The primary goal of this course is to provide students with the subtleties of Industrial automation. Interfacing sensors with machine tools and Gathering data from machines about the various process parameters are comprehensively discussed. Wide coverage of various robotic configurations pertaining to industrial applications, robot design specifications, application-oriented robot programming, and robotic vision systems are unique features of this course. It enhances the ability of the learners to design and make robots for specific
applications. Electrical drives are not sufficient for a few of the robotic industrial applications, the need for hydraulics & pneumatics is immense. The learners can design their own fluid system.
Enables the learner to:
- Identify the Mechatronics concepts and their application in Manufacturing
- Interpret the various Robotic configurations
- Develop Robotic programs
- Design fluid system circuits supporting Robotics
- Classify the robotic vision systems and their utility in manufacturing
- Interface and simulate a Robotic system
- Sensor & Transducers in Machine tools & robots
- Electrical, Hydraulic & Pneumatic actuators
- Servo systems
- Industrial Hydraulics & Pneumatics
- Robotic Engineering
- Robot Programming
- Robot Kinematics & Dynamics
- Robot Design considerations
- Robot Vision systems
- Interfacing
- Simulation using Matlab
- Industrial piping engineering
- Utility systems in chemical process plants
- Ventilation and air conditioning system design for buildings
- Design of fire and life safety system for buildings
- Industrial applications of heat exchangers and thermal design
- Thermodynamics and heat and mass transfer – an industrial context
- Industrial practices in manufacturing with ferrous materials and alloys
- Power plant engineering - an industrial context
- Power plant boiler and auxiliary systems
- Power plant steam turbine and auxiliary systems
Area of Expertise
Heat Transfer, Fluid Mechanics, Particle-laden Flow, Energy Conversion
Area of Expertise
Design and Engineering of Mechanical & process plants
Area of Expertise
Thermal Power Plants, Heat Transfer, Nanofluids, Fluid Modelling, Piping Design and Analysis
Area of Expertise
Chemical Engineering, Technical Safety Engineering
Area of Expertise
Thermal Equipment Design, Process Safety Management, Energy Optimization in Chemical Process Industry, Dynamic Simulation of Power Plants
Area of Expertise
Detailed Engineering, Operation & Maintenance, Consultancy Services, Training of Thermal Power Plants
Upon Successful completion of this course, learners will be able to:
- Categorize the Manufacturing Processes on the implementation of mechatronics
- Compose an appropriate drive system and integrate it with a control system
- Build Robots for Manufacturing applications
- Formulate systems to program the robots in a collaborative environment
- Infer a mechanical structure with microcontrollers or microprocessor
- Simulate the manipulator using software like SimScape & Simulink
