About The Conference
We are delighted to invite researchers, scholars, experts, and students from around the world to participate in the International Symposium on Research in Science, Innovation, and Technology (ISSIT 2025).
Organized by FSMS Academy, ISSIT 2025 will take place on July 26-27, 2025, in Amasya, Türkiye. This prestigious symposium will serve as a dynamic platform for leading researchers, industry pioneers, and innovators to engage in interdisciplinary discussions, exchange knowledge, and explore cutting-edge advancements in science, technology, and innovation.
As global efforts toward scientific and technological transformation accelerate, ISSIT 2025 aims to foster insightful dialogue on emerging trends, breakthrough innovations, and multidisciplinary solutions addressing the challenges of the future. By bringing together experts from academia, industry, and policymaking, the symposium aspires to bridge the gap between research and real-world applications, shaping the trajectory of scientific and technological progress on a global scale.
ISSIT 2025: Online Symposium on Science, Innovation, and Technology
📅 Date: 26-27 July 2025
🌍 Location: Online (Virtual Conference)
“We unite in the universality of science and the boundlessness of innovation!”
The International Symposium on Science, Innovation, and Technology (ISSIT 2025) will be held fully online, bringing together researchers, industry professionals, and policymakers from around the world in a virtual environment. This digital format enables global participation, allowing scholars and experts to connect, collaborate, and share cutting-edge advancements without geographical or logistical limitations.
By leveraging a state-of-the-art virtual platform, ISSIT 2025 will provide:
✅ Live keynote sessions with world-renowned speakers
✅ Interactive panel discussions and Q&A sessions
✅ Virtual networking opportunities for global collaboration
✅ Online poster presentations and workshops
✅ Digital proceedings and publication opportunities
🌎 Why Attend ISSIT 2025 Online?
✅ Global Access – Join from anywhere in the world
✅ Reduced Costs – No travel or accommodation expenses
✅ Flexible Participation – Attend live sessions or watch on-demand
✅ Seamless Networking – Engage with researchers and industry leaders
✅ Virtual Exhibitions – Explore groundbreaking research and innovations
ISSIT 2025 provides a dynamic, fully online experience, ensuring that every participant can engage, learn, and collaborate efficient
ISSIT 2025: Main Themes, Tracks, and Sessions
The International Symposium on Science, Innovation, and Technology (ISSIT 2025) will bring together experts from various disciplines to discuss cutting-edge advancements and innovative solutions shaping the future of science, engineering, healthcare, and industry. The symposium will be structured around thematic tracks and specialized sessions, covering a wide range of scientific and technological fields.
🔹 Main Themes
- Engineering and Industrial Innovation
- Advanced manufacturing and Industry 4.0
- Sustainable materials and smart production systems
- Robotics, automation, and human-machine collaboration
- Aerospace and automotive engineering
- Energy systems, renewable energy, and smart grids
- Healthcare, Medicine, and Biotechnology
- Biomedical engineering and medical devices
- Artificial intelligence in healthcare and diagnostics
- Biotechnology and genetic engineering
- Nanomedicine and drug delivery systems
- Personalized medicine and telemedicine
- Fundamental Sciences: Physics, Chemistry, and Mathematics
- Quantum technologies and nanoscience
- Advanced materials and chemical innovations
- Computational physics and applied mathematics
- Theoretical and experimental chemistry
- Mathematical modeling in science and engineering
- Digital Transformation and Smart Technologies
- Artificial intelligence, machine learning, and big data
- Internet of Things (IoT) and smart systems
- Cybersecurity, blockchain, and digital governance
- Augmented and virtual reality applications
- Metaverse and human-technology interaction
- Energy, Environment, and Sustainability
- Green technologies and circular economy
- Carbon capture and climate adaptation strategies
- Hydrogen energy and fuel cell applications
- Environmental impact analysis and sustainability assessment
- Water management and renewable energy integration
- Education, Research, and Innovation Ecosystem
- STEAM education and future learning models
- University-industry collaboration and technology transfer
- Open science and research impact
- Science policy and global research collaborations
- Ethical considerations in scientific research
🔹 ISSIT 2025: Special Sessions (Tracks & Panels)
📌 Engineering and Technology Innovations
🔹 Next-Generation Materials for Sustainable Engineering
🔹 Smart Manufacturing and Industrial Automation
🔹 Robotics, AI, and Human-Centered Design
📌 Healthcare and Biotechnology
🔹 AI in Healthcare: Opportunities and Challenges
🔹 Biomechanics and Biomedical Sensor Technologies
🔹 Advances in Precision Medicine and Genomics
📌 Energy and Environment
🔹 Sustainable Energy and Future Power Systems
🔹 Circular Economy and Resource Efficiency
🔹 Smart Cities and Urban Sustainability
📌 Fundamental Sciences and Applied Research
🔹 Quantum Technologies and Advanced Computing
🔹 The Future of Chemical and Materials Science
🔹 Mathematical and Computational Approaches in Engineering
📌 Education and Science Policy
🔹 Future of STEM Education and Research Innovation
🔹 University-Industry Partnerships for Technology Commercialization
🔹 Ethics and AI Governance in Scientific Research
ISSIT 2025: Engineering & Industry Themes, Tracks, and Sessions
The International Symposium on Science, Innovation, and Technology (ISSIT 2025) will serve as a comprehensive platform for discussing the latest developments and challenges in engineering, industrial applications, digital transformation, and sustainability. The symposium will host distinguished researchers, industry professionals, and policymakers to explore cutting-edge technologies, innovative solutions, and interdisciplinary approaches shaping the future of engineering and industrial applications.
🔹 Main Themes in Engineering and Industry
1️⃣ Mechanical Engineering & Advanced Manufacturing
- Smart materials and composites for high-performance applications
- Computational fluid dynamics (CFD) and heat transfer innovations
- Additive manufacturing (3D printing) and rapid prototyping
- Advanced thermal management and cooling systems
- Industrial automation, mechatronics, and robotics in manufacturing
- Renewable energy applications in mechanical systems
2️⃣ Electrical & Electronics Engineering and Smart Technologies
- Power electronics and smart grid technologies
- AI-powered automation and control systems
- IoT-based energy monitoring and optimization
- High-efficiency electric motors and drives
- Wireless communication and sensor networks
- Semiconductor technologies and nanoelectronics
3️⃣ Computer Engineering, AI, and Cyber-Physical Systems
- Artificial intelligence, machine learning, and deep learning applications
- Edge computing and cloud-based data analytics
- Quantum computing and next-generation processors
- Cybersecurity and blockchain for secure digital transactions
- Digital twins and simulation-based engineering
- Internet of Things (IoT) and industrial IoT (IIoT)
4️⃣ Environmental Engineering & Sustainable Development
- Sustainable water management and wastewater treatment innovations
- Air pollution control and carbon capture technologies
- Renewable energy integration for sustainable cities
- Smart grids and energy storage solutions
- Circular economy and waste-to-energy conversion
- Climate change adaptation and mitigation strategies
5️⃣ Civil & Structural Engineering for Resilient Infrastructure
- Smart cities and sustainable urban planning
- Green building materials and energy-efficient construction
- Earthquake-resistant structures and advanced seismic design
- Bridge and transportation infrastructure innovations
- AI-driven structural health monitoring
- Underground and geotechnical engineering
6️⃣ Biomedical & Biomechanical Engineering Innovations
- AI in medical diagnostics and decision support systems
- Wearable biosensors and personalized healthcare technology
- Biomechanics and prosthetic engineering
- Regenerative medicine and 3D bioprinting
- Nanotechnology applications in drug delivery
- Biomedical signal processing and bioinformatics
7️⃣ Mechatronics & Industrial Automation
- Autonomous robotic systems and human-robot interaction
- Control systems and embedded electronics
- Intelligent automation and factory of the future concepts
- Smart sensors and actuators for industrial applications
- Drone technologies and UAV applications in industry
- AI-enhanced predictive maintenance
8️⃣ Energy Systems & Renewable Energy Technologies
- Solar photovoltaic and thermal energy advancements
- Hydrogen energy systems and fuel cell technologies
- Carbon capture, utilization, and storage (CCUS) strategies
- Bioenergy and waste-to-energy conversion technologies
- Grid integration of renewable energy sources
- Thermoelectric and advanced battery storage solutions
9️⃣ Food Engineering & Smart Food Production Systems
- AI and IoT in food safety and quality monitoring
- Sustainable food processing and waste reduction
- Alternative proteins and lab-grown food innovations
- Biodegradable packaging and sustainable food logistics
- Functional foods and nutrigenomics
- Automation in food manufacturing and processing
🔟 Chemical Engineering & Industrial Chemistry
- Process intensification and optimization in chemical industries
- Nanomaterials and advanced coatings for industrial applications
- Sustainable chemical processes and green chemistry
- Carbon footprint reduction in petrochemical industries
- Electrochemical engineering and fuel cell applications
- AI-driven process control and safety management
🔹 Special Sessions (Tracks & Panels)
📌 Artificial Intelligence, Big Data, and Industry 4.0
🔹 AI and deep learning applications in engineering and industry
🔹 Smart sensors and predictive analytics for industrial systems
🔹 Digital transformation in manufacturing and supply chain optimization
📌 Sustainable Energy and Carbon Reduction Technologies
🔹 Carbon-neutral strategies and low-emission energy systems
🔹 Green hydrogen, biofuels, and next-gen battery technologies
🔹 AI-based energy efficiency and demand response solutions
📌 Resilient Infrastructure and Smart Cities
🔹 Smart transportation systems and autonomous vehicles
🔹 Climate-resilient infrastructure and disaster preparedness
🔹 AI-powered monitoring of structural health and safety
📌 Biomedical and Healthcare Innovations
🔹 AI-driven diagnostics and medical imaging
🔹 Regenerative medicine, biomaterials, and tissue engineering
🔹 Wearable health monitoring and personalized medicine
📌 Future of Engineering Education and Research
🔹 Industry-academic collaborations for innovation and technology transfer
🔹 STEAM education and future workforce training
🔹 Ethical considerations in AI and engineering applications