38th MILAN International Conference on Advances in Science, Engineering & Technology (MASET-26) scheduled on March 16-18, 2026 Milan (Italy)

MASET-26


Nanotechnology Chemical & Material Sciences (General) Engineering & Computer Science (General)



Call for Papers: MASET-26



 



Full Articles/ Reviews/ Shorts Papers/ Abstracts are welcomed in the following research fields:



Theme 1: AI, Computing & Robotics



Focuses on the transition from traditional automation to autonomous, cognitive systems.





  • Next-Generation Artificial Intelligence:





    • Beyond Transformers: Exploring new neural architectures.




    • Ethical AI and Explainability (XAI) in critical infrastructure.




    • Edge AI: Bringing intelligence to low-power IoT devices.






  • Robotics & Autonomous Systems:





    • Human-Robot Collaboration (Cobots) in manufacturing.




    • Soft Robotics and bio-inspired design.




    • Autonomous vehicles: From navigation algorithms to legal frameworks.






  • Quantum Computing & Advanced Informatics:





    • Quantum-resistant cryptography.




    • High-Performance Computing (HPC) for complex climate modeling.




    • The integration of Blockchain in secure supply chain management.







Theme 2: "Sustainable Engineering & The Net-Zero Goal"



Focuses on the engineering required to meet global climate targets and resource efficiency.





  • Renewable Energy Systems:





    • Advancements in Perovskite solar cells and offshore wind technology.




    • Hydrogen Economy: Production, storage, and transport challenges.




    • Smart Grids and AI-driven energy demand forecasting.






  • Green Infrastructure & Civil Engineering:





    • Carbon-neutral construction materials (Self-healing concrete, recycled aggregates).




    • Disaster-resilient urban planning and "Sponge City" concepts.




    • Sustainable transport: Electric Vehicle (EV) infrastructure and hyperloop research.






  • Environmental Technology:





    • Advanced Carbon Capture and Storage (CCS) techniques.




    • Circular Economy: Engineering for product end-of-life and waste-to-energy.




    • Water purification and desalination using nanotechnology.







Theme 3: "Frontier Sciences & Bio-Innovation"



Focuses on the "Science" pillar—material breakthroughs and the intersection of biology and tech.





  • Advanced Materials Science:





    • 2D Materials (Graphene, MXenes) and their industrial applications.




    • Smart materials with shape-memory and sensory capabilities.




    • Nanotechnology in drug delivery and targeted therapy.






  • Biotechnology & Health Engineering:





    • Synthetic Biology: Engineering microbes for industrial production.




    • Bioinformatics and the use of Big Data in genomics.




    • Wearable Health Tech: Continuous non-invasive monitoring and telemedicine.






  • Space Science & Exploration:





    • In-situ Resource Utilization (ISRU) for lunar and Martian missions.




    • Small Satellite (CubeSat) constellations and global connectivity.




    • Space debris mitigation and orbital sustainability.







Theme 4: "Industry 5.0 & Human-Centric Technology"



Focuses on the societal impact of technology and the "Human-in-the-loop" philosophy.





  • Digital Transformation & Cyber-Physical Systems:





    • Digital Twins: Real-time simulation for industrial optimization.




    • The Industrial Internet of Things (IIoT) and 6G connectivity.




    • Cybersecurity in the era of interconnected industrial systems.






  • Technology in Education & Society (EdTech/SocTech):





    • Adaptive learning platforms using Generative AI.




    • The Digital Divide: Engineering low-cost solutions for developing nations.




    • Augmented and Virtual Reality (AR/VR) for professional training and surgery.






  • Ethical Engineering & Policy:





    • Technocracy and the role of engineers in policy making.




    • Intellectual Property (IP) in an AI-driven design world.