PG_Admissions

NOC to Launch the ME (MY)

ADMISSION / ELIGIBILITY CRITERIA:
The candidates have obtained the degree in Metallurgy Engineering & Materials Engineering
and allied disciplines from the institutions as recognized by this University will be accepted
for admission. Other eligibility criteria would remain the same as described in the Regulations
for Masters Programme.


APPLICABILITY:
The first intake for the programme is from Fall-2024 (subject to issuance of NOC from HEC).

DEGREE REQUIREMENT:
The programme will be administered according to the Regulations for Master Degrees
Programs of NED University of Engineering and Technology.

NATURE OF PROGRAMME:
The programme is to be offered as evening programme or weekend.

SCHEME OF STUDIES

S. No

Course Code

Course Title

Credit Hours

Remarks

Compulsory Courses

1

MY-5001

Advancements in Process Metallurgy

3

New Course

2

MY-5003

Advanced Corrosion Engineering

3

New Course

3

MY-5004

Phase Transformation in Engineering Alloys

3

New Course

4

MY-5005

Advanced Materials Characterization

3

New Course

5

MY-5006

Foundry Engineering and Processes

3

New Course

Elective Courses

6

MY-5007

Coatings and Surface Engineering

3

New Course

7

MY-5008

Advanced Mechanical Metallurgy

3

New Course

8

MY-5009

Welding Metallurgy and Techniques

3

New Course

9

MY-5010

Processing and Extraction of Minerals

3

New Course

10

MY-5011

Advanced Powder Metallurgy

3

New Course

11

MY-5012

Metallurgy of Nuclear Materials

3

New Course

12

MY-5013

Metallurgy in Life Sciences

3

New Course

13

MY-5014

Materials for Energy Applications

3

New Course

14

MY-5015

Failure Analysis of Engineering Materials

3

New Course

15

MY-5016

Rare Earth Metals and Alloys

3

New Course

16

ME-586

Health, Safety & Environment

3

Already Approved

17

MM-541

Computational Materials Engineering

3

Already Approved

NC Course

18

MY-5017

Metallurgy for Non-Metallurgists

0

New Course

19

PH-550

Research Methodology

0

Already Approved

Thesis

20

MY-5002

Thesis

6

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