Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
The Heat Transfer certification is meant for students who want to get admitted to an undergraduate course. The course covers the broad subject line of heat transfer that takes place in different processes of different kinds of chemical industries. Candidates who are willing to learn from this college will be able to learn the basics of different modes of heat transport.
The estimated time taken to complete the Heat Transfer certification syllabus is 12 weeks. Since the course is a self-paced program, students will be able to complete the curriculum according to their willingness. The course is provided by the Indian Institute of Technology, Bombay, and will contain 60 lectures in totality.
The Heat Transfer online course also provides the provision of certificates to the students. Participants can achieve a certificate for this online program by qualifying for the examination conducted by the creator offline. For a better learning experience of the course for the students, students will be provided with all the study notes, tests, quizzes, assessments, and other activities without any cost.
The Highlights
- Offered by Swayam
- 60 different lectures
- 12 weeks program
- Self-paced training
- Online course
- Certification of completion by IIT Bombay and NPTEL
Programme Offerings
- Text
- assessment
- Modules
- quizzes
- Discussion Forums
- Video lectures Tests
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 1000 | yes | IIT Bombay |
- Candidates need to go through an offline exam in order to get the certification for this program by paying the Heat Transfer fees of Rs. 1000
- Participants who are willing to join this online learning experience can directly join the course on the website without making any payment.
Heat Transfer fees details
Heads | Amount in Rupees |
Course joining fees | Free |
Exam fees | Rs.1,000 |
Eligibility Criteria
Education
Candidates who have basic information about linear algebra and fluid mechanics can apply for this program.
Certification Qualifying Details
Candidates who desire to be certified for this course must go through an in-person exam conducted by the creator and fulfill the eligibility of getting at least 10 marks out of 25 in assignments on the basis of best 8 out of 12 assignments and an exam score of at least 30 out of 75 so that the final score for them is 40 out of 100 marks.
What you will learn
Given below are the points that will be learned by a student who completes the course successfully-
- Candidates will learn about the fundamentals of heat transfer in the Heat Transfer training.
- Candidates will get an understanding of how to design equipment in which heat exchange is involved.
- Participants will learn about conduction and energy balance in the course.
- Learners will get an idea of the process of heat generation in the Heat Transfer certification course.
- Candidates will be able to learn the order of magnitude analysis through this program.
- Learners will acquire knowledge about flow through different objects of different shapes like pipes, cylinders, flat plates, etc.
- Candidates will learn about boiling, condensation, and radiation in the curriculum of the course.
- Candidates will come across Kirchoff’s law in the Heat Transfer program.
- Learners will gain practical knowledge about topics through real-life examples.
Who it is for
This Heat Transfer by Swayam is appropriate for the following candidates-
- Participants who have completed their undergraduate degree or graduation in the field of chemical and mechanical engineering.
- Working professionals such as teachers from the same field.
- Candidates who have a basic understanding of linear algebra and fluid mechanics.
Admission Details
Candidates who want to apply for this online training need to go through the following admission procedure-
Step 1. Students must apply only through the given link - https://onlinecourses.nptel.ac.in/noc22_ch09/preview
Note - There is no joining tab given on the website at the moment. Students are requested to kindly wait till its availability.
The Syllabus
- Introduction
- Energy balance
- Introduction to conduction
- Resistances in composite Wall Case
- 1D Steadystate conduction - resistance concept
- Resistances in radial systems
- Introduction to extended surfaces
- Heat generation I - plane and a cylindrical wall
- Extended surfaces I -general formulation
- Extended surfaces II - uniform cross-sectional area
- Extended surfaces III -varying cross-section area
- Transient analyses I -lumped capacitance method
- Transient analyses II - full method
- Transient analyses -semi-infinite case
- 2D plane wall
- Introduction to convective heat transfer
- Energy and mass balances - boundary Layer Approximations
- Heat and mass transport coefficients
- Laminar and turbulent flows - momentum balance
- Boundary layer - momentum, thermal, and concentration
- Order of magnitude analysis
- Reynolds and Chilton Colburn analogies
- Transport coefficients
- Forced convection -introduction
- Relationship between momentum, thermal and concentration Boundary Layer
- Flow past cylinder
- Flow past flat plate I - method of Blasius
- Flow past flat plate II - correlations for heat and mass transport
- Flow-through pipes I
- Flow-through pipes II
- Flow-through pipes III
- Flow-through pipes IV – mixing-cup temperature
- Flow-through pipes V – log mean temperature difference
- Flow-through pipes VI – correlations for laminar and turbulent conditions
- Flow-through - forced convection
- Introduction to free and natural convection
- Heated plate in a quiescent fluid- I
- Heated plate in a quiescent fluid- II
- Boiling I
- Boiling II
- Condensation - I
- Condensation - II
- Spectral intensity
- Radiation - introduction
- Radiation- spectral properties, blackbody
- View factor examples
- Surface adsorption
- Kirchoff’s law
- Properties of a blackbody
- Radiation exchange - view factor
- Resistances - Oppenheim matrix method
- Resistances - examples
- View factor - inside sphere method, blackbody radiation exchange
- More examples - volumetric radiation
- Diffuse, gray surfaces in an enclosure
- Introduction and examples
- LMTD I
- Parallel flow heat exchangers
- Epsilon- NTU method
- Shell and tube heat exchangers
Evaluation process
Candidates who desire to be certified for this course must go through an in-person exam conducted by the creator and fulfill the eligibility of getting at least 10 marks out of 25 in assignments on the basis of best 8 out of 12 assignments and an exam score of at least 30 out of 75 so that the final score for them is 40 out of 100 marks.
Instructors
IIT Bombay Frequently Asked Questions (FAQ's)
Candidates can enroll themselves in the program by visiting the official page of the course.
Candidates who do not fulfill both the prerequisite given in the course would not be able to understand the topic related to that prerequisite. Candidates are expected to choose the course according to their choices.
Candidates can choose to leave the course whenever they want and proceed to enrol themselves in another course of their choice.
Candidates need to pay an amount of Rs. 1,000 as the exam fees.
There are no registration fees for the course as well as the exam. However, candidates need to pay the exam fees if they choose the option.
Candidates will be given the study material from the provider at zero cost once they get admitted to the course.
All the information regarding the proctored exam will be announced on the official website when the registration process is open.
Candidates who get the e- certificate for their course can verify the same at the given link- nptel.ac.in/noc
Candidates need to do an assignment every week after the completion of one topic. The total number of assignments given to the students throughout the course will be 12.
Students will be provided with a total of 60 video lectures throughout the program.