M.Tech in Structural Engineering
The Structural Engineering program provides in-depth knowledge of advanced concrete and steel design, earthquake-resistant structures, dynamics of structures, and finite element methods. Graduates are equipped to analyze, design, and manage the construction of complex and critical structures like bridges, high-rise buildings, and industrial facilities with safety and sustainability in mind.
EXPLORE THIS SECTION
Career path
Certifications
Eligibility
Quick Links
FAQs
EXPLORE THIS SECTION
Placement Records
Our M.Tech in Structural Engineering prepares engineers to excel in advanced structural analysis, seismic design and infrastructure performance evaluation. Strengthening expertise in FEA, earthquake engineering and structural health monitoring through intensive research and industry collaborations, cultivating specialists who build, resilient structures across buildings, bridges and critical civil infrastructure.
87%
Thesis Completion Rate
85%
Advanced Certification Rate
2x
Government-Funded Projects
3x
Patents Filing Rate
The different career paths available for the program
Structural Design Engineer
Bridge Engineering Specialist
Earthquake / Seismic Engineer
Structural Health Monitoring Engineer
Forensic Structural Engineer
Pre-Engineered Building (PEB) Designer
Wind Engineering Specialist and many more
Structural Design Engineer
Bridge Engineering Specialist
Earthquake / Seismic Engineer
Structural Health Monitoring Engineer
Forensic Structural Engineer
Pre-Engineered Building (PEB) Designer
Wind Engineering Specialist and many more
ETABS advanced certification builds expert skills in multi-story building modelling and seismic performance analysis, preparing students for senior structural design and consultancy roles in complex infrastructure projects.
STAAD.Pro advanced certification equips students with expert skills in complex structural load modelling and frame design, preparing them for senior structural engineering and consultancy roles professionally.
Autodesk's advanced structural certification equips students with expert skills in finite element analysis and dynamic structural simulation, preparing them for senior design and research roles in infrastructure.
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.
Related Programs
Stay informed with our latest news and insights.
2 YEARS
PG PROGRAM
M.Tech in Construction Technology and Management
Focus on the planning, execution, and economic aspects of structural projects.
2 YEARS
PG PROGRAM
M.Tech in Civil Engineering
Study the interaction between structures and the ground, including foundation design.
2 YEARS
PG PROGRAM
M.Tech in Embedded Systems
Designing the Intelligence of Connected Devices
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
Updates on academic milestones, campus events, and achievements.
Research Overview
Discover research areas, facilities, and opportunities to innovate.
What does this program cover?
It focuses on structural analysis, design, and advanced construction techniques.
Are design tools included?
Yes, students learn industry-standard structural design software.
Is practical exposure included?
Yes, through design projects and case studies.
What subjects are taught?
Core areas include structural analysis, concrete design, and steel structures.
How is the curriculum structured?
It combines theoretical concepts with design applications.
Resources
Our Recent Posts
Address
Venkatapur, Hyderabad, 500088Contact
