M.Tech in structural engineering for working professionals
A two-year postgraduate engineering programme structured for practising professionals to advance expertise in structural engineering while continuing their careers.
Programme overview
The M.Tech in structural engineering for working professionals equips practising civil engineers with specialised knowledge in structural analysis, dynamics, design and advanced construction concepts. It blends rigorous coursework with applied learning and a project/dissertation component over four semesters, with classes scheduled on weekends to accommodate ongoing professional commitments.
Weekend-friendly delivery
that supports continued professional engagement without compromising work responsibilities.
Deep technical foundations
in structural analysis, dynamics, advanced design and contemporary construction techniques.
Applied research through project work
that enables integration of theory with real engineering challenges.
Exposure to advanced tools and methods
such as finite element analysis and structural health monitoring.
Programme details
Programme objectives
- Equip the students with the basic scientific thought for a creative engineering background to address problems with a global comprehension and perspective.
- Impart critical analytical skills required to plan, design, construct, maintain and rehabilitate infrastructure needs for a sustainable future.
- Ensure interdisciplinary comprehension of projects using appropriate technologies to meet the implementation challenges faced by society.
- Capable of communicating and exhibiting ethical leadership qualities while working in diverse teams.
- Adopt to changing global needs by constantly updating their knowledge through continued acquisition lifelong.
Civil engineering laboratory
The labs of the civil engineering department play a pivotal role that provide hands-on learning in shaping future engineers. The state-of-the-art laboratories allow students to apply classroom knowledge to real-world challenges. Structural health monitoring lab, geotechnical engineering lab, concrete and advanced concrete lab, transportation engineering lab, and surveying lab are some of the labs set up at the University.
| Core laboratories | Research laboratories/facilities | Research centres | Computational facilities |
|---|---|---|---|
| Advanced concrete technology lab | Advanced geotechnical lab | Centre for sustainable infrastructure and systems | High-performance computational facilities |
| Building information modeling lab | Smart & sustainable materials laboratory | Centre of excellence in artificial intelligence | AUTOCAD & Revit architecture |
| Structural health monitoring lab | 3D concrete printer | BENTLEY academic suite (open roads, STAAD PRO, RAM connections, foundation design) | |
| Uniaxial shake table | ETABS | ||
| Controls testing facility (Compression, flexure, fracture, load-CMOD) | Seismostruct | ||
| XRD – X-Ray diffraction lab (central facility) | MIDAS | ||
| ACCA tools (building information modeling) | |||
| VISSIM, VISUM, VISWALK, VISTRO | |||
| PLAXIS 2D | |||
| Diana | |||
| LS-DYNA | |||
| ArcGIS | |||
| MATLAB | |||
| Python |
Eligibility, schedule, & duration
Eligibility
- Applicants must be employed professionals holding B. Tech in Civil Engineering with at least 60% aggregate marks.
- Applicants must have a minimum of one year of work experience after the completion of the degree.
Duration
- Two Years
Schedule:
Our programs are scheduled for weekends, allowing the working professionals to maintain their job while working towards a master’s degree.
Fee structure
The fee for Mahindra University’s Civil Engineering Weekend PG Programs for Working Professionals is Rs. 2,00,000 per annum.
* Option to pay fees using an easy EMI with 0% interest and 0 down payment
Admission process
Curriculum
Students need to take 16 courses towards coursework for a duration of 4 semesters and complete one project/dissertation. Semester wise list of courses.
| Semester I | Semester II | Semester | Semester IV |
|---|---|---|---|
| Structural dynamics | Finite element method | Advanced foundation engineering | Bridge engineering |
| Analysis of framed structures | Advanced steel design | Tall buildings | Structural health monitoring |
| Advanced reinforced concrete design | Advanced cementitious composites | Repair and rehabilitation of structures | Pre-engineered buildings |
| Theory of elasticity | Building information modeling | Prestressed concrete | Precast construction and design |
Programme features & strengths
Faculty with doctorates from premium institutions
The faculty with the doctorate from premier institutions in India and abroad brings in a lot of research experience along with the skill set ethos required to nurture and strengthen the program. Particularly, the strong theoretical and computational background of the faculty at MU would allow us to provide this academic program with a significant practical component. Faculty of the department are also working on public and private funded projects of worth more than 2 crores.
Strong industry connect
Civil Engineering Department is associated with several industries like Ramboll, L&T, Tandon Consultants, STUP Consultants, Aarvee Associates, Thornton Tomasetti, Atkins, Arup, MIDAS, CSIESPL (ETABS), Design Werkz Eng Pvt Ltd., Nanospan, Murugappa Group, Smart Built Prefab Pvt. Ltd., Techfab India, Bentley, PSV Precast, METEY Engineering and Consultancy Pvt. Ltd, SatyaVani Projects And Consultants Pvt. Ltd., and other structural engineering firms in the country
Strong connect with professional bodies
American Society of Civil Engineers, Indian Geotechnical Societym Indian Concrete Institute, Indian Institute of Bridge Engineers, Indian Association of Structural Engineers, Precast Society India, Association of Consulting Civil Engineers, and RILEM.
Interactive learning
Our dynamic classrooms, equipped with world-class laboratories and cutting-edge technology, foster experiential learning through Outcome Based Education, encouraging students to engage in lively discussions, solve real-world problems via case studies, and directly apply their knowledge to their jobs.
Networking opportunities
Expand your professional network by collaborating with peers from diverse industries and accessing our alumni network for long-term career support.
FAQs
Civil engineers and professionals working in structural design, construction, infrastructure or related sectors seeking advanced technical upskilling while maintaining employment.
The programme spans two years, delivered over four semesters.
Yes. The weekend-based format is specifically structured to allow continuation of professional duties alongside study.
Yes. Students complete a project/dissertation component that synthesises learning and technical insight.
The curriculum comprises core and elective courses that evolve with academic board approval.
