National Postgraduates Admission

Faculty of Engineering Research areas

1. Electronics and Communications Engineering

Radio Frequency Integrated Circuits and Systems

• MHz-to-THz circuits, and systems for biological and healthcare applications
• RFICs in Space: Design techniques enabling satellite communications
• Low noise receiver systems for space missions
• AI/ML for RF to mm-wave circuits
• Microwave and mm-wave photonics systems
• MEMS for RF applications
• Transceiver circuits and architectures for ultra-low power IoT
• Design of integrated circuits for wireless power transfer systems
• RFID systems
• Sensor electronics
• Ultrasonic circuits and systems
• Ultra-low power wearable and implantable systems
• Analog and mixed signal circuits for high speed applications
• Design of low phase noise CMOS oscillators for RF and mm-wave applications
• High performance power amplifiers for modern communication systems
• Digital power amplifiers and transmitters
• Low noise amplifiers for cryogenic applications
• Load Pull analysis for RFIC design

Digital and Embedded Systems

• Embedded Systems
• Embedded Machine vision
• Embedded Artificial Intelligence (AI)
• Embedded Internet of Things (EIoT) in Industry 4.0
• Embedded Systems for Agriculture Applications
• Application Specific and Reconfigurable Architectures
• Field Programmable Gate Arrays (FPGAs)
• Artificial Intelligence and Deep Learning applications on FPGAs
• Artificial Intelligence Accelerators
• Machine Learning on Edge Devices
• Edge Artificial Intelligence (Edge AI)
• System-on-Chip (SoC)
• Hardware/Software co-design
• High Efficiency Video Coding (HEVC/H.265)
• Versatile Video Coding (VVC/H.266)
• VLSI Implementation of communication systems
• VLSI Implementation of Wireless Body Area Networks

Digital Signal Processing

• Image and Video Processing
• Computer Vision
• Artificial Intelligence and Interpretable AI
• Visual Recognition and Video understanding
• Medical Image Analysis
• Pattern Recognition
• Speech and Audio processing
• Multi-dimension Signal Processing and Stochastic Processes
• Multimedia Systems
• Adaptive Filtering Design
• Sparse Signal Processing and Applications
• Compressive sensing
• Bioinformatics
• Biomedical Signal Processing

Wireless Communication Systems

• 5G/6G and beyond Communication System.
• Machine learning and deep learning applications in communication systems
• Broadband Wireless Systems
• PHY layer Design
• Coding for communication Systems
• Quantum commination
• Cognitive and software – Defined Radio
• Ultra-low power wireless communication systems.
• Aerial and vertical and satellite communications networks.
• PHY layer security and covert communications
• Wireless-Optical Communication
• IoT communications and networks.
• Wireless communications testbeds and implementation.
• Fluid antennas.
• Joint sensing and communication.
• Distributed communication and edge computing.
• Reconfigurable intelligent surfaces and simultaneous reflection and transmission surfaces.
• Optimization and game theory of smart systems.
• Semantic and goal-oriented communications
• Underwater wireless communications and networking
• Green communication systems and networks
• Wireless power transfer and energy harvesting for wireless communications
• Digital twin networking for wireless networks

Microwave Engineering and Remote Sensing

• AI-Based Wireless Power Transfer and Energy Harvesting
• Battery less Internet of Things (IoT) Sensing Systems Using Green RF Energy
• Artificial Intelligence (AI) for RF and Antennas
• Microwave MEMS Components
• Wireless Electric Vehicle (EV) Battery Chargers
• AI Based Reconfigurable Intelligent Surfaces (RIS) for 6 GHz and IoT Applications
• Noninvasive Sensing System for Glucose and Organic Tissue Analysis
• AI Based Microwave Imaging Technologies
• AI-Enabled EM and Circuit Design
• MHz-to-THz devices, circuits, and systems for biological and healthcare applications
• Antenna and Rectennas for IOT Applications
• Diagnostic and Therapeutic Electromagnetic Applications
• Remote Sensing and Satellite Observation
• Quantum RF devices, circuits, and systems
• Reconfigurable and MIMO Antennas
• Electromagnetic Transparency of TCO Glass
• Microwaves in Quantum Computing
• AI Based Wearable Microwave Components, Antennas, and Systems
• Short Range Wireless Applications, RFID, NFC, IoT, WSN
• Nano- Antennas and Passive Devices
• Microwave and mm Wave Antennas and Circuits
• mm- wave and THz Systems for Sensing and Communications

Biomedical and Bioinformatics Engineering.

Biomedical Engineering

• Biomedical Signal Processing.
• Biomedical imaging, image processing and visualization.
• Image and video and processing for medical images using machine learning and deep learning.
• Biomedical engineering and nanotechnology.
• Biomedical devices, sensors, and artificial organs.
• Bio-signal processing and analysis.
• Biometric and bio-measurement.
• Diagnostic and therapeutic services.
• Biomedical applications of IoT.
• Biomedical applications using machine learning and deep learning.
• Virtual reality and augmented reality systems.
• Wearable and Implantable Systems.

Bioinformatics and Computational Biology

• Health Care Systems.
• Machine learning in Bioinformatics.
• E-Health technology and devices.
• E-Health information processing.
• Health monitoring systems and wearable system
• Deep Learning for Telemedicine/E-Health applications and services.
• Telemedicine/E-Health application and services.
• DNA and RNA structure, function and sequence analysis.
• Gene engineering and protein engineering.
• Computer aided diagnosis.

2. Computer Science and Engineering

Applicants should align their research interests with one of the following departmental focus areas:

• Cyber-Physical Systems & Edge Intelligence
• Cyber-Physical Systems & Industrial Automation
• Activity Recognition & Natural Language Understanding (NLU)
• Wearables & Embedded Systems
• Internet of Things (IoT) & Embedded Machine Learning (Edge AI)
• Resource-Aware Artificial Intelligence
• Intelligent Systems & Computer Vision
• Deep Learning & Foundation Models
• Data Mining & AI and Multi-Agent Systems
• Bioinformatics
• Object, Person, and Face Detection & Optical Character Recognition (OCR)
• Image Segmentation, 3D Computer Vision, & Feature Engineering
• Video Surveillance
• Advanced Networking & Cyber Security
• Cloud, Fog, and Edge Computing
• Wireless Networks, Cellular Networks, and 5G/6G Innovations
• Cloud/Centralized Radio Access Network (C-RAN) & Cognitive Radio Networks
• Interconnected & Autonomous Vehicles
• Software-Defined Networks (SDN)
• Network, Wireless, and IoT Security
• Parallel Computing & High-Performance Architecture
• High-Performance Computing (HPC) & Heterogeneous Systems/Accelerator
• Quantum Computing Engineering & Neuro-Processing Acceleration
• Processor Architecture & Multicore/Many-Core Systems
• Parallelizing Compilers & FPGA/System Implementation

Main Research Themes

The overarching strategic application themes for the department's research include:

• Health Care
• Wearables
• Smart City
• Industry 4.0
• Cybersecurity
• Quantum Computing Engineering

3. Mechatronics and Robotics Engineering

Micro/Nano Electro-Mechanical Systems

• Tactile sensing systems (Tactile sensors & Tactile display)
• Smart Sensor/ Actuators
• Energy Harvesting Devices (Piezoelectric / Electromagnetic, Frequency tuning, Frequency-Up Conversion, 2 and 3 DoF Energy Harvesting devices)
• Microfluidics Systems (Micro droplet formation, micro mixing, micro sorting) for environmental and medical applications
• biosensors
• Micro thermal systems (sensors/heaters) and their applications
• Landmine detection sensors
• Development of micro pumps or medical applications
• Gas sensors for environmental and medical applications
• Micro optical sensors/Devices

Bio-Medical-Mechatronic Systems

• Rehabilitation/healthcare robots/ Assistive robots
• Human-Robot Interaction
• Prosthetic Devices
• Bio-Inspired Robots
• Brain-Based Devices
• Upper and lower limbs Assistive Devices
• Surgical Robots

Artificial Intelligence in Mechatronics and Robotics:

• AI and Robotics integration in Design, Control and Perception
• Human-Robot Interaction/Collaboration
• AI for Machine Vision in Robotics
• Reinforcement Learning for Robotics Control
• Swarm Robotics
• Intelligent Control of Robotics Systems
• Simultaneous Localization and Mapping (SLAM) and Visual SLAM
• Transfer Learning in Robotics and Mechatronics Systems
• Embodied Intelligence in Rigid, Continuum and Soft Robotics Systems
• Deep Learning based Control and State Estimation of Robotics Systems

Bio-Inspired Soft Robotics  

• Soft Serial manipulation and Soft gripper
• Soft Artificial Muscle and E-Skin
• Embodied Soft Intelligence
• Soft-folding modular robot
• Modeling of soft actuators
• Morphological computing
• Soft Biped Robots 
• Soft ROV

Dynamics & Control Systems:

• Dynamic Modeling of Mechatronics-Multibody System
• Dynamics and Control of Flexible Robots & Flexible Multibody Systems
• Identification of Mechatronics Systems.
• Model Predictive Control of rigid, continuum, and hybrid Robotic systems.
• Sliding Mode Control of Mechatronics Systems
• Robust Control of Uncertain Mechatronics Systems.
• Vibration analysis and Design of Harvesting systems.
• Control applications using FPGA.
• Autonomous Driving and Embedded Systems for Automotives
• Control of Mechatronics-Medical Devices.

Field Robotics

• Industrial Plant Inspection Robots
• Inspection-Oriented Climbing Robots
• Light-weight Structural Optimization of Robot Arms/Limbs
• Agricultural Autonomous Robots
• Mining and Demining Robots
• Vision-based Deep-Learning Sorting and Picking Robots
• Flapping-wings Unmanned Aerial Vehicles (UAV)
• Surveillance Bio-inspired Flying Robots

Space Exploration Robotics

• Unstructured Terrain Planetary Exploration Rovers
• Subsurface Planetary Exploration Mechatronics systems
• Biomimetic Lightweight Planetary Exploration Systems
• Orbital Co-bots manipulation and Debris Removal
• Cube-Sat Mechatronic Systems
• Smart Astronaut Suits Equipped with advanced Sensors
• Advanced Mechatronic Construction Systems on Minimal-Gravity Surfaces

4. Industrial Engineering and Systems Management

Applied Operations Research Laboratory

Container Terminal Planning and Analysis Applications

• Integrated Berth Allocation and Quay Crane Assignment.
• Discrete Event Simulation applications.
• Container Vessel Stowage Planning.

Healthcare applications

• Operating Room Planning and Scheduling.
• Home care services planning and scheduling.
• Simulation optimization of healthcare operations.
• Resource planning and management in healthcare operations.

Energy and sustainability Management Applications

• Smart Grid Management and Optimization Models.
• Crop planning and irrigation water management and optimization.
• Water resources management and optimization applications

Logistics Applications

• Green Vehicle Routing Problem/Pollution routing problem.
• Electric vehicle related problems: charging stations location allocation Problem.
• Autonomous trucks logistics problems.
• Combined models for truck/drone delivery.
• Ride hailing/sharing models.
• Supply Chain Management and applications
• Data analytics-based inventory and production planning and Management.
• The joint replenishment problem.

Ergonomics and Human Factors Engineering

• Applied Workspace Ergonomics
• Design of household appliances, tools and kitchenware
• Psychological workload assessment
• The association between Work factors and health outcomes
• Product design for aging population
• Motion and GAIT analysis in Orthopedics and Sports
• Eye tracking application in interface and product design
• Man-machine systems design for higher level automation
• Touch panel usability for children and elderly people
• Movement/gait analysis for special needs

Industry 4.0 and Cyber Physical Systems

• Integrated Digital Twins for Decision Support in Smart Factories
• Optimizing Supply Chain Management through Cyber-Physical Systems
• Multi-Scale Digital Twins for Process Optimization

Manufacturing Engineering

Conventional Machining:

• Modelling, Simulation, and Optimization of Metal Cutting Processes.
• Cooling and Lubrication Technologies.
• Machining of Hard-to-Cut and Composite Materials.
• Integration of Machine Learning and Automation in Machining.
• Dynamic Interaction between Feed Drive Systems and Cutting Process in Milling Machines.

Non-Conventional Machining:

• Non-Conventional Machining (USM – RUSM – EDM – WEDM – Water Jet Machining – Laser Cutting).
• Ultrasonic-Assisted Machining.
• Hybrid Machining Processes.

Machine-Tool / Cutting Process Interaction

• Multi-Directional Ultrasonic-Assisted Milling of Hard-to-Cut Materials.
• Chatter Occurrence and Prevention in Milling of Thin-Walled Parts.
• Machine-Tool / Milling Process Interaction.

Machinery Condition Monitoring and Fault Diagnosis

• Early Fault Detection and Diagnosis of Rotating Machinery Components.
• Design and Control of Magnetic Bearings for Wind Turbine Systems.
• Remaining Useful Life Estimation of Rolling Element Bearings.

Tribology and its application in Rotating Machinery

• Bio-tribology using green grease/ green oil.
• Nanotribology using advanced nano materials as lubricant additives.

5. Materials Science and Engineering

Materials: Modeling, Simulation and characterization (properties, stress, strain and displacement)

• Mechanics of Friction Stir Welding of Similar and Dissimilar Materials
• Mechanical-Electrical Properties of Biological Materials and Heart Tissues
• Mechanics of Microforming and Micro-Laser Drilling
• Multi-Physics and Multi-Scale Analysis Techniques.
• Evolution of Boundary Elements in Fracture Mechanics
• Dynamic Mechanical Properties of Composites and Nano-Composites
• Formability of Ultrafine-Grained Structures 
• Mechanical Processing of New TWIP Stainless Steels 
• Superplastic forming
• Crashworthiness of high strength steels, Modeling and Simulation, experiments

<AFM>Advanced Functional Metallic Materials (Design, Processing and Characterization)

• Alloy Design Methodologies (including data engineering and machine learning)
• Agro-waste processing and paper production
• Sustainable or green composites for industrial applications
• Dental, Bio-Implants, And Bio-Degradable Metallic Materials
• Energy Storage Materials
• Development of ceramics and alloys for 3D printing applications
• High Entropy Alloys, Ultra-High Strength and Super-Alloys
• Shape Memory and Superelastic Alloys for Sensing, Biomedical, And Structural Application
• Sustainable material’s recycling and processing
• Materials for harsh environment applications (high temperature, radiation, wear, corrosion,..)

6. Energy Resources Engineering

Thermal Energy Systems Laboratory

• Thermal regulation of Concentrator Photovoltaic (CPV/T) systems using Nanotechnology
• Thermal Hydraulic of Nuclear Reactors- Modeling & Experiments
• Heating, ventilation, and air conditioning systems.
• Membrane desalination systems- Modeling & Experiments
• Geothermal energy in industrial applications- Modeling & Experiments
• Solar-driven adsorption desalination cooling systems
• Thermoelectric System
• Heat Pipe systems
• Heat and Mass Transfer
• Atmospheric Water Harvesting
• Thermal energy system for water desalination
• Solar-driven thermal energy systems

Fluid Science and Engineering Laboratory

• Pumps, compressors and fluid machinery
• Valves, flow meters and pipe flow
• Fluid power systems
• Turbulent flow and boundary layer control
• Environmental flows and Urban Heat Island
• Computational Fluid Dynamics and Heat Transfer
• Micro-and Nano scale flows- Modeling, simulation, and Experimentation
• Flow in porous media- Modeling, Simulation, and Experimentation
• Complex fluid dynamics-Modeling & simulation
• Wind turbine aerodynamics - Modeling & Experiments
• Spray and liquid atomization systems - Design and characterization- Modeling, Simulation, and Experimentation.
• Multi-phase flows- Modeling, simulation, and Experimentation
• Multiscale Computations (Continuum-Meso), Molecular Dynamic Simulation
• Blood flow- Modeling, simulation, Experimentation
• Respiratory fluid mechanics- Modeling, Simulation, and Experimentation

Renewable and Alternative Energy Systems Laboratory

• Renewable and alternative energy systems: Design, performance, construction, and applications
• Renewable-energy-based multigeneration systems: Design and Performance.
• Renewable and alternative energy- driven seawater desalination
• Energy storage applications in Renewable and Alternative Energy Systems
• Renewable and alternative energy Resources applications
• Green hydrogen production and storage
• Photovoltaic systems thermal management
• Renewable and alternative energy systems for energy-efficient buildings
• Renewable energy-based hybrid adsorption-vapor compression refrigeration systems
• Concentrator Photovoltaic (CPV/T) systems-Design and fabrication-Performance analysis
• Fuel Cell Technology (PEMFCs, DMFCs, and SOFCs)- Modeling & Experiments
• Solar Hydrogen Production via Photoelectrochemical cells or Concentrator Photovoltaic/ Photoelectrochemical cells - Modeling & Experiments

Fuel and Combustion Engines Laboratory

• Nanoparticles Synthesis using CI engines and Flames
• Experimental and Numerical Investigations of Burners
• Combustion and Co-combustion of Conventional and Green Fuels (H2, and NH3)
• Morphology and Nanostructure of soot
• Biomass Gasification and Carbonization
• Spray and Liquid Atomization
• Droplet Heating and Evaporation
• Performance of Compression Ignition Engines
• Alternative, Cleaner, and Low-Grade Fuels
• Biofuel Preparation, characterization and Applications
• Electric and hydrogen cars systems

Energy Storage Systems Laboratory

• Energy storage systems including thermal, mechanical, electrochemical, and hydrogen storage, batteries, etc..
• Passive and active cooling storage systems.
• Applications of energy storage in energy systems.
• Thermal energy storage in energy systems
• High-performance, cost-effective, and safe energy storage systems to power the next generation of electric-drive vehicles.
• Ground energy storage systems for energy efficiency in buildings.
• Ground Source Heat Pump Systems (GHP) for energy storage in residential and commercial buildings.
• Renewable energy storage systems
• Electric and hydrogen cars' energy storage systems

Energy Audit and Management

• Energy management strategies for Power Battery Packs, electronic components, and aerospace applications.
• Energy Audits, Energy Efficiency, and Energy Management in Industrial Societies
• Energy audit, efficiency, and management in buildings.
• Ground Source Heat Pump Systems (GHP) for energy management in residential and commercial buildings.
• Zero energy buildings
• Heating, Ventilating, and Air Conditioning systems energy management system.
• Performance evaluation of Buildings
• Energy management in smart buildings.

7. Environmental Engineering

Waste Treatment and Management Laboratory

• Wastewater Treatment Technologies
• Industrial Waste Treatment and Management
• Biofuels, chemicals and bio-fertilizers production from solid wastes
• Hydrogen and Methane Generation from Waste Materials
• Waste Recycling and Management
• Applications of Nanotechnologies for Water and Wastewater Treatment
• Sludge Treatment
• Advanced Oxidation Processes
• Application of water chemistry and microbiology for treatment of organic and
• inorganic pollutant
• Sustainability and sustainable development
• Environmental impact assessment
• Sustainable cities
• In-plant Control
• Cleaner Production
• Climate change Related to SDGs 2030
• Policy, strategy, control and management aspects of water quality.
• Artificial intelligence and smart wastewater management systems.
• Water 4.0 digital revolution.
• Municipal solid waste management.
• Hazardous waste management.

Natural Resources Management Laboratory

• Integrated Water Resources Management (IWRM)
• Applications of Remote Sensing and GIS in Water Resources, Sewer Systems, and Coastal Issues.
• Sustainability of Water Supply Systems.
• Coastal modeling, Sediment transport, Sediment yield, and Beach erosion Studies
• Impact of Climate Change on water resources /groundwater/ coastal regions
• Coastal Hazards Management and disaster risks
• Innovative coastal engineering/technologies to mitigate saltwater intrusion based SLR
• Environmental Change Risk Analysis and assessment (storm surges, high waves, and flash floods)
• Economic evaluation of coastal hazards and coastal adaptations to SLR

 Environmental Assessment and Management Laboratory

• Environmental Management for Sustaining a Green Environment
• Impact of climate change on the design of energy efficient buildings
• Adapting urban planning for climate change
• Thermal mitigation effects of urban vegetation
• Natural ventilation efficiency of houses by using computational techniques
• Remote sensing and its applications in urban planning.
• Satellite images analysis to assess the surface thermal distribution in urban areas.
• Building materials for hot and humid climate

 Air Quality Laboratory

• Air Pollution Assessment and Control
• Implementation of Nanotechnology for Pollution Control and Detection
• Sensors and Detectors Technology
• Assessment of Industrial Emissions
• Climate Change and Sustainability (Greenhouse Effect)
• Indoor Air Quality Improvement Techniques
• Air Pollution filtration and treatment

8. Chemicals and Petrochemicals Engineering

Design and Applications of Separation Processes

• Improving the performance and design of a new systems suitable for separation processes such as, Distillation, Liquid-Liquid Extraction, Gas Absorption, Adsorption, Membrane Separation, etc ….

Desalination using solar Energy

• Design of new solar collectors using nanofluids and its applications in water desalination
• Desalination Using Capacitive Deionization Techniques.

Design of wastewater treatment units and its applications

• Advanced Oxidation Techniques such as Plasma for Water Purification.
• Photocatalysis and its applications in water treatment
• Using New materials as ion exchange for water treatment
• Preparation of New electrodes and it applications for wastewater treatment by electrooxidation techniques.

Preparation of Nano-materials and its applications

• Ion exchange
• Electrocatalysis
• Fuel cells
• Super capacitors and energy storage materials

Corrosion abatement and protection

Preparation of New Smart Materials and its applications for corrosion control

Catalysis and its applications.

• Photocataysis and its applications in wastewater treatment, Production of new chemical and petrochemical materials.
• Electrocatalysis and its Applications in Supercapacitors, Batteries, Sensors and Biosensors.
• Enzyme-catalysis and its applications in wastewater treatment, production of foodstuffs and pharmaceutical materials.

 Membrane fabrication and modifications and its applications in

• Desalination and Ultrafiltration processes.
• Membrane Distillation
• Fuel cells and Hydrogen production 
• Separation processes.

Design of Micro-reactor and its applications such as:

• Preparation of fine chemicals, food stuffs and pharmaceutical drugs, etc.

• Enhanced Oil recovery and related research

Development of new polymeric materials:

• Composites, insulators, fibrous materials and conducting polymers, etc.

Biodiesel production from agricultural and oil wastes.

Chemical recycling of plastic waste.

Sequestration of heavy metals from an aqueous and marine environments.

Advanced chemical enhanced oil recovery:

• Preparation and application of new nanomaterials, advanced chemicals and materials for advancing chemical enhanced oil recovery

Nanofluids preparation and development for industrial applications

Process Simulation and optimization for development and advancing of chemical industries

9- Electrical Power Engineering

Power System Planning, Operation and Control

• Power system stability
• Power system reliability
• Power system flexibility
• Power system resilience
• Power system security
• Flexible alternating current transmission systems (FACTS) applied to power systems.
• Application of optimization methods to power systems
• Power system protection
• Monitoring and online diagnosis
• Control of power system

Networks for Renewable Generation

• Renewable Energy Technologies
• Microgrids and active distribution networks
• Virtual power plants and demand response
• Security assessment and risk analysis in renewable energy
• Assessment and the impacts of high penetration of renewable energy
• System side technologies/controls for renewable energy integration
• Demand side technologies/controls for renewable energy integration.
• Grid modelling, simulation, and data management.
• Energy Management Systems
• Wide Area Protection, Communication, and Control in Energy Systems

Smart Grid

• New Trends and Technologies for Smart Grid
• Novel energy conversion studies in smart grid systems
• Microgrids for transportation electrification
• Power Devices and Driving Circuits for Smart Grid
• Decision Support Systems for Smart Grid
• ICT, IoT, Real-time monitoring and control
• Smart metering, measurement, instrumentation, and control
• Impact of Smart Grid on Distributed Energy Resources
• Self-healing
• Smart homes, cities, communities
• Policies and Strategies for Smart Grid

Energy Markets

• Market structure and operation
• Transmission cost/loss allocation
• Congestion management
• Pricing of energy and ancillary services
• Impact of renewable energy integration on Energy market operation
• Energy audit

Energy Storage

• Modelling aspects of energy storage systems
• Control and planning of centralized and distributed energy storage.
• Grid Scale energy storage.
• Management and control of large number of distributed small storage, V2G and similar
• Battery Management Systems

Power electronics and machine drives

• Power electronics for renewable energy systems
• Power electronics applications in electric vehicles
• Power electronics for green power generations
• Power electronics converters applications in smart microgrids
• Power electronics applications in aircraft applications
• Power electronics applications in machine drives applications
• Power electronics applications in High voltage DC applications
• Electrical machines control

Net Zero Carbon Technologies

• Wind energy operation and control.
• PV energy operation and control
• Green Energy Sources
• Clean hydrogen
• Electrification of major load sectors, Transportation is the main focus.

High voltage engineering and applications

• Development of nanocomposites for electrical insulation.
• Condition monitoring and diagnosis of power equipment.
• Aging phenomena of electrical insulating materials.
• Environmentally friendly materials for high voltage applications.
• Superconducting power equipment.

10. Sustainable Architecture Engineering

• Track-01: Energy Efficiency &amp; Indoor Environment
• Track-02: Green Material and Construction
• Track-03: Sustainable Urban Design
• Human-centered design and Participatory approach
• Urban Microclimate Studies
• Track-04: Digital Heritage
• Track-05: Generative Design and AI