Course Outcome and Key Takeaways
- This course offers 100% practical learning to ensure hands-on experience with real-time Data Science applications.
- Includes Master Classes with 1:1 mentorship through the Learning Management System (LMS).
- Upon completion, students receive a certificate from internationally and nationally recognized organizations.
- Ideal for profile building, preparing for higher studies, and enhancing job prospects.
- Learn from industry professionals, get career guidance, explore job opportunities, and consider international education options.
- Exceptional students can apply for higher studies and job opportunities in the Data Science field.
Course Topics
Explore a wide range of practical topics to enhance your Data Science skills
Topic 1: Introduction to Mechatronics & Robotics
- Definition, history of industry revolutions, industry-oriented applications of mechatronics with examples, applications of mechatronics
- Concepts of mechatronics, systems integrated with mechatronics
- I/p & O/p devices, controllers, components: Definition, working principle, manipulation & integration
- Types of controllers
- Actuators: Definition, working principle, manipulation & integration
- Types of actuators
- Sensors: Definition, working principle, manipulation & integration
- Types of sensors
Topic 2: Mechatronics & PLC Systems
- Introduction to PLC programming, controlling a circuit, NO & NC devices, timers, switches, different circuit designing in Codesys software
- Different programming languages: ladder logic diagram, structured text, function block diagram, open loop & closed loop circuits
- Latching, logic gates & memory bit logic, counters, exporting logic to controller
- Designing the circuit & elements in the circuit, visualization of the simulation, different visualization techniques
- Circuit designing with NO & NC devices, timers, switches, different circuit designing in Codesys software
- Definition and concept of SCADA, types of SCADA systems, different applications of SCADA with examples
Topic 3: Introduction to Industrial Robotics
- Robots - Definition, working principle, functions & applications
- Different types of robots
- Robot joints and links
- Robots end effectors and controllers
- Robot joystick
Topic 4: Industrial Robot Simulation and IGUS robots
- Industrial robot simulation and programming
- Types of inputs - joystick, controller
- Different programming methods
- Output devices – sensors, actuators, different end effectors
- Robot programming methods and controlling
- Mechanical characteristics of robots
- Robot drive systems and types of drive systems in industrial robots
- Introduction to igus robots
- Programming and simulation with IRC software
- Programming on 4 DOF & 5 DOF robots
Topic 5: Industrial Robots and Real-World Applications
- Gantry robot kinematics and robot simulation in IRC software
- Industry robots driven systems, power transmission and axis motion control
- Industrial robot drive systems - Servo drive systems, power transmission and axis motion control
- Gantry robot programming and simulation in IRC software
- Explanation of working of industrial robots - architecture and kinematics
- Scope of industrial robots and automation
Topic 6: Industrial Robots Case Study/Project
- Mechatronics and PLC Case Study – 1
- Mechatronics and PLC Case Study – 2
- Mechatronics and Robotics Case Study – 1
- IGUS Robotics Case Study - 1
- IGUS Robotics Project - 1
OPPORTUNITIES YOU COULD ACHIEVE
IoT Solutions Architect
Robotics Engineer
Robotics Instructor
Control Systems Engineer
Automation Engineer
Course Completion Certificate
The Automotive Skill Development Council of India (ASDC) awards the Course Completion Certificate upon successfully completing the Mechatronics and Robotics Course.
