Conference Track

Track 1: Sustainable Energy, Environment and Green Technology

• Renewable energy systems: solar, wind, hydro, geothermal

• Biofuels 

• biomass conversion

• waste-to-energy

• Sustainable water resources and desalination techniques

• Environmental pollution control and monitoring

• Green buildings

• energy-efficient infrastructure

• Life cycle analysis and carbon footprint reduction

• Smart grids and energy management systems

• E-mobility and clean transportation

• Climate change: impact, adaptation and mitigation

• Circular economy

• Sustainability in industry

Track 2: Advanced Materials and Nanotechnology

• Nanomaterials: synthesis, characterization, and applications

• Functional polymers and smart materials

• Biomaterials and bio-compatible engineering

• High-temperature 

• Corrosion-resistant alloys

• Ceramic and composite materials

• Thin films, coatings, and surface engineering

• Semiconductor materials and photonic devices

• Materials for energy storage (batteries, supercapacitors)

• Computational material science and material informatics

• Material design for sustainability and recycling

Track 3: Computing, AI, Data Science and Smart Systems

• Artificial Intelligence

• Machine Learning

• Deep Learning

• Big data analytics 

• Cloud computing

• Internet of Things (IoT) 

• Industry 4.0

• Cybersecurity 

• Ethical hacking

• Blockchain applications across industries

• Human–computer interaction and UX design

• Natural Language Processing and speech systems

• Quantum computing and futuristic architectures

• Smart city solutions and automation

• AR/VR applications in education, healthcare, and design

Track 4: Applied Sciences (Physics, Chemistry, Mathematics)

• Quantum mechanics 

• Photonics

• Classical and modern physics applications in technology

• Chemical kinetics and reaction engineering

• Coordination chemistry and material synthesis

• Organic and green chemistry for sustainable development

• Applied mathematics in modeling and simulation

• Numerical methods and optimization techniques

• Chaos theory and fractals

• Computational chemistry and physics

• Multiscale modelling and statistical mechanics

Track 5: Engineering Design, Manufacturing and Automation

• CAD/CAM/CAE in mechanical systems

• Additive manufacturing and 3D printing

• Industrial automation

• Robotics and PLC

• Smart materials in manufacturing

• Production planning, logistics, and lean systems

• Mechatronics and embedded control

• Thermal systems design and analysis

• Quality management and Six Sigma

• Welding, machining and advanced manufacturing techniques

• Digital twins and simulation-driven design

Track 6: Interdisciplinary Innovations and Technology Integration

• Biomedical engineering and health tech

• Assistive devices and wearable technologies

• Education technology and digital pedagogy

• Agriculture 4.0 and smart farming solutions

• Disaster risk reduction and smart response systems

• Tech-driven rural development

• Ethics and social impact of emerging technologies

• Tech-business incubation and innovation ecosystems

• Cross-disciplinary product design and innovation

• Gender, inclusion, and equity in STEM research