Careers360 Logo
Interested in this College?
Get updates on Eligibility, Admission, Placements Fees Structure
Compare

Quick Facts

Medium Of InstructionsMode Of LearningMode Of Delivery
English, HindiSelf StudyVideo and Text Based

Course Overview

The thermodynamics programme offered by IIT Bombay is a fundamental course of thermodynamics which is designed for mechanical engineering students. During the course, the participant will be exploring various laws of thermodynamics in detail. 

The participants will receive in-depth insights about zeroth, first, and the second law of thermodynamics. The participants will also understand the properties of materials and the useful relationship between the properties. 

The teaching pedagogy imparts more emphasis on a problem-solving approach. The course is tailor-made for mechanical engineering students, although scientists, teachers, and engineers may also find it quite useful. 

The participants are allowed to learn at their own pace. The pre-recorded videos, PowerPoint presentation slides, graded assignments, activities, and reading materials are released after the course commences which the participant needs to complete before completion of the course. 

The participants are also provided with two language options­‑ Hindi and English, for the content of the course. However, the activities and assignments will be available in English only.

The Highlights

  •  IIT BombayX Honor Code e-Certificate provided after the course completion.
  • Self-paced learning flexibility
  • Well-experienced instructors of IIT Bombay
  • 100 % online course
  • The well-focussed problem-solving approach during teaching

Programme Offerings

  • pre recorded videos
  • graded assignment
  • power point presentation slides
  • activities

Courses and Certificate Fees

Certificate AvailabilityCertificate Providing Authority
yesIIT Bombay
  • The registration fees for the Thermodynamics programme is Rs 575. Sometimes, an early-bird discount of Rs 100 is provided to the participants on a first-come, first-serve basis.

Fees category

Amount in Rupees

Registration fees

575


Eligibility Criteria

Certification Qualifying Details

On completion of the course successfully, the participant will receive an IIT Bombay X Honor Code e-Certificate based on the grading policy stated in the course.

What you will learn

Knowledge of physics

After successful completion of the Thermodynamics course the participant will become proficient in the following skills:  

  • Understanding the fundamentals of thermodynamics

  • Using the first law of thermodynamics to understand heat interaction and energy.

  • Applying zeroth law to decide temperature and temperature scales.

  • Deriving equations of the state

  • Understanding the relationship between entropy and temperature scales by applying the second law of thermodynamics

  • Knowing the open systems in thermodynamics 


Who it is for

The course Thermodynamics is an amazing course that imparts in-depth knowledge about the principles and applicability of Thermodynamics. 

It is intended for participants who

  • Wish to gain in-depth knowledge about Thermodynamics 


Admission Details

Admission to the Thermodynamics programme can be done on IITB-Lakshya by following the steps given below: 

Step 1: Visit the Course page. 

Step 2: Enter the login details, personal details, and verification code mentioned on the website.

Step 3: Your account will be created after verification.

Step 4: To register for the course, click on the hyperlink that states ‘Announcements’. Choose the course Thermodynamics. You will be directed to the page that provides registration details.

Step 5:  Pay the registration fees to get enrolled. You will also be notified via email.

Step 6: Confirm your registration status by checking the list of participants. In case if your name is not reflected repeat Step 4 and Step 5 that are mentioned above.

Step 7: After confirming your name in the list of participants, visit the official website of IITBombayX. and register using the same e-mail id that was used by you in creating an account in Lakshya.

Step 8:The candidates will access the course post-registration. 

The Syllabus

Instructors

IIT Bombay Frequently Asked Questions (FAQ's)

1: How is the course relevant to the IIT Bombay campus course?

Yes, the course is related to ME209 Thermodynamics which is taught to a second-year mechanical engineering student at IIT Bombay. 

2: Are there any prerequisites for the course?

Yes, the course requires basic knowledge of physics and chemistry taught in high school and the ability to do integration, differentiation, exact differentials, and partial derivatives.

3: Are the prerequisites mandatory to enroll to the course?

Not actually, in the absence of prerequisites, the candidate needs to put in extra effort in learning.

4: Do I need to purchase a textbook?

The course content is based on a textbook which will be informed during the course. However, the participant doesn’t need to buy one.

5: How long does it take to complete the course?

It will take around 12 weeks if the participant can dedicate 8 to 10 hours per week.

6: What learning outcomes are achieved after the completion of the course?

The participant will be able to understand the fundamentals of thermodynamics and solve the problems related to thermodynamics.

7: Can I plan to go on leave or vacation during the course?

Yes, the participant can pro-rate their learning by working three weeks ahead. The exams are scheduled one week after the course materials are provided. They can plan leave or vacation in between.  

8: What type of assignments will be provided?

The assignments will mainly focus on the problem-solving approach.

9: What thing/s is required to be purchased by the participant during the course?

The participant will need to purchase a calculator during the course.

10: Who are the instructors of the thermodynamics course?

The instructors are PhD degree holders and associate professors of IIT Bombay having vast experience in teaching thermodynamics. 

Articles

Back to top