Industrial Mechatronic Systems by TCS iON Digital Learning Hub IIT Guwahati (IITG): Fee, Duration, How to Apply

Quick Facts

particular	details
Collaborators Tata Motors	Medium of instructions English	Mode of learning Self study, Virtual Classroom	Mode of Delivery Video and Text Based	number of course credit 5

Course overview

The ‘Industrial Mechatronic Systems’ online course is a TCS iON industry honors certification program delivered to the students of mechanical engineering background to enhance their industry knowledge and skills to create innovative products and systems to be utilized in the sectors such as communication, healthcare, transportation, energy systems, space, and defense administration. This certification is provided by TCS iON digital learning hub and the duration of the training program is for five to six months.

This online program is held through experimental learning methodologies which include online lectures, tutorials, practical demonstrations, industry-oriented assignments, and other forms for performance evaluation like quizzes and assessments. The learners in this course are given expert guidance by mentors from leading academic and industrial institutions. The ‘Industrial Mechatronic Systems’ online training program enables students to get five credits for this course with digital certificates for successful course completion and achievement in the summative assessment. This course also offers opportunities for internships to enhance your career prospects.

Course and certificate fees

Fees information

₹ 20,000 (Inclusive of GST)

The certification fee for the ‘Industrial Mechatronic Systems’ online training should be paid to get access to the course materials.

Industrial Mechatronic Systems fee structure

Course Fee

Rs. 20,000

certificate availability

Yes

certificate providing authority

TCS iON

Who it is for

Product designer Mechanical engineer Research associate Process engineer

The ‘Industrial Mechatronic Systems’ online certification by TCS iON digital learning hub is organized for the candidates studying mechanical engineering and for those who wish to become process engineers, product designers, and research associates.

Eligibility criteria

The students who wish to join the ‘Industrial Mechatronic Systems’ course are required to have background knowledge in the domains of electrical technology, electronic engineering, computer programming, and mechanical engineering.

Certificate qualifying details

The candidates of the ‘Industrial Mechatronic Systems’ certification program will receive the digital certificates based on the following aspects,

Certificate of achievement - Candidates should score equal to or more than 40% in Part A and in Part B equal to or more than 50% in Part B with a final score of an average of 50% in the summative assessment.
Certificate of Participation - Candidates who complete the course study with the projects, industrial assignments, and practice assessments without the summative assessment can get the participation certificate.

What you will learn

Automation skills Robotic skills Knowledge of engineering

The ‘Industrial Mechatronic Systems’ certification syllabus is framed for the students to gain competence and professional knowledge of the domain of mechanical engineering, electrical engineering, and computer science. This course will enable students to know about the functions of technocrats in developing effective and innovative products and services for various fields.

The syllabus

Introduction

Mechatronics system: Definition of mechatronics
Principles: Scope of involved disciplines
Building blocks of a typical mechatronic system
Comparison between a mechanical system and its equivalent system
Applications: Domestic appliances
Applications: Manufacturing factory automation equipment
A detailed description of the building blocks
Working principle and hardware-software integration of 2-3 applications
Project - Identify, analyse and submit reports

Sensors and Transducers

Definition of sensors and transducers
Types of sensors used in mechatronics applications
Sensor terminologies
Displacement, position, and proximity transducers
Velocity, motion, force and pressure sensors
Flow and liquid level sensors
Temperature and light sensors

Signal Conditioning and Data Acquisition

Amplification and attenuation, protection, filtering, compensation, pulse modulation
Analog to digital and digital to analog conversion of signals, Data acquisition, and presentation

Drives and Actuators

Power sources - Electric motors, IC engines, microturbines and batteries, stationary and mobile systems
Coupling and Drives - Mechanical and fluid coupling, belt and chain drives, gear drives, brushless DC motors with ball screw drive
Electrical actuators - Switches and relays, solenoids and permanent magnet motors, stepper motors
Pneumatics and hydraulics - Valves, cylinders, and rotary actuators, accessories and basic circuits

Computers, Communications and Programming

Microprocessor systems - Architecture, buses, microprocessors, and input/output modules, basic programming
Microcontroller systems - Architecture and interfacing requirements, programmable and embedded systems
Data communication systems - Hierarchical and distributed systems in network, protocols, serial and parallel communication interfaces

System Modeling and Control

Motion control by electrical, electromechanical, electrohydraulic, and electropneumatic systems
Vibration control in suspension systems
Temperature control in heat exchangers

Advanced Topics

Application of artificial intelligence tools such as artificial neural networks (ANN) and fuzzy logic in mechatronics
Smart materials
Microsensors and microfabrication using Lithography Galvanoforming Abforming (LIGA)

Admission details

The course registration for the ‘Industrial Mechatronic Systems’ certification can be done online through the course website.

Step 1: Navigate to the course page using the link,

https://www.tcsion.com/courses/industry-honour-course/mechatronic-systems/

Step 2: Click on the ‘Activate Now’ link.

Step 3: Fill in the details and sign in to the course account.

Step 4: Follow the instructions and join the classes.

Filling the form

The candidates applying for the ‘Industrial Mechatronic Systems’ course will have to enter personal details such as name, phone number, and email address to sign in to the course account.

Evaluation process

The students of this certification program should write and pass the summative assessments to receive the ‘Industrial Mechatronic Systems’ certificate of achievement after completing the course.

How it helps

The ‘Industrial Mechatronic Systems’ certification benefits include internships, the experience of industry-based projects, and assignments. The students will learn from professionals to gain extensive knowledge about mechatronics to enhance their industrial expertise in engineering.

Instructors

Dr Shrikrishna N. Joshi
Associate Professor
IIT Guwahati (IITG)

Ph.D

Mr Adil K Bala
General Manager
Tata Motors Limited

Other Bachelors, Other Masters

Mr Amitav Sahay
General Manager
Tata Motors Limited

FAQs

Which institute offers the ‘Industrial Mechatronic Systems’ certification program?

This course is provided by the TCS iON digital learning hub.

What prior experience do I require to apply for the ‘Industrial Mechatronic Systems’ online certification course?

You will need to have knowledge in the domains such as electrical technology, electronics engineering, computer programming, and mechanical engineering.

Can I take a re-exam for the summative assessment in the ‘Industrial Mechatronic Systems’ certification training?

Yes, you can write the exam again by paying the exam registration fee.

What is the eligibility to get the certificate of achievement for the ‘Industrial Mechatronic Systems’ online training?

You have to score a minimum of 40% in part A, a minimum of 50% in part B, and a total average of 50% to pass the test and receive the certificate of achievement.