- Resources and technologies of renewable energies
- Solar energy: PV systems and utilization of artificial intelligence - Innovative photovoltaic- Thermal solar systems-Economic of PV systems
- Hybrid renewable energy systems: off-on grid, PV-wind system
- Energy storage and phase change materials
- Solar energy: Innovative photovoltaic and thermal solar technologies.
- Wind energy: Wind turbine technology.
- Geothermal energy: Geothermal heating and cooling applications.
- Energy storage: Batteries and other energy storage systems.
- Grid integration: Integrated smart grid and renewable energy.
- Bioenergy: Biomass and biofuel advancements.
- Emerging technologies: Cutting-edge technologies in the renewable energy sector and/or that utilise artificial intelligence and machine learning.
- Green technologies: Modern eco-friendly technologies, sustainable materials, green chemistry and green buildings.
- Waste management and recycling: Advanced waste management and recycling methods, conservation practices and purifications methods.
- Smart cities: Smart technologies for sustainable urban planning and eco-friendly infrastructure.
- Sustainable agriculture: Sustainable farming practices, innovative farming technologies, and temperature/humidity control in agriculture.
- Water desalination: Research related to seawater and brackish water desalination using advanced technologies.
- Water and wastewater treatment: Research related to sustainable wastewater treatment strategies and advanced integrated industrial processes.
- Water quality assessment, modelling, monitoring and management: Research related to surface and groundwater quality pollution using advanced sustainable techniques.
- Air quality monitoring and control: Research related to controlling air pollution and air quality assessing practices.
- Noise pollution: The environmental impact of noise pollution, noise pollution and the health effect.
- Mitigation of climate change: Research related to innovative strategies of mitigating climate change and reducing greenhouse gas emissions.
- Ecosystems restoration: Advanced ecosystem design and restoration methods, or creation of ecosystems, with a strong emphasis on ecosystem self-design, conserved biodiversity and treatment of damaged ecosystems.
- Community engagement and social sustainability: Research related to impacts of engaged communities on sustainable practices.
- Green chemical and sustainable processes: Research related to design environmentally chemical processes and catalysis.
- Integrated renewable energy systems and chemical processes: Research related to utilising renewable energy sources to power or heat chemical industrial processes.
- Waste reduction: Research related to strategies to mitigate chemical waste and improved waste management materials.
- Carbon capture methods: Research related to pioneering carbon capture strategies and associated practices in chemical engineering industries.
- Sustainable materials: Research related to sustainable materials and catalysts for chemical industrial applications.
- Wastewater management: Research related to purification of disposed wastewater of chemical industries and innovative purification and recycling methods.
- Green infrastructure and buildings: Research related to green infrastructure and buildings.
- Smart cities (small and large scales): Research related to sustainable cities and urban planning.
- Integrated infrastructures and renewable energy resources: Research related to solar and wind energy resources powered infrastructures.
- Sustainable urban planning: Research related to innovative and sustainable transportation and infrastructure advancement.
- Sustainable materials in civil engineering: Research related to employment of sustainable and recycled materials and composites in construction and assessment practices.
- Optimum design of energy structural systems: Research related to allocate optimal and efficient energy structural systems.
- Nanotechnology application in civil engineering, Noise control of buildings, Structural engineering.
- Demolition of buildings, design of efficient surface aerators for waste, disaster management and ground improvement techniques.
- Structured irrigation network, Submerged floating tunnels, suspension bridges, urban designs.
- Renewable energy conversion technologies: Research related to solar thermal, photovoltaic and wind turbine systems.
- Energy storage systems: Research related to advanced battery storage systems and management in sustainable practices.
- Waste heat recovery: Research related to capturing and utilising waste heat in local and industrial processes.
- Recycling strategies for mechanical components: Research related to reusing and recycling methods of mechanical parts, circular economy and life cycle sustainability.
- Integrated renewable energy resources and mechanical industries: Research related to advanced renewable energy resources integrated to mechanical equipment and mechanical engineering applications.
- Additive Manufacturing Technologies: Research on various additive manufacturing techniques, materials advancements for sustainability, and process enhancement for speed and precision.
- Sustainable Manufacturing Practices: Studies focusing on reducing waste, energy consumption, and environmental impact in manufacturing processes.
- Eco-design and green manufacturing techniques: Research related to minimizing environmental footprint during product development and manufacturing stages.
- Digital Manufacturing and Industry 4.0: Research on utilizing digital technologies like IoT, big data analytics, and AI to optimize manufacturing processes.
- Cyber-Physical Systems in Manufacturing: Research related to smart manufacturing concepts to enhance productivity, quality, and flexibility in operations.
- Advanced Materials and Processes: Studies on novel materials development, advanced machining techniques, and nano-manufacturing approaches for enhanced performance and sustainability.
- Surface engineering and coatings: Research related to improving the wear resistance, friction reduction, and corrosion protection of manufactured components.
- Welding and Joining Technologies: Research on various welding and joining techniques, including advancements in welding processes, materials compatibility, and joint strength optimization.
- Emerging technologies in source coding, channel coding, ciphering, deciphering.
- Energy-efficient electronics design: Research related to designing and optimization of energy-efficient; Environmental impact of electronics; Evaluating the effect electronics on the environment.
- Advances in Solar Photovoltaic Technologies and findings; Renewable energy and AI assisted Photovoltaic schemes. Photovoltaic power generation, tracking, and sustainable systems.
- Antenna and solar cell integration technologies; Energy harvesting and smart grid; Power line communications (PLC).
- Energy-efficient power supply and distribution systems: Research related to improved power supply and distribution systems and innovated power electronics.
- Emerging Technologies of 5G Wireless sensor networks and Beyond 5G: Research related to improved wireless sensor networks and integrated renewable energy sources.
- Broadband Internet services and Mobile Satellite Systems: Antenna design and characterization; Internet of Things (IoT) communications in 5G and beyond.
- Wireless Networks: Protocols, Security and Services; D2D communications; Wireless heterogeneous networks; Wireless PANs, LANs, MANs and WANs; Mobile/wireless network modeling and performance evaluation, analysis, and simulation; Network security.
- MIMO and massive MIMO systems; Orthogonal and Non-orthogonal multiple access; intelligent reflecting surface; cloud computing; CRAN.
- Machine Learning and AI for Communications: Spectrum Management, Green Communications and IoT applications; Big data security and privacy; Green edge and cloud computing.
- Emerging Technologies and Findings on Electrical, Telecommunications and Electronic Systems of Vehicles
- Electric vehicles and cutting-edge charging stations: Research related to electric vehicle technologies and smart charging infrastructurer
- Vehicle power systems; Vehicle stability controls; Vehicle traction power control/conversion; Wireless charging;
- Robotics, Control, Instrumentation and Automation; Control Theory and Applications in Robots; Multi-Agent System (MAS) control; AI techniques applications in Drones’ control and medical applications.
- Interaction of in-car antennas with car-electronics; Antenna integration in cars; Interference in heterogeneous deployment scenarios (relays, small cells).
- Electric Vehicles, Vehicular Electronics and Intelligent Transportation Autonomous driving technologies; Autonomous vehicles; Tire-pressur
- monitoring; Traffic safety and efficiency applications; Unmanned aerial vehicles (UAVs);
- Internet of Vehicles (IoV); Unmanned Aerial Vehicle Communications, Vehicular Networks, and Telematics V2X communications, V2X for automated driving, applications, and security.
- Synthesis of sustainable materials: Research related to synthesising eco-friendly materials and using green technologies.
- Biodegradable and bio-based materials: Research related to advanced biodegradable materials and polymers
- Harvesting materials from photovoltaic systems: Research related to cutting-edge procedures for capturing toxic compounds from photovoltaic systems.
- Sustainable nanomaterials: Research related to latest advance in the utilisation of nanomaterials and nanoparticles in different fields.
- Advanced composite materials for sustainability: Research related to synthesising sustainable composites and eco-friendly reinforcement materials.
- Materials for sustainable infrastructure: Research related to innovative designs of infrastructure based on eco-friendly materials.
- Green chemistry: Research related to processes to mitigate the use of hazardous substances and endorse sustainability in addition to earth sciences, as well as agricultural sciences.
- Analytical chemistry: Research related to classical and modern quantitative and qualitative analytical techniques of different substances to solve practical problems and maintain sustainability.
- Biochemical science: Research related to a combination of chemistry and biology towards the development of bio-based materials and management of natural resources.
- Applied Nanophysics: Research related to the application of nanomaterials in different sectors and preserve high level of sustainability.
- Environmental physics: Research related to cover different topics of our environment such as explaining energy demand and the possible contributions of renewables to energy supply.
- Mathematics and Mathematical modelling: Research related to topics that may include mathematical modelling and general mathematics that may contribute to mitigating global warming via contributing to the improvements of renewable energy systems and sustainability.
- Sustainable computing practices: Research related to computing practices and efficient algorithms based reduced power consumption.
- Energy management systems: Research related to utilising applications of computer science for power management of smart grid technologies.
- Machine learning and optimization: Research related to the development of machine learning applications and optimisation methods towards introducing energy-efficient systems.
- Environmental data analysis: Research related to utilising computational method and models to analyse environmental data.
- Water desalination, wastewater treatment and waste management: Research related to using computer hardware and efficient software for water treatment technologies-based simulation and optimisation.
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