IES University

M.Tech. in Structural Engineering

The Master of Technology (M.Tech.) in Structural Engineering program is designed to provide advanced knowledge in the analysis, design, and construction of structures such as buildings, bridges, dams, towers, and industrial structures. The program focuses on modern structural design techniques, advanced materials, earthquake-resistant design, and research-oriented learning to prepare engineers for complex real-world challenges.

M.Tech. Structural Engineering Course Details

Additional charges such as laboratory, software, and project fees may apply.

Eligibility Criteria for M.Tech. Structural Engineering

• Bachelor’s degree (B.Tech/B.E.) in Civil Engineering or equivalent

• Minimum qualifying marks as prescribed by the university

• Valid GATE score may be required by some institutions

• Admission through merit-based or entrance examination

M.Tech. Structural Engineering Curriculum Overview

The curriculum focuses on advanced structural analysis, design, and research.

Core Subjects Include:

• Advanced Structural Analysis

• Theory of Elasticity & Plasticity

• Advanced Concrete Technology

• Advanced Steel Structures

• Structural Dynamics

• Finite Element Method

Elective & Applied Subjects:

• Earthquake Resistant Structures

• Bridge Engineering

• Tall Building Design

• Pre-stressed Concrete Structures

• Offshore & Industrial Structures

Practical Training, Software & Research Exposure

• Structural design using ETABS, STAAD Pro, SAFE, ANSYS

• Laboratory work on advanced construction materials

• Industry-oriented seminars and workshops

• Research-based dissertation/project in final year

This practical and research-driven approach enhances design accuracy, safety understanding, and innovation skills.

Career Opportunities after M.Tech. in Structural Engineering

Graduates can pursue careers as:

• Structural Engineer

• Design Engineer

• Construction Project Manager

• Bridge / Highway Engineer

• Earthquake Engineering Consultant

• Quality Control Engineer

• Research Engineer

Career opportunities are available in construction firms, infrastructure companies, consultancy firms, government departments, and research organizations.

Higher Studies & Career Growth

• Ph.D. in Structural Engineering

• Teaching and academic research roles

• Chartered Engineer / Professional Consultant

Why Choose M.Tech. in Structural Engineering

• Advanced expertise in structural design and analysis

• High demand in infrastructure and construction sectors

• Exposure to modern software and technologies

• Strong research and consultancy opportunities

• Excellent career growth and leadership roles