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M.Tech in Machine Design
This course focuses on advanced stress analysis, fatigue and fracture mechanics, tribology, and the optimization of mechanical components and systems. Students utilize modern CAD and finite element analysis (FEA) tools to design durable, reliable, and high-performance machines across various industrial sectors.
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Career path
Certifications
Eligibility
Programs
Quick Links
FAQs
Placement Records
Our M.Tech in Machine Design is designed to train engineers in advanced mechanical design, structural analysis and computational optimisation for complex industrial systems. Advancing expertise in FEA, tribology, failure analysis and simulation-driven design through research-driven coursework and industry collaborations, we build specialists in innovative systems across aerospace, automotive and energy domains.
90%
Thesis Completion Rate
86%
Advanced Certification Rate
2x
Industry-Sponsored Research Projects
3x
Industry Collaborations
The different career paths available for the program
Structural Analysis Engineer
Aerospace Structural Designer
Thermal Systems Design Engineer
Tribology & Lubrication Engineer
Failure Analysis Expert
R&D Engineer – Advanced Mechanisms
Product Design Engineer and many more
Structural Analysis Engineer
Aerospace Structural Designer
Thermal Systems Design Engineer
Tribology & Lubrication Engineer
Failure Analysis Expert
R&D Engineer – Advanced Mechanisms
Product Design Engineer and many more
SolidWorks professional certification builds expert-level parametric modelling and simulation skills, equipping students to lead complex mechanical product design and validation workflows in industrial environments.
ANSYS advanced certification builds expert skills in FEA-based structural, thermal and fatigue analysis, preparing students for senior simulation and design validation roles in aerospace and automotive industries.
Dassault Systèmes' advanced CATIA certification equips students with expert surface modelling and assembly design skills, preparing them for senior mechanical design roles in aerospace and automotive sectors.
Academic Requirement
Candidates must have passed a 4-year Bachelor’s Degree in Engineering/Technology in the relevant branch from a recognized University.
Candidates must have secured a minimum of 50% aggregate marks in the qualifying undergraduate examination.
Entrance Test Requirement
Admission shall be based on merit through:
Graduate Aptitude Test in Engineering (GATE)
TS PGECET
Anurag Common Entrance Test (Anurag CET)
Qualifying Examination on merit
For Foreign / NRI category, admission shall be based on merit in GATE or marks secured in the qualifying examination.
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From collaborative spaces to student communities, explore what shapes the Anurag experience.
Programs Offered
Explore undergraduate, postgraduate, and doctoral programs across engineering, management, pharmacy, and more to find the right path for your interests and career goals.
Beyond classroom learning
Learning that extends beyond lectures and coursework.
News & Events
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Research Overview
Discover research areas, facilities, and opportunities to innovate.
What does this program focus on?
It focuses on advanced machine design, analysis, and mechanical systems.
Are design tools included?
Yes, students are trained in modern design and simulation tools.
What subjects are covered?
Subjects include machine design, dynamics, and material analysis.
Is practical learning included?
Yes, through design projects and lab work.
How is the program structured?
It combines theory, design, and application-based learning.
