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Master in Mechanical Engineering (MEng)

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Master in Mechanical Engineering (MEng) Program Guide

The Master in Mechanical Engineering (MEng) program is designed to advance students’ technical expertise, research capabilities, and professional competencies in modern mechanical engineering practice. The program provides in-depth knowledge in advanced engineering concepts, applied research, and industry-relevant skills, preparing graduates for leadership roles in engineering, innovation, and technological development across a wide range of sectors.

Program Schedule For MEng
SubjectCredit PointsContact Hours
Three (3) core subjects each 4 hours per week5412 (12/0/0)
One (1) Elective Subject184 (4/0/0)
SubjectCredit PointsContact Hours
One (1) core subject 4 hours per week184 (4/0/0)
Three (3) Elective Subjects at 4 hours per week5412 (12/0/0)
SubjectCredit PointsContact Hours
Dissertation3020 (0/0/20)
SubjectCredit PointsContact Hours
Dissertation3020 (0/0/20)
Schedule of Subjects For MEng
CodeSubjectCredit PointsContact HoursSubject Outline
MM502Advance Engineering Mathematics I184 hours per week (Lectures)Refer PG Handbook
MM503Numerical Method184 hours per week (Lectures)Refer PG Handbook
MM504Research Methodology184 hours per week (Lectures)Refer PG Handbook
*****Elective from Gr. A/B/C**********Refer Elective Groups below
CodeSubjectCredit PointsContact HoursSubject Outline
MM502Advance Engineering Mathematics II184 hours per week (Lectures)Refer PG Handbook
*****Elective from Gr. A/B/C184 hours per week (Lectures) 
*****Elective from Gr. A/B/C184 hours per week (Lectures) 
*****Elective from Gr. A/B/C184 hours per week (Lectures) 
SubjectCredit PointsContact Hours
Dissertation3020 (0/0/20)
SubjectCredit PointsContact Hours
Dissertation3020 (0/0/20)
Schedule of Elective Subjects For MEng
CodeSubjectSemesterCredit PointsContact HoursSubject Outline
MM510Advance Machine Design1 or 2184 hours per week (Lectures)Refer PG Handbook
MM511Materials Handling System1 or 2184 hours per week (Lectures)Refer PG Handbook
MM512Computer Aided Design1 or 2184 hours per week (Lectures)Refer PG Handbook
MM513Finite Element Method1 or 2184 hours per week (Lectures)Refer PG Handbook
MM514Advance Vibration1 or 2184 hours per week (Lectures)Refer PG Handbook
MM515Noise Control Engineering1 or 2184 hours per week (Lectures)Refer PG Handbook
CodeSubjectSemesterCredit PointsContact HoursSubject Outline
MM520Computer Integrated manufacturing1 or 2184 hours per week (Lectures)Refer PG Handbook
MM521Conventional Manufacturing1 or 2184 hours per week (Lectures)Refer PG Handbook
MM522Robotics in Manufacturing1 or 2184 hours per week (Lectures)Refer PG Handbook
MM523Just-In-Time Systems1 or 2184 hours per week (Lectures)Refer PG Handbook
MM524Advance Quality Control1 or 2184 hours per week (Lectures)Refer PG Handbook
MM525Planned Preventive Maintenance1 or 2184 hours per week (Lectures)Refer PG Handbook
CodeSubjectSemesterCredit PointsContact HoursSubject Outline
MM530Internal Combustion Engine1 or 2184 hours per week (Lectures)Refer PG Handbook
MM531Gas Turbine1 or 2184 hours per week (Lectures)Refer PG Handbook
MM532Hydraulic Machines1 or 2184 hours per week (Lectures)Refer PG Handbook
MM533Advance Heat Transfer1 or 2184 hours per week (Lectures)Refer PG Handbook
MM534Renewable Energy1 or 2184 hours per week (Lectures)Refer PG Handbook
MM535Fossil Fuels & Combustion Technology1 or 2184 hours per week (Lectures)Refer PG Handbook