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Quick Facts

Medium Of Instructions	Mode Of Learning	Mode Of Delivery
English	Self Study	Video and Text Based

Course Overview

Advanced Transport Phenomena training deals with every aspect of the transport phenomena. This course is at an intermediary level. It covers up the microbalances, radiation, convection, diffusion, and many more aspects of energy and heat. It is an engineering course designed to advance the already existing knowledge in the engineering domain. Here, practical guidance for successful implementation will be focused on.

The complexity and the related problems in transport phenomena will be specifically dealt with in this course. This course is specifically for candidates who have an interest and knowledge in engineering. This program is self-paced. The course is offered by the DelftX institution. There is also a financial assistance scheme that offers a 90% discount coupon for purchasing the verified certificate.

The Advanced Transport Phenomena program will be signed by the course instructor and it will contain DelftX’s logo. The certification is for those candidates who enrolled through the verified track. The certification will benefit the candidate with greater career prospects and new improved connections on Linkedin. The students can also audit the programme for a limited period in the free audit track.

The Highlights

90 % financial assistance available
Offered by Delft University of Technology
Shareable certification
Duration of 6 weeks
The weekly effort of 8-10 hrs
Video transcripts available in English
Signed certification
Licensed course materials

Programme Offerings

Graded questions
discussion forum
video lectures

Courses and Certificate Fees

Fees Informations	Certificate Availability	Certificate Providing Authority
INR 13114	yes	Delft University of Technology

The Advanced Transport Phenomena fee details will be shown here. It is advised to check the details properly-

The course is free of cost on the audit track.
If the candidates decide to add a verified certificate along with the course, the payment will be ₹13,114

Advanced Transport Phenomena fees details

Fee category	Amount
Certification	₹13,114

Eligibility Criteria

Work experience

The candidates who have experience in the engineering field can apply to refresh their knowledge in this Advanced Transport Phenomena training.

Education

The candidates who have completed TP101x will be benefitted. The candidates who have not completed TP101x can also apply. But they must have prior knowledge of basic physics, calculus (derivative, integral, simple differential equations), and thermodynamics (concepts of the first and second law, properties of fluids, heat effects).

Certification qualifying details

To qualify for the certification, the candidates will have to score 60 % or more in the final grade. The candidates will have to pursue the course on the verified track. The final grade for this course will be calculated as a score percentage.

What you will learn

Knowledge of engineering

The Advanced Transport Phenomena certification course is centered on engineering principles and hopes to cover every aspect of the science behind transport phenomena. These are some of the learning outcomes, this course hopes to cover-

The explanation of various heat and transfer-related problems in real-life will be covered under the Advanced Transport Phenomena certification syllabus.
The energy loss in a pipeline system and pipelines will be explained and calculated with the required mathematics for this course.
The introduction of grey and black bodies along with heat radiation will be given to the candidates.
The candidates will learn how to calculate radiation heat loss.
Microbalance will be introduced and an overview of diffusion and heat conduction will be included in the Advanced Transport Phenomena Certification course.
The curriculum also put an effort to make candidates learn to differentiate toothpaste and flow state of water.
The specific reasons for the difference between toothpaste and water will be taught.
The component distribution over the immiscible phase will be conveyed to the candidates.
The importance of component distribution over the immiscible phase and how it is applicable are also included for the candidate's understanding.
The candidates will also come to know about the definition of Newtonian and non-newtonian fluids.

Who it is for

The Advanced Transport Phenomena Online course is highly beneficial for the following type of candidates:

The candidates who have prior knowledge of mass and heat transport phenomena.
The completion of TP101x is recommended.
The candidates who have basic high school physics, calculus, and thermodynamics will be able to follow this course.

Admission Details

Following are the admission details given to guide the candidates for easy course accessibility-

Step 1: The eligible candidates can open their browser and go through this Advanced Transport Phenomena course URL- https://www.edx.org/course/duplicate-version-do-not-use

Step 2: The candidates will have to register by filling up their authentic email and name.

Step 3: Then the candidates can “Sign in” with their registered account.

Step 4: The candidates will be automatically directed to the course page. The candidates can go through it and check the course content properly.

Step 5: On the course page, the candidates will have to click on the “Enrol” button.

Step 6: Two ways of pursuing the course will appear. The audit track is free but without any certification, whereas the verified track requires Rs. 3,645 for the certification along with the course content.

Step 7: The candidates can apply either of the two modes and start their learning process.

The Syllabus

A short summary of microbalances in tubular reactors (plug flow), within parallel the introduction of the ‘microbalance’ for subjects that were not covered in TP101x Transport Phenomena, such as Fourier and Fick's law in different geometries (diffusion through membranes).

The momentum balance is a new subject and can be combined with mass and energy balance.
Introduction of the pressure drop by means of a force balance and the definition of the friction factor for tubes, bends, and other pipe connections. A link can be made to the mechanical energy balance.

Convective transport is much more powerful than diffusion. It is also much more complex and in most cases can only be treated using (dimensionless) correlations for the transfer coefficients.
Along with convective heat transfer, the analogy is introduced with mass transfer.

Mass transfer between two phases is introduced. Further, the partition coefficient between the two phases is explained.

Definition of Newtonian and non-Newtonian fluids and the derivation of the velocity profile between two parallel flat plates and in a tube.

Introduction of the radiation; heat transfer (Stefan-Boltzmann).
Illustration by its relevance in practice (radiation, emission, transparency, “grey” bodies).

Instructors

Delft University of Technology Frequently Asked Questions (FAQ's)

1: When will the verified certificate get issued for Advanced Transport Phenomena Online course?

The verified certificate will get issued when the candidates fulfill all the requirements for the course. It will get issued within one week of the course end date.

2: Who are the instructors who will teach Advanced Transport Phenomena certification syllabus?

The instructors who will teach in this course are professors from the Delft University of Technology. They are- Robert Mudde who is a professor of multiphase flow at chemical engineering, Peter Hamersma who is an associate professor in the department of chemical engineering.

3: What is the license policy for the materials?

This course’s materials are licensed under Creative Commons attribution-noncommercial-ShareAlike(CC –BY- NC- SA) 4.0 International license. The materials also have the copyright of the Delta University of Technology.

4: Where to go to know more about the donations?

The candidates who are willing to generously donate to the edX platform can go to the “Connect” section present at the bottom of the course page. In the “Connect” section, the candidates will find the “Donate” option. Then the candidates can pay through PayPal in the “Support edX” button.

5: How do I know if the donations are put to good use?

EdX is a non-profit organization under Section 501(c)(3) of the Internal revenue code. The donations collected through generous candidates are used for localization of courses, financial assistance, adding new courses and credentials.

6: Where to look for my ID verification review?

After completing the Advanced Transport Phenomena program, the candidates can avail of the verified certificate. For that, the candidates will have to provide an ID/ photo to prove their authenticity. The verification status after submitting the photos will appear on the right side of the edX dashboard.

7: Do I have to rename my edX account name if it doesn’t match with my ID?

To avail of the verified certificate, the candidates will have to provide ID or any proof of identity. When uploading the ID, the candidate's full name must match the edX account’s full name. The candidates will have to rename their edX account if it doesn’t match with their ID.

8: Is there any deadline for submitting the financial assistance form?

The candidates who can’t afford the full price of the verified certificate can opt for financial assistance through upgrading. The financial assistance form is subjected to the course type and date. The candidates will have to check the Advanced Transport Phenomena course page for confirmation.

9: How can I get help in the discussion forum?

The discussion forum is designed to help the candidates resolve their queries and doubts by discussing them with their peers and course instructors. The candidates can get help on the course curriculum and also on other course-related topics.

10: Where is the bookmark on the course page? How to use it?

edX provides a bookmark option for easy accessibility of the deemed important pages for the candidates. It can be found on the right-hand side of the “Course Tools” section on the course page.