Theme 1: Bridging Science, Society and Sustainability: Innovations for a Better World (SDG – 9 & 17)

• Science Communication for Social Impact: Exploring effective strategies for communicating scientific knowledge to diverse audiences and promoting sustainable practices.

• Sustainability, Ethics and Governance: Analyzing the role of policy and governance in promoting sustainable development and addressing global challenges.

Theme 2: Green Technologies Microbial and Plant-Based Solutions for a Sustainable Planet (SDG – 2 & 6)

• Microbial Biotechnology for Environmental Remediation: Investigating the potential of microorganisms in bioremediation of contaminated environments.

• Plant-based Solutions for Sustainable Agriculture: Exploring the use of plant-based technologies to improve agricultural practices, enhance soil health, and ensure sustainable agricultural production.

Theme 3: Healthcare, Public Safety and Forensic Medicine: Innovations for Sustainable Societies (SDG – 3 & 16)

• Medical Biotechnology and Forensic Pathology: Understanding the role of medical biotechnology and forensic pathology in improving public health and safety.

• Disaster Response and Crisis Threats: Innovative Forensic Strategies for Sustainable Healthcare and Emergency Preparedness.

Theme 4: Life Sciences in the Digital Era: Future Directions and Opportunities (SDG – 4 & 9)

• Digital Transformation in Life Sciences: Examining the applications of AI in life sciences, including drug discovery, genomics, and personalized medicine.

• Artificial Intelligence and Machine Learning in Precision Medicine: Discussing the potential of AI and ML in developing personalized treatment plans and improving patient outcomes.

Theme 5: Multidisciplinary Approaches to Sustainability: Bio-Innovation and Emerging Technologies (SDG – 9 & 17)

• Bio-Inspired Solutions for Sustainable Development: Exploring how biological principles and technologies can inspire innovative solutions for sustainable development.

• Emerging Technologies and Sustainability: Assessing the impact of emerging technologies, including nanotechnology, in medicine, energy and environmental sustainability.

Theme 6: One Health: Uniting Human, Animal and Environmental Sciences for Global Well-being (SDG – 3 & 15)

• Zoonotic Diseases and Global Health Security: Discussing the threat of zoonotic diseases and the need for interdisciplinary approaches in prevention and healthcare.

• Environmental Changes and Human and Animal Health: Examining the impact of environmental factors, such as climate change and urbanization, on human and animal health.

Theme 7: Policy, Education and Capacity Building for Future-ready Forensic Science (SDG – 4 & 16)

• Future-Proofing Forensic Science: Strengthening Education, Training and Interdisciplinary Research for Global Challenges.

• Digital Literacy and Cyber Ethics: Building Public Awareness and Capacity for Sustainable Forensic Practices.

Theme 8: Smart Innovations: Intersection of Biology, Engineering and Technology (SDG – 7 & 9)

• Biomedical Engineering and Biotechnological Applications: Exploring the development and application of biotechnological and biomedical engineering innovations in healthcare.

• Synthetic Biology and Biorobotics: Investigating the design and construction of new biological systems, biosensors and biobased industrial manufacturing.

Theme 9: Sustainable Development Goals in Health, Agriculture and Renewable Energy (SDG – 2 & 7)

• Renewable Energy Technologies for Sustainable Development: Discussing the potential of renewable energy technologies in promoting sustainable energy practices.

• Sustainable Agriculture and Food Security: Examining the challenges and opportunities in sustainable agriculture practices and ensuring food security for global sustainability.

Theme 10: Sustainable Futures: Integrating AI, Nanotechnology and Genomics for a Better Tomorrow (SDG – 7 & 13)

• AI-driven Genomics for Personalized Medicine: Exploring the potential of AI-driven genomics to revolutionize healthcare and personalized medicine.

• Nanotechnology in Energy and Environment: Evaluating the role of nanotechnology in energy storage and environmental sustainability.

Theme 11: Sustainable Justice and Security: Innovations in Forensic and Digital Sciences (SDG – 16 & 17)

• Digital Forensic Education: Leveraging AI, Blockchain and Digital Forensics for Sustainable Justice.

• Cybersecurity, Digital Forensic Ethics and Legal Frameworks for Digital Evidence and Sustainable Justice.

Theme 12: Synthetic Biology and Precision Engineering: Transforming the Future of Life Sciences (SDG – 3 & 9)

• Biodesign and Bioengineering for Sustainable Development.

• Advances in Synthetic Biology: Designing New Biological Systems for Healthcare, Agriculture and Environment.

Theme 13: Sustainable Microbial Solutions: Exploring the Potential of Microbial Genomics (SDG – 6 & 15)

• Microbial Genomics for Environmental Sustainability: Examining the role of microbial genomics in environmental sustainability.

• Bioremediation and Waste Management: Investigating the applications of microbial solutions in bioremediation and sustainable waste management.

Theme 14: Zero Waste and Circular Economy: Innovative Solutions for Sustainable Industries (SDG – 6 & 12)

• Circular Business Models for Sustainable Industries: Exploring the potential of circular business models for sustainable industrial practices.

• Waste-to-Wealth Technologies for Sustainability: Investigating the use of waste-to-wealth technologies in promoting circular economy.

• Bioprocessing and Industrial Sustainability: Exploring the potential of green industrial technologies and bioprocessing for sustainable development.