Robotics, Autonomous Systems and Intelligent Machines
• Autonomous Robots, Mobile Robotics, and Field Robotics
• Multi Robot Systems, Swarm Robotics, and Distributed Coordination
• Robot Perception, SLAM, Localization, and Mapping
• Robot Manipulation, Grasping, and Dexterous Control
• Human Robot Interaction, Shared Autonomy, and Collaborative Robots (Cobots)
• Robot Learning, Reinforcement Learning for Robotics, and Adaptive Behaviors
• Soft Robotics, Bio Inspired Robotics, and Compliant Mechanisms
• Robotics Hardware, Actuators, Sensors, and Novel Materials
• Robotics for Manufacturing, Logistics, Agriculture, and Service Industries
• Safety, Reliability, and Fault Tolerant Robotic Systems
Control Systems, Automation Theory and Cyber Physical Engineering
• Advanced Control Theory, Nonlinear Control, and Optimal Control
• Learning Based Control, Safe Control, and Stability Guaranteed AI Systems
• Model Predictive Control (MPC) and Adaptive Control
• Distributed, Networked, and Cyber Physical Control Systems
• Process Control, Industrial Automation, and Manufacturing Optimization
• Reconfigurable Manufacturing Systems, Industry 4.0 and Industry 5.0 Automation
• Diagnostics, Fault Detection, Predictive Maintenance, and Reliability Engineering
• Autonomous Vehicles, Drones, and Intelligent Transportation Systems
AI, Machine Learning and Data Driven Automation
• Machine Learning for Automation, Robotics, and Control
• Deep Learning, Computer Vision, and Intelligent Perception Systems
• Big Data Analytics for Industrial Automation and Smart Manufacturing
• Digital Twins, Simulation Driven AI, and Data Driven Optimization
• Edge AI, Embedded AI, and Real Time Intelligent Systems
• Internet of Things (IoT), Industrial IoT (IIoT), and Smart Sensor Networks
• AI Driven Decision Making, Planning, and Autonomous System Intelligence
Modeling, Simulation and Systems Engineering
• Modeling and Simulation of Dynamic and Complex Systems
• Multi Physics, Multi Scale, and Real Time Simulation
• System Identification, Parameter Estimation, and Uncertainty Modeling
• Systems Integration, Architecture Design, and Engineering of Large Scale Systems
• Simulation Based Testing, Verification, and Validation
Software Engineering, Test Automation and Quality Assurance
• Intelligent Software Testing and Automated Quality Assurance
• Test Automation for Large Scale, Complex, and Safety Critical Systems
• Formal Methods, Verification, and Model Based Testing
• AI Assisted Testing, NLP Driven Test Automation, and Autonomous Test Generation
• Automated Usability and User Experience Testing
• Security Automation, Secure DevOps, and Vulnerability Detection
• Theoretical Foundations of Test Automation
Networked Automation, CPS and IoT Systems
• Network Automation, Software Defined Networking (SDN), and Network Orchestration
• Cyber Physical Systems (CPS) and Real Time Distributed Automation
• IoT/IIoT Platforms, Protocols, and Interoperability
• Autonomous Edge Computing, Fog Based Automation, and Distributed Intelligence
• Smart Grids, Smart Buildings, and Smart Infrastructure Automation
Safety, Security and Trustworthy Automation
• Cybersecurity for Automation, Robotics, and Industrial Control Systems
• Secure CPS, Threat Modeling, and Intrusion Detection
• Safety Critical Automation, Certification, and Compliance
• Resilient, Robust, and Fault Tolerant Automation Architectures
Emerging and Future Directions in Automation
• Sustainable Automation, Green Manufacturing, and Energy Efficient Systems
• Quantum Control, Quantum Robotics, and Quantum Enhanced Automation
• Human Centered Automation, Ergonomics, and Human Machine Collaboration
• Ethical, Social, and Regulatory Aspects of Automation
• Automation in Healthcare, Agriculture, Construction, and Environmental Systems

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