Build the future with advanced knowledge in structural analysis and design.
Course Overview
The M.E. Structural Engineering program focuses on advanced concepts in the analysis, design, and construction of structures such as buildings, bridges, dams, and towers. The curriculum covers structural mechanics, earthquake engineering, finite element methods, and material science, emphasizing both theoretical understanding and practical application. Students learn to design safe, sustainable, and cost-effective structures while addressing challenges related to dynamic loads, structural stability, and modern construction materials.
The syllabus includes Advanced Structural Analysis, Concrete and Steel Design, Earthquake Resistant Design, Finite Element Analysis, Structural Dynamics, and Material Technology. The program combines theory with practical labs, software applications, and project work to prepare students for complex structural challenges.
Graduates will gain expertise in identifying, analyzing, and mitigating cybersecurity threats. They will be equipped to design secure systems and protect digital assets across industries.
Design and analyze concrete, steel, and composite structures.
Create detailed structural layouts using STAAD. Pro, ETABS & codes.
Manage construction sites with practical planning and quality control.
Conduct structural research and innovate with modern materials.
Gain deep subject knowledge to teach and guide engineering students.
Offer sustainable design solutions for large-scale infrastructure.
Career Opportunities
Structural Engineer
Project Manager
Construction Engineer
Design Consultant
Research Scientist
Infrastructure Consultant
Our Esteemed Recruiters
We proudly collaborate with top companies that value talent and innovation, offering our students exceptional career opportunities.
From SSIET to the World’s Leading Companies
Graduates from SSIET are well-prepared to enter the world’s best companies. With strong technical expertise, innovative thinking, and problem-solving abilities, our alumni make a difference in shaping industries worldwide.
Step-by-step guide to submitting your application and joining our university community.
Scholarships
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Fee Structure
Clear and transparent details on tuition fees and other associated costs.
Eligibility Criteria
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Admission Requirements
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Campus Life
Experience a vibrant campus environment filled with activities, clubs, and support services.
Frequently asked Questions
Find answers to common questions about our Structural Engineering programs, admissions, and student resources.
What are the key subjects in M.E. Structural Engineering?
Core subjects include Structural Analysis, Concrete and Steel Design, Earthquake Resistant Structures, Finite Element Method, and Structural Dynamics.
What software tools are used in Structural Engineering?
Common tools include STAAD.Pro, ETABS, SAP2000, ANSYS, and AutoCAD for structural modeling, analysis, and design.
What industries hire Structural Engineering graduates?
Opportunities exist in construction firms, consultancy agencies, government infrastructure projects, research organizations, and disaster management authorities.
Does the program cover earthquake-resistant and sustainable design?
Yes, specialized courses focus on seismic design principles, structural retrofitting, and sustainable construction materials.
Are internships or industry projects included in the M.E. Structural Engineering course?
Yes, programs often include practical internships, site visits, and research projects to provide hands-on industry experience.
Your Future,
Your Choice – We're Here to Guide You.
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