Aerospace, Propulsion and Space Systems

• Advances in Aerospace Technology
• Hypersonics, Aerothermodynamics and High‑Speed Flight
• Advanced Propulsion: Scramjets, RDEs and Hybrid Propulsion
• Reusable Launch Vehicles and Space Re‑Entry Mechanics
• Spacecraft Systems, Cryogenic Propulsion and Deep‑Space Engineering
• Space Robotics, In‑Space Manufacturing and Autonomous Space Systems
• Aero‑Structures, Aeroelasticity and Morphing Wings
• Advanced UAV Swarm Dynamics and Cooperative Flight Control
• Autonomous Vehicles, EV Systems and Hybrid Mobility
• Transportation Systems, Hyperloop and Next‑Gen Mobility

Robotics, Mechatronics and Autonomous Intelligence

• Artificial Intelligence and Expert Systems
• AI‑Accelerated Engineering, PINNs and Surrogate Modeling
• Mechanics‑Aware Reinforcement Learning for Robotics
• Robotics, Mechatronics and Autonomous Systems
• Soft Robotics, Human–Robot Interaction and Robot Learning
• Legged Robotics, Dynamic Locomotion and Balance Control
• Swarm Robotics and Multi‑Agent Mechanical Systems
• Robotic Manipulation, Dexterous Control and Contact‑Rich Mechanics
• Autonomous Drone Navigation in Complex Environments

Design, Mechanics and Structural Systems

• Design and Reliability of Mechanical Systems
• Mechanics, Solid Mechanics and Structural Dynamics
• Fracture Mechanics, Fatigue Life and Structural Integrity
• High‑Entropy Alloys (HEAs) and Ultra‑High‑Temperature Materials
• Meta‑Materials, Lattice Structures and Architected Materials
• Smart Materials, Shape‑Memory Alloys and Active Structures
• Tribology, Surface Engineering and Coatings
• Cutting Tool Materials, Coatings and Machinability
• Smart Structural Health Monitoring (SHM) with Embedded Sensors

Manufacturing, CAD/CAM and Industrial Automation

• CAD/CAM, Automation, Control and Robotics
• Additive Manufacturing, Hybrid Processes and In‑Situ Monitoring
• Robotic Machining, Adaptive Toolpath Generation and Real‑Time Compensation
• Manufacturing Processes and Non‑Traditional Machining
• Industry 4.0, Smart Manufacturing and OT Security
• Digital Thread, Digital Manufacturing and Lifecycle Integration
• Zero‑Defect Manufacturing and Real‑Time Quality Control
• Sustainable Manufacturing and Circular Production Systems
• Operations Management, Lean Systems and Industrial Optimization

Thermal Sciences, Energy and Sustainability

• Thermodynamics and Heat Transfer
• Fluid Dynamics, Multiphase Flows and CFD
• Supercritical CO₂ Power Cycles and High‑Efficiency Turbomachinery
• Hydrogen Propulsion, Hydrogen Combustion and Cryogenic Systems
• Bio‑Fuels, Hydrogen Energy and Fuel Cells
• Energy Conservation, Renewable Energy and Sustainable Systems
• Thermal Management, Batteries and Energy Storage
• Thermal‑Fluid Optimization for AI Data Centers and Immersion Cooling
• Triboelectric Nanogenerators and Mechanical Energy Harvesting

Reliability, PHM and Mechanical Systems Engineering

• Reliability and Maintenance Engineering
• Predictive Maintenance, Condition Monitoring and PHM
• Hybrid PHM (Physics + ML) for Complex Mechanical Systems
• AI‑Enhanced Fault Detection for Rotating Machinery
• Lifecycle Reliability Modeling and Digital Maintenance Twins
• Mechanical Cybersecurity and Secure Mechatronic Systems
• Logistics, Supply Chain Management and Autonomous Warehousing
• Total Quality Management and Quality Engineering

Emerging Mechanical Domains

• Micro‑Mechanics, MEMS/NEMS and Micro‑Robotics
• Biomechanics, Human–Machine Interaction and Wearable Systems
• Human Digital Twins for Ergonomics and Biomechanical Simulation
• Microfluidics, Lab‑on‑Chip and Bio‑Mechanical Systems
• Marine Robotics, AUVs and Underwater Soft Robotics
• Offshore Wind, Ocean Energy and Marine Structures
• Education in Mechanical Engineering and Future Skills
• Recent Trends, Breakthroughs and Future Directions

Hard copy of the proceedings will be distributed during the Conference. The softcopy will be available on International Journal on Cybernetics & Informatics (IJCI) Proceedings.