Food Technology – Track 1

Novel Food Processing Technologies & Advanced Preservation Techniques

• Low energy/ Renewable energy in preservation and processing
• Intelligent Autonomous Systems
• Water efficient processes
• Waste minimization and management
• Sustainable packaging materials
• Resource optimization and sustainable sourcing of raw materials
• Non-thermal processing and preservation
• Natural preservatives and additives
• Minimal processing techniques
• Digital technologies for monitoring and control

Nutraceuticals and Functional Foods

• Plant based and alternative protein sources
• Functional food formulations
• Innovative extraction techniques
• Waste reduction and by-product utilization
• Circular economy approaches

3-D Food Printing and Food Sensors

• Biodegradable and eco-friendly materials
• Smart packaging
• Spoilage reduction and shelf-life extension
• Consumer safety and quality assurance
• Integration with loT
• Personalized nutrition

Chemical Engineering – Track 2

• Advances and Innovations in Chemical Engineering
• Green and Sustainable Engineering
• Process Safety
• Process Intensification
• Fuel cells and enzymatic reactors
• Pharmaceutical Engineering
• Risk and Safety Engineering
• Carbon Capture, Utilization, Sequestration
• Process and product development
• Renewable Energy sources
• Nanotechnology and its applications
• Nanomaterials Synthesis & Characterization
• Green synthesis
• Drug Delivery System
• Nanoparticles and Energy
• Waste Management and Pollution Control
• Sustainable water and wastewater treatment
• Novel materials for water and wastewater treatment
• Governance and monitoring of waste water discharges
• Solid waste remediation and management
• Air pollution monitoring and control
• Polymers and Composite materials
• Synthesis and characterisation of novel polymer composites
• Applications in energy sector
• Environmental management and sustainability
• 3D printing of polymer composites
• Flame retardant polymer composite materials
• Biochemical Engineering and Environmental Biotechnology
• Noval biomaterials
• Bioenergy
• Bioprocesses for food engineering
• Circular bioeconomy and processing
• Catalysis and Reaction Engineering
• Catalysis
• Photocatalysis
• Reaction kinetics simulation and optimization of different types of reactors
• Membrane reactors and electrochemical reactors
• Multiphase reactors

Civil Engineering – Track 3

• Sustainability in Construction Technology
• Modular construction
• Sustainable materials for 3D Printing
• Sustainable cementitious materials
• Sustainable building materials and technology
• Geopolymer concrete
• Microbial and self healing concrete
• Recycled materials in structural applications
• Nanomaterials for sustainable construction
• SMART Integration of Technology and Management
• IoT in construction
• Structural health monitoring
• FEM simulation and integration
• BIM integration
• Sustainability in lean construction
• Digitalisation in construction sustainability
• Geospatial intelligence for sustainable development
• Sustainable Geotechnical Practices
• Sustainable geotechnical materials and characterization
• Ground improvement techniques
• Soil structure interaction
• Transportation geotechnics
• Natural geosynthetics
• Bioengineering techniques in soil stabilization
• Environmental geotechnics
• Landslide mitigation techniques
• Smart and Sustainable Transportation
• Sustainable urban transport
• Transportation infrastructure and resilience
• Alternate pavement materials
• Multimodal transportation integration
• Smart mobility and intelligent transportation systems (ITS)
• Clean Environment
• Climate change mitigation and adaptation
• Water conservation and wastewater management
• Sustainable urban development
• Energy and earth science
• Innovative waste management and recycling technologies
• Sustainable Water Management
• Impacts of climate change on water resources
• Drinking water, wastewater, and public health nexus
• Water footprint and water scarcity in a changing environment
• Emerging technologies for watershed management for sustainable water use
• Improving water quality in watersheds
• Incorporating artificial Intelligence in water resources modelling
• Urban hydrology and river management techniques
• Advances in modelling monitoring and forecasting floods
• Groundwater sustainability and its impacts on ecological flows