Certificate in Mechatronics and Smart Industry

Build Your Career in Smart Manufacturing

₹ 29,086/- ~~₹ 34,219/-~~ (Inclusive of all applicable taxes)

Application End Date:

Make a life-changing career decision now!

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).

Potential Job Opportunities

5,000+ jobs listed across various industries
Earning Potential

Potential to earn an average salary of ₹ 5 LPA to ₹ 6 LPA
Employment Sector

Automobile, Manufacturing, Automation, Medical Applications and more

Potential Career Path

Mechatronics Engineer

Automation Developer

IoT Application Developer

Related Courses

Course Details

Commencement Date
Duration 480 hours
Language English

Eligibility Criteria Class 10th + pursuing Diploma, pursuing B.Tech/B.Sc
Minimum Age: 18 Years
Assessment
- Multiple intermediate assessments and one final assessment leading to certification.
- Final assessment date will be announced, 1 month in advance.
- NA
- NA

Total Credits NA
Lecture Credits NA

Practical Credits NA
Course Format Blended with Online Live Lectures and Hands-on Learning at Learning and Assessment (L&A) Centre

Learning and Assessment Centre

What you will learn in the Course

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

Course Summary

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.

Course Syllabus

The course syllabus will be delivered through a combination of learning resources, live lectures, community-based interactions and hands-on experience at L&A Centres, as applicable.

Module 1: Introduction to Mechatronics

In this module, students will learn about Mechatronics and its key elements, evolution of Mechatronics system and sensors, actuators, controllers used in Mechatronics systems.

Module 2: Industrial Automation

In this module, students will learn about PLC fundamentals and programming, introduction to SCADA and overview of Robotic systems.

Module 3: An Overview of IoT

In this module, students will learn about IoT and its application areas, technology enablement and key IoT technologies along with a case study.

Module 4: IoT Hardware Platforms

In this module, students will learn about the various IoT hardware platforms, programming with Arduino IDE and interfacing of sensors and actuators.

Module 5: Communication Protocols for IoT

In this module, students will learn about Wired Communication Protocols and Wireless Communication Protocols.

Module 6: Networking and Cloud Computing in IoT

In this module, students will get introduced to Cloud Computing, learn role of networks in Cloud Computing, role of web services, service models and connecting to cloud.

Module 7: Data Analytics for IoT

In this module, students will learn about data handling and data visualisation with use cases.

Module 8: Introduction to Industry 4.0

In this module, students will learn about Lean Manufacturing, Industry 4.0, Cyber-Physical Systems (CPS), Product Lifecycle Management in Industry 4.0 and Cyber Security.

Module 9: AI for IoT

In this module, students will be introduced to ESP32 and Raspberry Pi and interfacing with camera, and IoT development system for implementing Artificial intelligence for IoT.

Module 10: Industrial Internet of Things (IIoT)

In this module, students will learn about Industrial Internet of Things (IIoT) and its components, IIoT cloud platforms and its use cases.

View Full Syllabus Download Syllabus

*Modules are subject to change based on Academic Partner’s discretion; learners will be informed of the ﬁnal curriculum during the orientation.

Course Features

Digital Learning Resources

Enriching learning resources accessible anytime and anywhere

Live Lectures

Live lectures delivered by Academic and Industry Experts

Academic Connect Community

Moderated by an Academic Expert with a focus on building conceptual clarity

Industry Connect Community

Moderated by an Industry Expert with a focus on building industry-oriented applied knowledge

Industry Assignments

Access to projects to offer industry-relevant practical exposure to learners

Intermediate Assessments

Continuous check for skills competency highlighting scope for improvement

Final Assessment

End-term test of theoretical and applied knowledge

Digital Certification

Certificate issued by Academia and Industry on successful completion of the learning programme

Internship Opportunity

To provide on-the-job real-time industry exposure for learners in the respective learning programmes

Job Opportunity

Access to TCS iON Job Listing Portal - a hub of employment opportunities across sectors

Digital Learning Resources Enriching learning resources accessible anytime and anywhere
Live Lectures Live lectures delivered by Academic and Industry Experts.
Academic Connect Community Moderated by an Academic Expert with a focus on building conceptual clarity
Industry Connect Community Moderated by an Industry Expert with a focus on building industry-oriented applied knowledge
Industry Assignments Access to projects to offer industry-relevant practical exposure to learners
Intermediate Assessments Continuous check for skills competency highlighting scope for improvement
Final Assessment End-term test of theoretical and applied knowledge
Digital Certification Certificate issued by Academia and Industry on successful completion of the learning programme
Internship Opportunity To provide on-the-job real-time industry exposure for learners in the respective learning programmes
Job Opportunity Access to TCS iON Job Listing Portal - a hub of employment opportunities across sectors

Meet the Mentor(s)

Anuradha A. Bakare

Programme Head,

Department of Electronics and Communication Engineering,

MIT-WPU Pune

Anuradha A. Bakare is the Programme Head in the Department of Electronics and Communication Engineering. She has completed M.Tech in Electronics and Telecommunication Engineering and has 25+ years of experience in Academics.

Manjushri Joshi

Assistant Professor,

Department of Electronics and Communication Engineering,

MIT-WPU Pune

Manjushri Joshi is working as an Assistant Professor in the Department of Electronics and Communication Engineering. She has completed M.Tech in Electronics and Telecommunication Engineering and has 25+ years of experience in Academics.

Manisha Kuveskar

Assistant Professor,

Department of Electronics and Communication Engineering,

MIT-WPU Pune

Manisha Kuveskar is working as an Assistant Professor in the Department of Electronics and Communication Engineering. She has completed M.Tech in Digital Electronics and has 25+ years of experience in Academics.

Connect with Us

If you want to know more about our products or have any other queries

FAQs

1. What is the application process for the programme? +

Candidates must apply on OR before the application closure date on TCS iON Digital Learning Hub and complete their application process on the MIT-WPU website.
Verification of candidate details and application will be done by MIT-WPU.
If the application is approved, candidates will receive an approval notification via email/sms from MIT-WPU.
In case the application gets rejected by MIT-WPU; candidates will not be able to enrol for the programme.
If there is any information missing in the application form, candidates would be asked by MIT-WPU to edit/fill the application form with missed out information and resubmit.
Approved candidates will receive the payment link from MIT-WPU through email to pay fees and register for applied programme on MIT-WPU website.
Registered candidates will receive Activation Code with link from MIT-WPU through email to activate the programme on TCS iON Digital Learning Hub.
Candidates can login to TCS iON Digital Learning Hub and click on ‘Active Code' on Programme Microsite to activate the courses.
Learning programme will be added to learner’s dashboard subject to successful activation.

2. Who should join this programme and how will this help learners in building their proficiency? +

Any 10^th + diploma pursuing candidates, undergraduates, placement aspirants or working professionals are eligible to join this learning programme.
This programme will help learners configure and design Mechatronics and Automation systems. Learners will understand concepts behind implementing IIoT and adapt to Industry 4.0.

3. What will be the teaching-learning method for this programme? +

The programme includes online live sessions, recordings of live sessions, reading materials, simulation labs, community-based interactions and hands-on learning experience at the Learning and Assessment Centre.

4. What is the attendance policy? +

80% attendance for scheduled live lecture sessions on the learning platform and 90% attendance for scheduled practical sessions at L&A Centre is mandatory.

5. If I am unable to progress with the learning due to critical reasons, can I complete my certifications at the later stage? +

It is recommended to complete the programme during the scheduled time period. In case of any break in the learning progress, learner will need to purchase the programme again.

6. What is a Learning and Assessment Centre? +

Learning and Assessment Centre (L&A) is a facility where the hands-on/practical part of the learning programme will be conducted.

7. Once the Learning and Assessment Centre is assigned, can I change at a later stage? +

Once assigned, any request for change of Learning and Assessment Centre will not be accepted due to scheduling and logistics reasons.

8. Due to some reasons if I am unable to go to the Learning and Assessment Centre on the assigned date, will I be able to attend on another date? +

Based on the programme construct and availability of slots, learners can be assigned with another date. Learners should connect with the respective L&A Centre to check and book the slot.

9. How am I assessed and what is the process for re-examination? +

The programme includes two sets of assessments - Intermediate and Final.
- Intermediate Assessments: These are module-wise assessments, quizzes/assignments that are planned at regular intervals through the entire programme duration. The end of module exams have no weightage in the final summative score of this programme.
- Final Assessment: Final assessment will be conducted at the end of the learning programme.
Learners need to secure minimum 60% of marks to pass the final assessment (both in theory and practical).
Learners will get two attempts to clear the final exam. An exam fee will be applicable for the second attempt.

If the learner is not able to clear the exam in the second attempt, he/she will have to purchase the programme again.

10. What are the criteria to obtain a certificate? +

Learners should have completed 80% attendance for live lectures and 90% attendance for practical sessions at L&A Centre.
Completion of all module nodes (inclusive of internal assessments and assignments).
Successful completion of summative/final assessment and projects (as applicable).
The following is the performance grade structure for the final assessment for this programme:

80% and Higher: Grade A
70% to < 79.99%: Grade B
60% to < 69.99%: Grade C
0.0% to < 59.99%: Grade D - Fail

Learners who have not cleared/appeared for the summative assessments can reappear for the same. Candidates will be provided total of 2 attempts to clear the summative exams.

11. How will this programme make me job ready? +

This programme is designed in consultation with our academic and industry SMEs to ensure that the skills and competencies covered are relevant and makes the learner job ready.
The programme emphasises on both conceptual and hands-on practice and complimented with internship opportunities in industry, as applicable.
In addition to the programme certificate, learners can also opt for TCS iON National Qualifier Test (NQT) from TCS iON to enhance their job accessibility. TCS NQT Score is a validation of their cognitive and aptitude skills.

12. Is there any internship opportunity through this programme? Will I be placed in the same company from where I pursued my internship? +

Remote or on-site internship opportunities will be made available, as applicable. This is subject to available opportunities and policies of the companies.
Access to employment opportunities is subject to available vacancies and hiring policies of the companies.

13. What is the refund policy for the programme? +

Once the payment is made, no refund will be issued under any circumstances.

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