Advancing next-generation wireless networks through AI-driven research in 5G/6G, IoT systems, Machine Learning and Quantum Computing. Published researcher with 6+ years of expertise bridging academic innovation and industry applications.
I am a passionate researcher and educator dedicated to shaping the future of wireless communication through artificial intelligence and innovation. Currently pursuing my Ph.D. at Western University, I focus on developing intelligent, adaptive solutions for next-generation 5G/6G networks that will transform how we connect, communicate, and interact in an increasingly digital world.
My research bridges the gap between theoretical advancement and practical implementation, leveraging deep reinforcement learning, quantum computing, and privacy-preserving techniques to solve real-world challenges in IoT systems, vehicular networks, and ultra-low latency applications.
Beyond research, I am committed to nurturing the next generation of technology leaders through teaching and mentorship, having guided 35+ students in their academic and professional journeys. My work has been recognized through multiple scholarships, publications in top-tier venues, and invitations to serve as a reviewer for premier IEEE journals.
Pushing boundaries in AI-driven network optimization and quantum computing applications
Working with leading researchers globally to advance wireless communication technologies
Creating solutions that address real-world challenges in IoT, smart cities, and connected systems
My research centers on developing intelligent, adaptive solutions for next-generation wireless communication systems. I specialize in leveraging deep reinforcement learning, quantum computing, and privacy-preserving techniques to optimize resource allocation in 5G/6G networks, with particular emphasis on IoT, vehicular networks, and ultra-low latency applications.
Building the future of wireless networks through global collaboration with leading researchers and institutions worldwide
Ph.D. Candidate
Western University, London, ON
Lead Researcher
Western University 🇨🇦
AI-native networks, quantum computing
Ph.D. Supervisor
Idaho State University 🇺🇸
6G networks, IoT, deep RL
Ph.D. Supervisor
Western University 🇨🇦
6G networks, IoT, Federated Learning, Wifi Sensing
Collaborator
Tennessee Tech University 🇺🇸
Vehicular networks, spectrum allocation
Collaborator
Tohoku University 🇯🇵
IEEE Fellow, 5G/6G network intelligence
International Collaborator
King Fahad University for Petroleum and Minerals (KFUPM)🇸🇦
Wireless communications, IoT systems
Collaborator
Uni of Central Florida 🇺🇸
Resource allocation, network optimization
CollaboratorI am always excited to explore new research opportunities and collaborations. If you're interested in working together on 5G/6G networks, AI-driven optimization, quantum computing applications, or related areas, please reach out!
Passionate about education and mentoring the next generation of technology leaders through innovative teaching methods and hands-on learning experiences
Introduction to object-oriented programming concepts, data structures, and algorithm development using Java. Focus on practical problem-solving and software design principles.
Core principles of computer science including logic, problem-solving, computational thinking, and foundational programming concepts for aspiring computer scientists.
Understanding computer architecture, processor design, memory hierarchy, and system-level programming. Bridges hardware and software concepts.
Graduate-level exploration of AI techniques including machine learning, deep learning, neural networks, and intelligent agents. Focus on cutting-edge research and applications.
Comprehensive study of fundamental data structures and algorithmic techniques. Emphasis on complexity analysis, optimization, and practical implementation.
Network protocols, architectures, and communication systems. Covers OSI model, TCP/IP, routing, and modern networking technologies.
Advanced wireless communication systems, modulation techniques, channel modeling, and 5G/6G technologies. Integration of theory with practical applications.
I believe in bridging theory and practice, fostering critical thinking, and creating inclusive learning environments where students feel empowered to explore, innovate, and excel. Through mentorship of 35+ students and curriculum development, I strive to prepare the next generation for the challenges and opportunities in technology.
Western University, Canada
Full funding for doctoral research in 5G/6G networks and AI (2023-2026)
M.Sc. Software Engineering
Highest academic achievement in Master's program, Bahria University
M.Sc. Program
Awarded for exceptional academic performance and research excellence
B.Sc. Computer Science
Undergraduate merit scholarship for outstanding academic achievement
IEEE WINCOM Conference 2025
Recognized for outstanding research contribution in wireless networks and mobile communications
Impact Factor: 10.6 | Top-tier IoT research
Impact Factor: 10.4 | Premier wireless communications venue
Impact Factor: 6.8 | Leading vehicular technology journal
Impact Factor: 9.3 | Premier networking magazine
IEEE SmartNet (2024) - USA
Presented research on deep learning-based throughput prediction
IEEE ICC (2025) - Canada
Presenting adaptive resource allocation research
IEEE, Women in Engineering (WIE)
Active member contributing to technical communities
Thesis: AI Driven Resource Allocation in Next Generation Networks
Thesis: Software Fault Prediction Using Machine Learning & Deep Learning Models
Interested in collaboration, research opportunities, or discussing 5G/6G innovations? I'd love to connect!