Autonomous Behaviors using HTN (Hierarchical Task Network) techniques.
- 🤖 Developed and integrated advanced autonomous behaviors to improve simulation realism, ensuring alignment with operational objectives.
- ✅ Conducted rigorous testing and validation of autonomous behaviors, ensuring reliability, performance, and compliance with simulation benchmarks.
- 🤝 Collaborated with cross-functional teams to streamline IT processes, enhancing efficiency across departments.
- 🖥️ Developed 3 pivotal Python & PyQt modules for a Strategic Decision Support System, integrating video, audio, and numeric datasets.
- 📊 Engineered advanced tools for deep analysis of DIS data, video streams, and audio recordings, improving operational insights.
- 🔐 Implemented robust client/server data recording systems for secure and efficient data management.
- 📈 Enabled descriptive data analysis, dynamic visualization, and real-time streaming capabilities, facilitating actionable insights for stakeholders.
MS SYSTEMS ENGINEERING (2018 - 2020)
National University of Sciences and Technology, Islamabad
Grades: 3.75 / 4.00
BS INFORMATION TECHNOLOGY (2014 - 2018)
The Islamia University Of Bahawalpur, Bahawalpur
Grades: 3.68 / 4.00
– Developed an EEG-based machine learning pipeline for mental workload assessment, achieving 71.12% accuracy with SVM. Identified frontal and occipital lobes as key regions for workload-related information. Enhanced understanding of cognitive load evaluation in task performance.
🔗 View ProjectDesigned a number plate recognition system using Multilayer Perceptrons (MLP). Applied image processing and neural networks to improve detection and recognition accuracy. Contributed to automated vehicle identification and traffic management solutions.
🔗 View Project|
Developed a C++, OpenGL-based agent-based modeling system utilizing HTN for scalable simulation of autonomous agent behaviors, improving multi-agent decision-making. |
Designed a Python PyQt-based server using sockets to centralize and streamline operational processes, enabling real-time monitoring and task coordination. |
Built a Python PyQt dashboard for exploratory data analysis (EDA) with visualization tools, improving operational insight and decision-making. |
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Developed a Python PyQt system to synchronize and replay audio/video recordings, enhancing multimedia review efficiency. |
Built a user-friendly EEG data acquisition application to facilitate seamless neural signal collection for neurotechnology research. |
Created a Python PyQt tool to monitor directory changes in real-time, providing alerts and logs for data integrity and security. |