2^nd International Conference on Artificial Intelligence and Robotics

• Machine Learning & Artificial Intelligence

This track explores the latest advancements in machine learning algorithms, AI architectures, and intelligent systems. It covers supervised, unsupervised, and deep learning models, as well as the real-world deployment of scalable AI solutions that drive automation, insight generation, and intelligent behaviour across industries.

• AI Education for Children, STEM & STEAM Learning Models for Kids

Focusing on the future generation, this track highlights innovative AI-powered tools, learning frameworks, and STEAM methodologies designed to cultivate creativity, problem-solving, and computational thinking among children. It showcases how AI can personalize education, nurture early talent, and prepare young minds for a technology-driven world.

• Genetic Algorithms, Reinforcement Learning, Generative AI

This track delves into cutting-edge adaptive and creative AI methods. Sessions cover optimization through genetic algorithms, goal-driven learning via reinforcement systems, and generative models that produce text, images, designs, and simulations—redefining boundaries in automation and creativity.

• AI-Driven Business Decision Systems

This track focuses on how intelligent systems enhance corporate strategy, operations, and innovation. It highlights AI-powered decision engines, predictive analytics, and enterprise automation platforms that help organizations optimize performance, reduce risks, and unlock competitive advantage.

• Explainable AI, Trustworthy AI, Ethical AI

Explore frameworks and methodologies for making AI transparent, accountable, fair, and safe. This track examines ethical implications, bias mitigation, regulatory compliance, and responsible AI governance—critical for building societal trust and ensuring sustainable adoption.

• AI for AR/VR & Immersive Technologies

This track examines the fusion of AI with augmented, virtual, and mixed reality systems. Sessions showcase intelligent avatars, adaptive environments, and multimodal interactions that create immersive learning, entertainment, and simulation experiences.

• Cybersecurity & Intelligent Threat Detection

A deep dive into AI-powered techniques for securing digital ecosystems. The track covers autonomous threat hunting, anomaly detection, cyber-forensics, malware prediction, and resilient infrastructures that evolve to counter modern cyberattacks.

• AI Support Communication, Therapy, Sensory Tools & Learning Accessibility

Highlighting the social impact of AI, this track presents intelligent assistive technologies that enhance communication, therapy, inclusivity, and accessibility. Topics include speech assistance, emotional recognition tools, sensory learning devices, and AI-driven support systems for neurodiverse individuals.

• AI Innovation in Startups, Education & Research

This track gathers innovators, academic leaders, and entrepreneurs to explore emerging AI breakthroughs. It spotlights startup ecosystems, research pipelines, scalable AI models, and new educational paradigms, fostering collaboration and transformative ideas.

• AI in Healthcare, Pharma & Biomedicine

A showcase of AI’s impact on medical diagnosis, drug discovery, personalized treatments, and clinical decision support. This track highlights evidence-based advancements that improve patient care, accelerate research, and revolutionize healthcare outcomes.

• NLP & Cognitive Computing

This track explores the evolution of machines that understand, interpret, and respond to human language. Topics include large language models, conversational AI, sentiment analysis, cognitive reasoning, and knowledge representation for intelligent decision-making.

• Computer Vision, Pattern Recognition & Intelligent Sensors

Focused on digital perception, this track highlights breakthroughs in image understanding, object detection, biometric analysis, and sensor-driven intelligence. Applications span robotics, automation, surveillance, healthcare, and smart environments.

• Human–AI Interaction

This track investigates how humans and intelligent systems collaborate. It covers interaction design, adaptive interfaces, emotion-aware AI, and co-creation models that prioritize usability, trust, and meaningful cooperation between humans and machines.

• Industry 5.0 & Smart Manufacturing

Explore the next era of industrial evolution, where AI, robotics, and human expertise converge to create hyper-efficient, sustainable production systems. This track covers autonomous factories, digital twins, co-bots, and intelligent supply chains.

• Social AI & Human Well-Being

This track examines AI’s influence on society, mental health, community development, and quality of life. Discussions include AI for social good, behavioural analysis, digital well-being, and ethical concerns around human-centric applications.

• Quantum Machine Learning

A frontier track focused on quantum algorithms that accelerate machine learning performance. Sessions explore quantum computing principles, hybrid models, and potential breakthroughs that could redefine optimization, simulation, and AI scalability.

• Data Science & Predictive Modelling

This track emphasizes data-driven decision-making and advanced prediction techniques. Topics include statistical modelling, data engineering, analytics pipelines, and AI-enhanced forecasting that supports business intelligence and scientific discovery.

ROBOTICS: Robotics is a multidisciplinary field that brings together science, engineering, and technology to create machines capable of performing automated tasks. These robots are designed to assist or replace humans in work that is repetitive, complex, or unsafe. By combining mechanical design, electrical components such as sensors and power systems, and intelligent software powered by algorithms and AI, robotics enables the development of smart machines that can sense, think, and act. Today, robots play an important role in industries like manufacturing, healthcare, agriculture, logistics, and many more.

By combining engineering, sensors, and intelligent control systems, robotics helps improve accuracy, safety, and efficiency in many industries while transforming how humans interact with machines.

Robotics is reshaping the future by enabling machines to take on complex, high-precision tasks that were once impossible for humans alone. As intelligent robots continue to evolve, they open new possibilities for innovation, productivity, and human–machine collaboration across every sector.

Robotics Tracks:

• Robotics Design, Control & Simulation

This track explores the foundations of how robots are conceived, built, and tested. It covers innovative mechanical design approaches, advanced control algorithms, and virtual simulation environments that help engineers model robotic behaviour before real-world deployment. The focus is on creating precise, reliable, and efficient robotic systems through next-generation engineering tools.

• Social Robotics for Kids, Gamified Learning & Intelligent Play Systems

Centered on child-friendly technologies, this track examines how robots can support early learning, emotional development, and safe interactive play. It highlights intelligent robotic companions, gamified education platforms, and systems designed to encourage creativity, curiosity, and social engagement among children.

• Applied Robotics in Healthcare, Space, Defence, Agriculture

This track showcases real-world applications of robotics across mission-critical sectors. From surgical assistance and patient care to planetary exploration, defence automation, and smart farming, it emphasizes how robots enhance precision, safety, and productivity in environments where human presence may be limited or risky.

• Human–Robot Interaction (HRI)

This track focuses on the science of communication and collaboration between humans and robots. It explores intuitive interfaces, adaptive behaviour, emotional intelligence in machines, and techniques that enable robots to understand, respond, and work seamlessly with people across different settings.

• Industrial & Collaborative Robots

Addressing the transformative shift in manufacturing, this track highlights robots designed to operate safely alongside human workers. It covers intelligent automation systems, flexible production lines, and co-bots that improve efficiency, reduce risk, and support human capabilities in modern industrial environments.

• Swarm Robotics, Soft Robots & Bio-Inspired Robots

This track examines robotics inspired by natural systems—from insect-like swarms working collectively to flexible soft robots mimicking biological structures. It focuses on decentralized intelligence, adaptive materials, and designs that offer new possibilities for maneuverability, resilience, and complex task execution.

• Autonomous Machines & Robotics Engineering

Here the emphasis is on self-governing robotic systems capable of perceiving their environment, making decisions, and performing tasks without direct human control. The track covers autonomous navigation, real-time sensing, embedded systems engineering, and robust AI integration.

• Humanoids & Service Robots

This track explores robots designed to resemble human form or perform human-centric tasks. It includes advances in mobility, dexterity, perception, and natural interaction that empower robots to assist in homes, public spaces, industries, and service environments.

• Aerial, Underwater, Micro & Nanorobotics

Focused on robots built for specialized environments and scales, this track spans drones, aquatic robots, and micro/nano-scale machines capable of delicate or high-precision tasks. It highlights engineering challenges, sensing technologies, and emerging applications in exploration, monitoring, and biomedical science.

• Robotics in Construction, Forestry & Hazardous Environments

This track discusses robots engineered to work in challenging, unpredictable, or dangerous settings. It includes automation for construction sites, forestry operations, disaster zones, and chemical or radiation-prone environments—enhancing safety, accuracy, and operational efficiency.

• Surgical & Medical Robotics

Dedicated to the cutting edge of healthcare technology, this track covers robotic systems that assist surgeons, support rehabilitation, and enable minimally invasive procedures. The focus is on precision, stability, and enhanced clinical outcomes through advanced robotic instrumentation.

• Advanced Motion Planning & Control

This track delves into the computational strategies that allow robots to move intelligently and smoothly. It includes path optimization, real-time control, obstacle avoidance, and algorithms enabling dynamic, adaptable, and high-performance robotic motion in complex environments.