MSED: Master’s in Structural Engineering Design

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Program brief
The MSED program is a two-year, full-time postgraduate degree designed for engineers and architects seeking to advance their professional skills in structural analysis, design, and detailing. We nurture graduates to become creative problem solvers capable of shaping the built environment with structural clarity and design innovation. Our program brings together advanced engineering principles, critical thinking, and hands-on learning to address the challenges of contemporary structures, from bridges and industrial facilities to resilient and adaptive buildings.
You shall learn to translate conceptual ideas into buildable, efficient, and safe structural systems through immersive studios and close interaction with faculty and practicing professionals. Our program emphasizes understanding materials, behavior of structures, and performance under varied loading and environmental conditions.
You shall engage with real projects, use cutting-edge digital tools, and explore sustainable design solutions. Our program encourages curiosity, precision, and collaboration, preparing industry-ready structural engineers to excel in consulting firms, design offices, research institutions, or as independent professionals leading innovation in structural engineering.
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Message from Program Chair

Faculty of Technology
Program Structure
- Degree Title
- Master of Technology (M.Tech) Structural Engineering Design
- Duration
- Two Years
- Total Credits
- 80 across two years
Key Features
The only structural engineering program in India to adopt a studio-based pedagogy
Strong emphasis on individual problem-solving through live, practice-oriented projects sourced directly from professional design offices, guided by core academicians and eminent industry experts.
The only program in India where architects can pursue a Master’s degree in Structural Engineering.
A comprehensive and integrated curriculum covering analysis, design, and performance assessment of concrete, steel, timber, bamboo and masonry structures.
Industry-linked learning through internships, site visits, and real-world project collaborations.
Interdisciplinary learning opportunities across CEPT’s ecosystem of architecture, planning, design, and technology.
International exchange opportunities with European universities.
- Studios
Fundamental principles of structural behavior, materials, and form through analytical and experimental approaches.
Complete reinforced concrete systems integrating gravity and lateral load design of high-rise buildings with ductile detailing.
- Courses
● Advanced Structural Analysis
● Advanced Geotechnical Engineering
● Reinforced Concrete: Theory and Practices
● Earthquake Engineering
● Wind Engineering
● Structural Steel: Theory and Practices
- Studios
Design and detailing of steel structures and its connections.
Offers a choice among advanced design domains, designing tall buildings, vehicular bridges, or strengthening and retrofitting of buildings
- Courses
● Design of Liquid Retaining Structures
● Theory of Plates and Shells
● Performance Based DesignRange of electives: Professional practice in Singapore’s built environment; Designing with Timber; Construction failures, repair and rehabilitation; Prestressed concrete
*The program structure and courses indicated above are based on previous years’ offerings and are subject to change.
Program Testimonials
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