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 Equipment Design – Mechanical Aspects online programme spans four weeks, allowing you to cover core subject topics swiftly. It is an online course hosted by Swayam and approved by AICTE. As such, it receives industry support from all chemical process plants.
Equipment Design – Mechanical Aspects certification syllabus will primarily focus on important chemical plant equipment, including evaporators, absorbers, reactors, etc. You will understand all the equipment designs in-depth and from a mechanical POV.
Through weekly assignments and live classes conducted by an expert faculty, you will learn how different types of stress and strains impact mechanical designs in the Equipment Design – Mechanical Aspects course. Additional reference and reading materials will also be available to you for holistic learning.
Swayam provides an online forum as well to foster healthy discussions between students and course instructors. You can also clear your doubts if any. After successful course completion, you can apply for the proctored exam and earn the Equipment Design – Mechanical Aspects certificate.
The Highlights
- A course by IIT Roorkee
- E-certificate
- Register for free
- Approved by AICTE
- UG-level course
- A course in Chemical Engineering
- Online learning
- 4-weeks course
- Books and references
- FDP course
- No prerequisites
- Elective programme
- Short-term course
Programme Offerings
- UG-level programme
- online learning
- Free Enrolment
- FDP course
- E-certificate
- Chemical Engineering course
- Weekly lectures
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 1000 | yes | IIT Roorkee |
- Anyone can audit the Equipment Design – Mechanical Aspects certification course by Swayam without a fee.
- While the course certificate is optional, you can only obtain it after paying the exam fee of Rs 1000.
Structural Biology fee structure
| Course Option | Fee |
Equipment Design – Mechanical Aspects (Audit mode) | FREE |
| Equipment Design – Mechanical Aspects (Course content + certificate) | Rs 1000 |
Eligibility Criteria
No minimum qualification requirements decide enrolment in the Equipment Design – Mechanical Aspects course by Swayam. Anyone can join.
Certificate Qualifying Details
Besides, Swayam allows you to earn a digital certificate on completing the Equipment Design – Mechanical Aspects syllabus, provided you meet the two certification qualifying conditions.
Firstly, your average score for the assignments needs to be 10 out of 25 or more. Only three out of four assignments will be considered for the average, which will comprise 25% of the final score.
Secondly, you must take the proctored exam when the Equipment Design – Mechanical Aspects online course ends and secure either 30/75 or more to qualify for the certificate. About 75% of your exam score will constitute the final certification marks.
Additionally, the final score by combining your average assignment and exam score has to be 40 or above. Only then you will be eligible to receive the e-certificate from Swayam.
What you will learn
Studying the Equipment Design – Mechanical Aspects syllabus in-depth will make you knowledgeable in the following:
- Mechanical equipment designs
- Shell design
- How vessels behave under high pressure
- How vessels behave under external pressure
- L/D vessel ratio
- Flanges' design
Who it is for
UG students will suit the Equipment Design – Mechanical Aspects certification course perfectly. Professionals who have years of industrial experience designing process equipment and working in chemical process plants will also benefit.
Admission Details
Step 1: First step of registering for the Equipment Design – Mechanical Aspects online course by Swayam – tap the link: https://onlinecourses.nptel.ac.in/noc23_ch69/preview
Step 2: There will be a red 'Sign-up/Register' tab on the course page. Click it to reach the online sign-up form.
Step 3. Provide the requested contact details to create a new account on Swayam. Logging through your social IDs will also do.
Step 4. Next, verify the email ID you registered with and begin learning.
Application Details
While there aren't any application forms you need to complete for joining the Equipment Design – Mechanical Aspects programme, you need to fill out an online sign-up form. A suitable username, password, and a working email ID are all you need to provide in the online form. Once you're done, hit the 'send verification code' button to complete the process.
The Syllabus
- Introduction
- Stress and Strain Relationship
- Terminologies
- Design of Shell
- Design of Heads
- Compensation for Opening
- L/D ratio of vessel
- Design of Flanges
- Design of Support
- Vessel under external pressure
- Vessel under very high pressure
Evaluation process
Swayam will hold an optional exam when the Equipment Design – Mechanical Aspects course ends. It will be conducted at various exam centres in person and under the observation of a proctor. You can choose the morning slot starting from 9 AM and ending at noon or the afternoon one from 2 PM to 5 PM.
Swayam will announce the complete exam details by publishing the exam URL a few weeks before the exam date. You can learn about the same while filling out the online exam form.
Instructors
IIT Roorkee Frequently Asked Questions (FAQ's)
Yes. Since the Equipment Design – Mechanical Aspects online course has a UG-level difficulty; PG students will not face any problems in learning the course content.
Yes. You will complete this course in four weeks only.
You can take this online course for free, but you'll need to pay the applicable exam fee if you want the certificate.
Yes. Because Equipment Design – Mechanical Aspects is an AICTE-approved FDP course, many chemical process plants will hire you readily.
Prof. Shabina Khanam, an Associate Professor, working in the chemical engineering department of IIT Roorkee, will provide the course instructions.