Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
---|---|---|
English | Self Study | Video and Text Based |
The Phase Equilibria in Materials (Nature & Properties Of Materials-II) certification course, targets undergraduates and postgraduates across science and engineering fields. Over 8 weeks, it delves into thermodynamics essentials, emphasizing their application in comprehending phase diagrams, phase equilibrium, and microstructure evolution correlation.
Catering to students with a 12th-standard science background, the Phase Equilibria in Materials (Nature & Properties Of Materials-II) certification by Swayam illuminates unary, binary, and ternary systems' phase diagrams. Supported by materials-focused industries, the course aims to equip learners with a profound grasp of phase diagrams' intricacies.
Fees Informations | Certificate Availability | Certificate Providing Authority |
---|---|---|
INR 1000 | yes | IIT Kanpur |
The Phase Equilibria In Materials (Nature & Properties Of Materials-II) certification fees is free. However, if you want a certificate, you must register and take the proctored exam at designated centers, which is optional and comes with a fee of Rs 1000.
Phase Equilibria In Materials (Nature & Properties Of Materials-II) Certification Fee Structure
Particulars | Total Fees |
Phase Equilibria In Materials (Nature & Properties Of Materials-II) (exam) | Rs 1000/- |
Academic Qualifications
The Phase Equilibria in Materials (Nature & Properties Of Materials-II) certification course is accessible to candidates who have passed the 12th standard in science background.
Certification Qualifying Details
To receive the Phase Equilibria in Materials (Nature & Properties Of Materials-II) certification by Swayam, you need a minimum average assignment score of 10/25 and an exam score of 30/75.
After completing the Phase Equilibria in Materials (Nature & Properties Of Materials-II) certification syllabus, you will delve into the fundamental principles of thermodynamics. You will unravel the thermodynamic basis of phase diagrams, decode free energy composition diagrams, and explore the nuances of phase equilibrium.
Upon completion of the Phase Equilibria in Materials (Nature & Properties Of Materials-II) training, you will gain a solid grasp of the essential concepts, equipping you with the knowledge to decipher and interpret phase diagrams effectively. You will learn how to apply these insights, making you adept at correlating phase diagrams with microstructural changes.
The Phase Equilibria in Materials (Nature & Properties Of Materials-II) online course is designed for people aiming to enhance their knowledge of material science and its practical applications. This course is particularly beneficial for:
Follow these steps to join the Phase Equilibria in Materials (Nature & Properties Of Materials-II) classes:
Step 1: Browse the URL below:
https://onlinecourses.nptel.ac.in/noc23_mm27/preview
Step 2: Click on the “Sign-in/ Register” button
Step 3: Fill out the necessary details and submit the form
The Phase Equilibria in Materials (Nature & Properties Of Materials-II) certification offers an optional exam. Your final score is determined by averaging the best 8 out of 12 assignments (25%) and your proctored exam score (75%).
This course is open to undergraduate students from any branch of science or engineering and postgraduate students engaged in materials-related research.
The course spans 8 weeks, providing a comprehensive exploration of thermodynamics, phase diagrams, and their applications in materials science.
Completing this course can lead to various career paths, including roles in materials engineering, metallurgy, research, quality control, and academia. The industry support indicates its practical relevance to materials-related companies.
Yes, a 12th standard science background is required for enrollment. This ensures that participants have a foundational understanding of the scientific principles essential for the course.
Yes. The course emphasizes the practical application of thermodynamics and phase diagrams, enabling you to correlate these concepts with microstructure evolution.