Program Overview
The M.Tech in Structural & Foundation Engineering at College of Engineering Bhubaneswar (COEB), established in 2009, stands out among the leading M.Tech Colleges in Bhubaneswar, offering advanced education and research in structural engineering. The program develops skilled engineers with strong analytical, design, and problem-solving abilities for modern infrastructure, focusing on structures like buildings, bridges, and towers under various loads, including seismic forces. The curriculum integrates theory with practical training, lab work, and software tools like AutoCAD and STAAD Pro. Graduates are well-prepared for careers in industry, consulting, government, research, and academia, and for pursuing doctoral studies.
- Advanced Structural Laboratories
- Industry-Oriented Curriculum
- Modern Engineering Software Training
- Research and Innovation Opportunities
- Experienced Faculty Members
- Practical Exposure
- Excellent Career Opportunities
Career Opportunities
Structural Design Engineer
Structural engineers design safe and durable structures such as buildings, bridges, and industrial infrastructure.
Structural Analysis Engineer
These professionals analyze complex structural systems using advanced computational tools.
Construction Project Engineer
Project engineers supervise structural construction works and ensure quality and safety standards.
Research Engineer / Academician
Graduates may pursue careers in research organizations and academic institutions
Curriculum Specialisations
Our curriculum offers diverse tracks to master cutting-edge technologies in civil engineering.
Advanced Structural Analysis
Focuses on analyzing complex structures using advanced methods to understand behavior under different loading conditions.
Reinforced Concrete Structures
Covers design and analysis of RCC elements like beams, slabs, and columns used in modern construction.
Prestressed Concrete Structures
Introduces techniques to improve strength and durability of concrete using prestressing methods.
Steel Structure Design
Deals with the design of steel buildings, bridges, and industrial structures ensuring strength and efficiency.
Structural Dynamics
Studies how structures respond to dynamic forces like wind, vibration, and moving loads.
Earthquake Resistant Design
Focuses on designing structures that can withstand seismic forces and minimize damage during earthquakes.
Finite Element Methods
Teaches numerical techniques for solving complex structural problems using computational tools.
Structural Stability
Examines the stability and buckling behavior of structures under different load conditions.
Structural Health Monitoring
Covers techniques to assess and monitor the condition and safety of existing structures.
HOD's Message
"Advance your career with the M.Tech in Structural & Foundation Engineering at College of Engineering Bhubaneswar, focused on modern structural design, foundation systems, and infrastructure innovation."
Mr. Biswa Ranjan Tripathy
Assistant Professor cum HOD, Civil EngineeringFaculty Profile
Mr. Biswa Ranjan Tripathy
Assistant Professor cum HOD
Dr. Dipti Prakash Mohapatra
Professor
Dr. Mamata Mohanty
Assistant Professor
Mr. Pradeepta Kishore Dehury
Assistant Professor
Mrs. Susri Sailaza Mishra
Assistant Professor
Mrs. Niyati Naik
Assistant Professor
Laboratories
Structural Engineering Laboratory
The Structural Engineering Laboratory at COEB provides M.Tech students with hands-on experience in analyzing the behavior, strength, and performance of structural materials and elements, bridging theory with practical application. Equipped with facilities like UTM, CTM, and loading frames, it supports experimental learning, research, and project work in structural engineering.
Computer Laboratory with Advanced Structural Engineering Software
The Computer Laboratory at COEB is equipped with advanced systems and software like AutoCAD and STAAD Pro, enabling M.Tech students to perform structural modelling, analysis, and design of complex civil engineering structures. It supports practical learning, research, and project work, including finite element, seismic, and dynamic analysis to understand real-world structural behavior.
Department Library
Our department library houses a comprehensive collection of over 5,000 volumes, including standard codes (IS, ASTM, BS), journals, and specialized textbooks.
- IS Code Archives
- Digital Repository Access
- International Journal Section
Top Alumni
Mr. Laxman Kumar Sahoo
Batch of (2013-2015)
Assistant Executive Engineer (Construction) East Coast
Mr. Sanjiv Kumar Rout
Batch of (2021-2023)
Head Civil (General Manager ) Shradha Saboori India Ltd. IOCL Refinery project
Mr.Prabhata Kumar Panda
Batch of (2022-2024)
Assistant EngineerPH cadre under H&UD Department Govt. of Odisha.
PEO's & PO's
Program Educational Objectives (PEOs)
PEO 1: Graduates will acquire advanced knowledge and technical expertise in structural engineering.
PEO 2: Graduates will be prepared for successful careers in engineering industries, consultancy organizations, and research institutions.
PEO 3: Graduates will develop innovative and sustainable structural solutions for infrastructure development.
PEO 4: Graduates will continuously upgrade their knowledge and skills through lifelong learning and professional development.
Program Outcomes (POs)
PO 1: Apply advanced knowledge of structural engineering principles to analyze complex engineering problems.
PO 2:Identify and analyze structural engineering problems using scientific and engineering principles.
PO 3: Design safe, economical, and sustainable structural systems.
PO 4: Conduct experiments and research to investigate structural engineering problems.
PO 5: Use modern engineering tools and software for structural modelling, analysis, and design.
PO 6:Apply engineering solutions that consider public safety and societal needs.
PO 7: Develop structural systems that minimize environmental impact and promote sustainability.
PO 8:Demonstrate ethical practices and professional responsibility in engineering design.
PO 9:Work effectively both independently and as a member of multidisciplinary engineering teams.
PO 10: Communicate technical information effectively through reports and presentations.
PO 11:Apply project management principles in structural engineering projects.
PO 12:Recognize the importance of continuous learning and professional development.