(Inclusive of all applicable taxes)
The use of Industry 4.0 technologies will result in an increase in labour productivity and in the quality of the products manufactured. This requires highly skilled professionals in the field of Mechatronics and Industrial Internet of Things (IIoT).
Mechatronics Engineer
Automation Developer
IoT Application Developer
7th June 2023
480 hours
English
Class 10th + pursuing Diploma, pursuing B.Tech/B.Sc Minimum Age: 18 Years
Multiple intermediate assessments and one final assessment leading to certification. Final assessment date will be announced, 1 month in advance.
Blended with Online Live Lectures and Hands-on Learning at Learning and Assessment (L&A) Centre
Develop fundamental knowledge of
Mechatronics systems
Analyse, design and develop
Mechatronics systems
Automate various industrial processes
using PLC
Understand the components of
IoT Architecture
Understand the role of an
operating system in an IoT device
Analyse protocols to support
software in an IoT device
Implement IoT solutions as per industry need
Implementation of Industry 4.0 practices
in manufacturing industry
Mechatronics with embedded technology is being widely used in all industrial applications across industries that are targeting to focus on the digital industrial unit. The first step towards this digital transformation is the use of IoT and future-based technologies which lead to a new paradigm of the industrial production denoted as Industry 4.0. The Government of India has pioneered to initiate the national policies to promote Industry 4.0. The MSME sector contributes 29% to India’s GDP and the Government plans to take it to 50% in the next five years.
This course will cover the aspects of Mechatronics and Robotics which help learners gain comprehensive knowledge of the emerging technologies.
In this module, students will learn about Mechatronics and its key elements, evolution of Mechatronics system and sensors, actuators, controllers used in Mechatronics systems.
In this module, students will learn about PLC fundamentals and programming, introduction to SCADA and overview of Robotic systems.
In this module, students will learn about IoT and its application areas, technology enablement and key IoT technologies along with a case study.
In this module, students will learn about the various IoT hardware platforms, programming with Arduino IDE and interfacing of sensors and actuators.
In this module, students will learn about Wired Communication Protocols and Wireless Communication Protocols.
*Modules are subject to change based on Academic Partner’s discretion; learners will be informed of the final curriculum during the orientation.
Enriching learning resources accessible anytime and anywhere
Live lectures delivered by Academic Experts
Moderated by an Academic Expert with a focus on building conceptual clarity
Moderated by an Industry Expert with a focus on building industry-oriented applied knowledge
Access to projects to offer industry-relevant practical exposure to learners
Continuous check for skills competency highlighting scope for improvement
End-term test of theoretical and applied knowledge
Certificate issued by Academia and Industry on successful completion of the learning programme
To provide on-the-job real-time industry exposure for learners in the respective learning programmes
Access to TCS iON Job Listing Portal - a hub of employment opportunities across sectors