Corrosion Environmental Degradation Surface Engineering
Learn science and engineering of surface degradation with Corrosion/Environmental Degradation/Surface Engineering certification by NPTEL.
Online
12 Weeks
Free Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
The Corrosion/Environmental Degradation/Surface Engineering certification course is a 12-week programme. The prerequisite for this certification course is the students must have done basic courses on Instrumentation, Material Science, Physics, Chemistry, and Mathematics. The certification programme is designed for undergraduate and postgraduate students.
The certification programme covers a comprehensive curriculum that includes an introduction to surface degradation, parameters related to surface degradation, and assessment procedures. The Corrosion/Environmental Degradation/Surface Engineering certification by NPTEL provides a deep understanding of the science and engineering of surface degradation focusing on corrosion and environmental degradation of materials.
Also Read: Online Metallurgical Engineering Courses & Certifications
The Highlights
- Video Course
- 12 Weeks Duration
- Completion Certification
Programme Offerings
- assignments
- hands-on training
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | IIT Delhi |
Eligibility Criteria
Academic Qualifications
The students must have done basic courses in Instrumentation, Material Science, Physics, Chemistry, and Mathematics to be eligible for the Corrosion/Environmental Degradation/Surface Engineering online course.
Certification Qualifying Details
To receive a certificate from NPTEL, the candidates are required to pass the written examination by registering for the exam on the NPTEL official website.
What you will learn
The students gain in-depth knowledge of surface degradation and its science and engineering. After completion of the Corrosion/Environmental Degradation/Surface Engineering certification syllabus, they will gain knowledge and skills in using surface engineering to mitigate the processes. The students will also explore the principles of surface degradation mechanisms, control and preventive strategies.
Upon completion of the Corrosion/Environmental Degradation/Surface Engineering training, the students will be able to apply the principles and methods to improve the performance and longevity of materials in challenging settings. They will also gain in-depth knowledge of how environmental conditions, material qualities, and degradation mechanisms interact and the usage of information in real-world scenarios.
Who it is for
This certification course is designed for aspiring students to develop the necessary skills and knowledge in the field. This Corrosion/Environmental Degradation/Surface Engineering online course is also beneficial for:
Admission Details
To join the Corrosion/Environmental Degradation/Surface Engineering classes, follow the steps mentioned below:
Step 1: Browse the link mentioned below:
https://nptel.ac.in/courses/113102109
Step 2: Log in with a Google account or create a new account and log in.
Step 3: Fill out the form with the required information, submit it and start the course.
The Syllabus
An introduction to surface degradation
- Course Introduction
- Introduction to surface degradation mechanisms
- Surface Degradation: A Commercial Perspective
Surface Degradation - 1
- Adhesive wear mechanism
- Abrasive wear mechanism
- Wear Phenomena Defined by Dimensionless Parameter
Surface Degradation - 2
- Erosive and cavitation wear
- Fatigue, Fretting, Melting and Diffusive wear mechanisms
Surface deterioration - 3
- Fracture surface degradation
- Heat and Radiation on surface degradation
- Role of fatigue & fracture mechanisms in wear debris formation
Surface deterioration - 4
- Corrosion - Part I
- Corrosion - Part II
Surface deterioration and Fractography
- Synergistically combined degradation mechanism
- Fractograph
- Environmental assisted surface deterioration - Part 1
Environment and Its relation to degradation
- Environmentally assisted surface deterioration- Part 2
- CEnvironmentally assisted surface deterioration- Part 3
- An overview of testing methods
Characterisation techniques - I & Prevention
- Non- destructive testing – Part 1
- Non- destructive testing – Part 2
- Non- destructive testing – Part 3
Characterisation techniques - II
- Non- destructive testing – Part 4
- Selection of Non- Destructive Technique
- Digitization of Established Curves & Data Driven Approach
Failure analysis/ Life cycle assessment Lecture
- Principle component analysis (PCA)
- Failure/ Fault Analysis Lecture
- Failure Mode and Effect Analysis (FMEA)
- Failure Mode and Effect Analysis (FMEA)-2
Surface degradation mitigation methods - I
- Maintenance
- An Introduction Lecture
- Life Cycle Impact Assessment Lecture
- Surface Engineering
Surface degradation mitigation methods - II
- Surface Coating Lecture
- Economic Losses by Corrosion Degradation Lecture
- Quantification of Economic Losses caused by Corrosion Degradation
Evaluation process
The students must pass the exam after the completion of the Corrosion/Environmental Degradation/Surface Engineering certification course. They must score a minimum of 25% in assignments and 75% in the written exam, with a total of 100 marks.
IIT Delhi Frequently Asked Questions (FAQ's)
The certification course duration is 12 weeks. The course deals with the science and engineering of surface degradation with a focus on corrosion and environmental degradation of materials.
The intended audience for this certification course is undergraduate and postgraduate students.
The certification course curriculum includes modifications to surfaces and their impact on deterioration, design and processing of coatings, designing for corrosion control and prevention, and environmental regulations on surface engineering.
Yes, there are four types of certificates available such as Silver, Gold, Elite and Completed. Students will receive any one of them, based on their performance in the written exam and assignments.
Candidates must score a minimum of 10 out of 25 per cent in the assignment and 30 out of 75 per cent in the final proctored examination.