Research Groups
1. Advanced Metasurfaces and Nanomaterials Research Group (AMNRG)
Advanced Metasurfaces and Nanomaterials Research Group specializes in the design, development, and optimization of advanced metasurfaces and nanomaterials for energy harvesting, infrared absorption, and thermal applications. With a strong emphasis on cutting-edge materials such as MXene, TiN, and other nanostructures, our work contributes to the advancement of high-performance optical and thermal devices.
Research group recent publications highlight our expertise in ultra-wideband metasurface absorbers, polarization-insensitive solar absorbers, and lithography-free designs that enable efficient energy conversion across the electromagnetic spectrum. Through our studies, we have explored novel nanorod-based metasurfaces, infrared absorbers, and solar energy harvesting technologies, pushing the boundaries of material science and applied physics.
Team Leader Dr. Saqlain
Members: Dr Abuzar Baqir
Areas of Research
The faculty and undergraduate students at research group are involved in the broad range of research activities. The group activities fall under the following major research areas.
Metasurface-based Absorbers (Wideband, polarization-insensitive, infrared and solar energy applications)
Nanomaterial Engineering (MXene, TiN, and other advanced materials for photonic applications)
Energy Harvesting & Conversion (Solar absorbers, thermal emitters, and photonic devices)
Optical and Thermal Applications (Lithography-free designs, plasmonic enhancements)
Sustainable Photonic Technologies (Environmentally friendly nanomaterials and renewable energy applications)
Publications & Grants Summary
|
Publication Category
|
Numbers
|
|
Journal Papers
|
15
|
|
Conference Papers
|
0
|
|
Books/Book Chapters
|
1
|
Research Projects
|
Title
|
Principal Investigator
|
Amount Approved
|
Funding Agency
|
Year/Status
|
|
Metamaterials based sensors for chemical
detection and biosensing
|
Dr Abuzar Baqir
|
4.771 Million
|
HEC
|
Active
|
2. Advanced Robotics and Communication Technologies Group (ARCTG)
Advanced Robotics and Communication Technologies Group is dedicated to advancing the fields of intelligent autonomous systems, wireless communication, and robotics. We focus on developing innovative solutions for motion planning, obstacle avoidance, and next-generation communication networks. Our expertise spans across areas such as quadrotor UAV navigation, modified A-Star (A*) algorithms for motion planning in cluttered environments, and addressing challenges in 5G Massive MIMO communication systems.
Through interdisciplinary research, we explore novel methodologies to enhance autonomous mobility in complex 3D environments while optimizing wireless communication systems for improved performance and efficiency. Our contributions to high-impact journals and international conferences reflect our commitment to solving real-world problems in robotics, artificial intelligence, and modern telecommunication networks.
Team Leader: Dr Talha Younas
Members: Dr Waqar Tahir
Areas of Research
The faculty and undergraduate students at research group are involved in the broad range of research activities. The group activities fall under the following major research areas.
- Autonomous Systems & Motion Planning (A-Star (A*) algorithm, UAV navigation in cluttered environments) Subspace clustering and shape understanding
- Wireless Communication & Networking (5G Massive MIMO, channel aging solutions) Pedestrian detection and tracking
- Artificial Intelligence in Robotics (AI-driven optimization for autonomous vehicles and drones) Adaptive and incremental learning
- IoT and Smart Systems (Integration of intelligent systems for industrial and urban applications) Design of hardware accelerators for computer vision applications
- Cyber-Physical Systems & Security (Ensuring secure and efficient communication in intelligent systems)
Publications
|
Publication Category
|
Numbers
|
|
Journal Papers
|
10
|
|
Conference Papers
|
2
|
|
Books/Book Chapters
|
0
|
3. High Voltage Dielectrics and Polymer Research Group (HVDPRG)
High Voltage Dielectrics and Polymer Research Group is specialized in the study and development of advanced polymeric insulation materials for high-voltage applications. We focus on the aging, degradation, and performance analysis of silicone rubber (SiR) composites under multi-stress environments, including AC and bipolar DC voltages. Our work contributes to improving the reliability and longevity of outdoor insulation systems by investigating hydrophobicity, dielectric properties, and water immersion resistance.
Additionally, HVDPRG explore innovative solutions for aging mitigation, such as nanofluid-based rejuvenation techniques for water-tree-degraded cables. Through extensive experimental analysis and material characterization, our group provides critical insights into the performance of polymeric composites under extreme environmental and electrical conditions.
Team Leader: Dr. Muhammad Atif
Members: Engr. Shahzada Suffiyan Syed, Dr. Usman Nasim
Areas of Research
The faculty and undergraduate students at research group are involved in the broad range of research activities. The group activities fall under the following major research areas.
- Polymeric Insulation for High Voltage Applications (HTV-SiR, RTV-SiR composites) HDL IP Core development and FPGA prototyping of digital systems
- Aging & Degradation Studies (Multi-stress environmental testing of high-voltage materials) Design of low power asynchronous digital circuits
- Nanofluid-based Cable Rejuvenation (Healing of water tree-aged cables) High performance digital architectures for advanced channel coding algorithms
- Sustainable and Durable Electrical Insulation (Enhancing the longevity and efficiency of high-voltage networks)
Publications
|
Publication Category
|
Numbers
|
|
Journal Papers
|
5
|
|
Conference Papers
|
0
|