Track 1: Application of Mathematics in Robotics
- Mathematical Robotic Arm,
- Robot Design,
- Modelling And Simulation of Physical Systems
- Robotic Mechanisms and Design,
- Robot Kinematics and Dynamics
- Advanced Control Algorithms
- Stochastic Control
- Intelligent control
Track 2: Robotics in Manufacturing Technologies
- Mobile industrial robots, Multi Robot Systems
- Mechatronics and Robotics, Actuator design,
- Navigation, localization
- Robotic grasping and manipulation
- Rescue, hazardous environments
- Robot intelligence and learning.
- Artificial Intelligence in Manufacturing Processes
- Smart Manufacturing
- Virtual Manufacturing
- Additive Manufacturing and Rapid Prototyping
Track 3: Automation in Manufacturing Industries
- Automation Instrument and Device
- PLC and Microcontrollers
- Automation Applications
- Cloud Computing for Automation
- Building Automation
- Warehouse Automation
- Manufacturing Automation
- Advanced Process Control
- Role of Automation in Robotics
- Intelligent Automation
- RPA
Track 4: Intelligent Systems for Industrial Applications:
- Sensor Design, Sensor Fusion, Sensor Networks
- Novel Sensor Materials, Sensor Development, Sensors and Applications
- Smart healthcare
- Internet of Things
- Intelligent Systems & Algorithm
- Machine Learning
- Big Data
- Data Analytics
Track 5: Advances in Material Science for Robotics Application
- New material development for Rehabilitation robotics
- Robotics for stroke patients
- Nano/micro systems and applications, biological and medical applications.
- Medical Robotics: Biomedical robotics and devices
- Bio robotics materials
- Neuro-robotics materials