Be a part of ^3rd International Conference on Robotics and Automation

Focusing on breakthrough innovations, this session highlights next-generation robotic technologies redefining autonomy and performance. Discussions cover advanced materials, quantum sensing, neuromorphic computing, and hybrid robotic systems. Participants will gain insights into how these technologies accelerate autonomy, resilience, and intelligence in robots operating in dynamic and unstructured environments.

• Track 2-1: Neuromorphic & Bio-Inspired Robotics
• Track 2-2: Quantum & Advanced Sensing Technologies
• Track 2-3: Hybrid and Self-Evolving Robots

This session addresses the sensory foundations of intelligent robots, enabling them to perceive, interpret, and interact with their surroundings. Topics include computer vision, sensor fusion, tactile sensing, and real-time perception algorithms. Emphasis is placed on enhancing accuracy, robustness, and situational awareness for autonomous navigation and manipulation tasks.

• Track 3-1: Computer Vision & Image Processing
• Track 3-2: Multi-Sensor Fusion Techniques
• Track 3-3: Tactile & Proprioceptive Sensing

Exploring the intersection of robotics and human behavior, this session focuses on robots designed to interact naturally with people. It covers humanoid robots, emotional intelligence, social acceptance, and user-centered design. Discussions emphasize safety, trust, and ethical considerations in collaborative human–robot environments.

• Track 4-1: Socially Intelligent Robots
• Track 4-2: Human-Centered Robot Design
• Track 4-3: Trust, Safety & Ethics in HRI

This session examines flexible and adaptive robotic systems inspired by biological organisms. Soft robotics enables safer interaction, complex manipulation, and operation in constrained environments. Topics include smart materials, flexible actuators, and bio-mimetic design approaches that redefine traditional rigid robotics.

• Track 5-1: Smart & Soft Materials
• Track 5-2: Bio-Inspired Actuation Systems
• Track 5-3: Applications in Healthcare & Industry

Focusing on decentralized robotic systems, this session explores how simple robots cooperate to achieve complex tasks. Topics include self-organization, distributed control, and collective decision-making inspired by natural swarms. Applications span agriculture, surveillance, exploration, and large-scale environmental monitoring.

• Track 6-1: Distributed Algorithms & Control
• Track 6-2: Self-Organizing Robotic Systems
• Track 6-3: Swarm Applications in Real-World Scenarios

This session highlights the importance of safety frameworks, standards, and regulatory compliance in robotic system deployment. Discussions focus on international standards, certification processes, risk assessment, and ethical governance to ensure safe and responsible adoption across industries and public spaces.

• Track 7-1: International Robotics Standards
• Track 7-2: Safety Certification & Risk Management
• Track 7-3: Policy, Ethics & Compliance

This session explores how robotics integrates with data analytics to enhance operational intelligence. Topics include real-time data processing, predictive analytics, and AI-powered decision frameworks that improve efficiency, reliability, and autonomy in robotic systems across multiple domains.

• Track 8-1: Data-Driven Robotic Systems
• Track 8-2: Predictive Analytics & Optimization
• Track 8-3: Real-Time Decision Algorithms

Centered on next-generation manufacturing, this session covers robotics-driven smart factories, human–machine collaboration, and sustainable production models. Emphasis is placed on Industry 5.0 concepts that combine automation with human creativity, resilience, and environmental responsibility.

• Track 9-1: Smart Factories & Digital Manufacturing
• Track 9-2: Human–Machine Collaboration
• Track 9-3: Sustainable & Resilient Automation

This session examines the growing role of robotics in transforming logistics and supply chains. Topics include autonomous mobile robots, warehouse automation, last-mile delivery, and AI-driven inventory management to enhance speed, accuracy, and scalability.

• Track 10-1: Autonomous Mobile Robots (AMRs)
• Track 10-2: Smart Warehousing Systems
• Track 10-3: AI in Supply Chain Optimization

Focusing on software-based automation, this session explores RPA solutions that streamline business operations and decision workflows. Discussions include intelligent automation, process mining, and integration of RPA with AI to improve productivity, compliance, and organizational agility.

• Track 11-1: Intelligent RPA Solutions
• Track 11-2: Process Mining & Optimization
• Track 11-3: AI-Enhanced Business Automation

This session highlights advancements in medical robotics that improve precision, safety, and patient outcomes. Topics include surgical robots, rehabilitation systems, and AI-assisted diagnostics, emphasizing innovation in minimally invasive procedures and personalized healthcare.

• Track 12-1: Surgical Robotics & Navigation
• Track 12-2: Rehabilitation & Therapy Robots
• Track 12-3: AI in Medical Robotics

Exploring wearable robotics, this session focuses on exoskeletons designed to enhance mobility, strength, and rehabilitation. Discussions include industrial, medical, and military applications, along with ergonomic design, safety, and human adaptability.

• Track 13-1: Wearable Robotic Systems
• Track 13-2: Mobility & Rehabilitation Support
• Track 13-3: Industrial & Defense Applications

This session addresses robotic systems designed for hazardous and extreme conditions. Topics include search and rescue robots, defense robotics, and autonomous systems for space, underwater, and disaster-prone environments, emphasizing safety, resilience, and rapid response.

• Track 14-1: Search & Rescue Robotics
• Track 14-2: Defense & Security Systems
• Track 14-3: Robotics in Extreme Environments