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M.Tech in Civil Engineering Specialisation in Structural Engineering

Postgraduate
Duration
Brochure (PDF)
Fee Details

Programme Overview

Manav Rachna International Institute of Research and Studies provides its M.Tech degree in Civil Engineering with Specialisation in Structural Engineering in order to build higher-order technical skills in core civil engineering fields. The postgraduate degree helps students acquire practical knowledge and analytical problem-solving skills for solving complex structural issues while facilitating the development of sustainable infrastructure and technology.

The program integrates core principles with modern practice through state-of-the-art structural mechanics and finite element analysis and seismic design and computer modelling techniques. Practicability is gained by the students through the Structural Design Lab and Construction Materials Lab and Model Testing Lab and Numerical Analysis Lab to their actual learning requirements.

Students graduating with this master's program in structural engineering will work as design consultants and structural assessors and researchers and infrastructure development professionals. Students who wish to pursue doctoral research or initiate an academic career find this program fitting.

Specializations

The M.Tech in Civil Engineering at MRIIRS provides a specialist pathway in Structural Engineering that aims to provide the students with extended exposure to the analysis, design, and assessment of structural systems. Special emphasis is laid upon advanced subjects such as seismic engineering, finite element methods, structural dynamics, and advanced materials in construction. With facility access to special laboratories and project work, students acquire technical skills to deal with issues of complicated nature in infrastructure development. The specialisation is suitable for those students who intend to develop professional careers as structural consultants, researchers, code writers, or boost their academic level in the field.

Programme Details

Course Name: M. Tech (Civil Engineering in specialization with Structural Engineering)

In order to be eligible for the M.Tech in Civil Engineering with a specialization in Structural Engineering, students have to achieve a minimum of 74 credits. They are both classified into two separate baskets: 56 credits of Compulsory Courses and 18 credits of elective courses.

As part of M Tech structural engineering curriculum, students go through the following: Mini Project during third semester (2 credits), Dissertation Phase I (10 credits) and Dissertation Phase II in last semester (16 credits), thus industry and research ready.

The programme combines theory with practical training using the latest computer-based structural and civil engineering software like AutoCAD, STAAD Pro, ETABS, MS Project, and Primavera, complemented by an integrated and application-oriented learning environment in conformity with modern industry practice.

Course Level: PG

Duration: 3 yrs. (6 Semesters)

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Key Educational Benefit

Manav Rachna offers a unique educational experience that combines academic excellence, practical exposure, and industry partnerships to equip students with the skills needed for real-world success.

41,000+

Alumni Imprints Globally

2800+

Published Research Papers

600+

MNC's & Indian Corporate Recruit

250+

Patents (Filed/Granted)

120+

Global Academic Collaborations

80+

Alumni & In-Campus Startups

60+

Countries with Footprints

60 LPA

Highest CTC Offered

Eligibility

For M.Tech in Civil Engineering with Specialisation in Structural Engineering, the candidates should following eligibility conditions:

Minimum 50% marks or equivalent CGPA in B.Tech – Civil Engineering or another allied engineering subject from a recognised university.

Admission Criteria

In order to study the M Tech course in structural engineering from MRIIRS, the candidates are generally required to:

Have a Bachelor's degree in Civil Engineering from a recognised institution.
Have secured a minimum 50% aggregate marks or corresponding CGPA in their qualifying degree.

Nationality

Foreign candidates are requested to approach the Office of International Admissions, MRIIRS for country-specific information and details.

Selection Criteria

For any clarification regarding selection, please contact the Office of International Admissions, MRIIRS.

Scholarship Programme

Scholarship schemes can be provided. Please contact the Office of International Admissions, MRIIRS for details.

Programme Highlights

Curriculum as per the new AICTE model guidelines for M.Tech inCurriculum Civil Engineering.

Combines industry-oriented and research-based courses in structural engineering.

Teaching Assistantships available for meritorious candidates.

Broad range of discipline-specific and open electives to facilitate individualized academic paths.

Regular assessment methodology for frequent monitoring of performance and improvement.

Facility of well-equipped, modern laboratories for practical training and experimentation.

Freedom to conduct M.Tech thesis in association with industry to make it more relevant to the real world.

Motivation to develop a professional network by engaging with practicing consultants and engineers.

Entrepreneurship assistance through a on-campus incubation centre dedicated solely for it.

Understanding by way of consultancy projects with government agencies.

Comprehensive library resources like Turnitin, J-Gate, EBSCO, DELNET, Shodhganga, NPTEL, ASTM standards, and more than 10,000 books and e-books related to civil engineering.

High-speed Wi-Fi enabled campus offering easy access to digital resources. Flexibility in doing Mini Projects and Dissertations with the student's parent company or employer.

Curriculum

Semester 1

ADVANCED STRUCTURAL ANALYSIS

ADVANCED SOLID MECHANICS

Illustrate elastic and plastic material behaviour; compute principal stresses and stress invariants.
Determine strain components and principal strain directions.
Establish linear elastic stress-strain relations for solids.
Evaluate safety of structures using appropriate failure theories.
Apply energy-based techniques to solve problems in plastic solids.
Develop computational solutions for continuum mechanics applications.

ADVANCED CONCRETE TECHNOLOGY

Differentiate conventional concrete from special types like lightweight and no-fines concrete.
Understand advancements in concrete for mechanised construction techniques.
Integrate admixtures to produce durable concrete suited for aggressive environments.
Correlate concrete microstructure with mechanical and durability performance.
Design concrete mixes to meet performance specifications in fresh and hardened states.
Present technical findings on a selected topic related to concrete technology.

DESIGN OF INDUSTRIAL STRUCTURES

STRUCTURAL HEALTH MONITORING

Recall the fundamental concepts of structural design and safety.
Detect and interpret causes of structural deterioration.
Evaluate structural health using both static and dynamic testing methods.
Interpret material and structural test results to assess condition.
Recommend suitable techniques for structural repair and strengthening.
Lead rehabilitation projects with professional ethics and societal awareness.

STRUCTURAL DESIGN LAB

Utilise IS codes and software tools for structural design tasks.
Identify key design parameters for structural components.
Develop three-dimensional models for visualising structural systems.
Design multi-storey framed buildings from concept to detailing.
Produce accurate detailing for various building elements.
Apply formal engineering drawing standards in parametric designs.

CONSTRUCTION MATERIALS LAB

RESEARCH METHODOLOGY AND IPR

Frame relevant research questions in civil engineering.
Analyse and interpret research literature and data.
Demonstrate ethical practices in academic research.
Recognise the role of IT and innovation in modern research contexts.
Understand the value of Intellectual Property Rights (IPR) in engineering.
Promote awareness of IPR to support innovation and protect original work.

DISASTER MANAGEMENT

A person should be able to define the fundamental concepts regarding hazards and disasters along with vulnerability..
Students need to describe how disaster response works and discuss the methods for reducing risks..
The evaluation of public policies and community reactions to disasters should be analyzed.
Students need to implement worldwide humanitarian aid standards for areas affected by disasters.
Students should analyze different regional approaches to disaster preparedness.
Students need to perform case studies or develop small projects which use actual disaster situations as their basis.

FINITE ELEMENT METHOD IN STRUCTURAL ENGINEERING 6.5CI201C01

STRUCTURAL DYNAMICS

NUMERICAL METHODS IN CIVIL ENGINEERING

AIRPORT PLANNING AND DESIGN 6.5CI1209E02

MODERN CONSTRUCTION TECHNIQUES 6.5CI214E02

DESIGN OF ADVANCED CONCRETE STRUCTURES

Apply sophisticated design procedures to analyse complex structures.
Design and assess specialised concrete structures under various load conditions.
Evaluate serviceability criteria of reinforced concrete elements.
Discuss failure patterns and behaviour of R.C. members.
Use design software tools to model reinforced concrete/steel components.
Draft detailed structural drawings in compliance with relevant IS codes.

MODEL TESTING LAB 6.5CI251C01

NUMERICAL ANALYSIS LAB

Determine roots of equations using Bisection and Newton-Raphson methods.
Implement numerical techniques using Turbo C/C++ compilers.
Conduct curve fitting using least squares method.
Solve systems of linear equations using direct and iterative approaches.
Apply numerical integration using Trapezoidal and Simpson’s rules.
Solve ordinary differential equations numerically using Euler’s and Runge-Kutta methods.

MINI PROJECT

Identify research problems in Structural, Transportation or Construction Management domains.
Demonstrate domain-specific technical understanding.
Use appropriate techniques to evaluate complex systems.
Apply engineering principles to develop feasible solutions.
Design systems and models using an integrated approach.
Execute a live engineering project using practical insights.

ENGLISH FOR RESEARCH PAPER WRITING

Semester 2

FINITE ELEMENT METHOD IN STRUCTURAL ENGINEERING

STRUCTURAL DYNAMICS

Analyze dynamic response of single degree freedom system by fundamental theory and equation of motion
Carry out dynamic response of multi degree freedom system using fundamental theory and equation of motion.
Interpret dynamic analysis results for design, analysis, and research purposes.
Develop simple computer models for Civil Engineering structures using knowledge of structural dynamics.
Apply theory of structural dynamics to earthquake analysis, response, and design of structures.

NUMERICAL METHODS IN CIVIL ENGINEERING

AIRPORT PLANNING AND DESIGN

MODERN CONSTRUCTION TECHNIQUES

DESIGN OF ADVANCED CONCRETE STRUCTURES

Use advanced structural design and calculations for structural analysis
Design special structures by understanding their behaviour
Test the serviceability criteria of various reinforced concrete members
Discuss the behaviour and modes of failure of various reinforced concrete members
Use appropriate software in the design and analysis of reinforced concrete or steel members
Draw detailed structural drawings for construction referring to appropriate IS codes

MODEL TESTING LAB

NUMERICAL ANALYSIS LAB

Obtain roots of non-linear equations by Bisection method and Newton's method
Use Turbo C & C++ compiler
Do curve fitting by least square approximations
Solve the system of linear equations by Gauss Elimination, Gauss–Seidel Iteration, and Gauss–Jordan Method
Numerically integrate using Trapezoidal and Simpson's Rules
Compute numerical solution of ordinary differential equations by Euler's Method and Runge–Kutta Method

MINI PROJECT

Choose Structural Engineering, Construction Management or Transportation Engineering problems
Show good technical knowledge of the chosen project topic
Explain various methods to analyze complex systems
Engage in solution work using engineering principles
Engineer solutions to complex issues using a systems approach
Execute a real-time engineering project

ENGLISH FOR RESEARCH PAPER WRITING

Semester 3

DESIGN OF PRESTRESSED CONCRETE STRUCTURES

Students will gain knowledge about the early history and fundamental concepts of concrete prestressing.
Students will describe the essential methods of prestressed concrete which consist of pre-tensioning and post-tensioning.
Students will calculate the different types of prestress losses that occur in concrete systems.
Students will evaluate the structural behavior of prestressed concrete components which experience axial forces and flexural forces as well as shear and torsional forces.
Students will design structural elements including prestressed concrete deck slabs and beams/girders as well as end blocks.
The application of IS: 1343-2012 Indian Standard Code will be used to verify serviceability and strength

RETROFITTING AND REHABILITATION OF STRUCTURES 7.0CI106E02.1

DISSERTATION PHASE-I

Develop a research-oriented mindset aligned with advanced studies.
Conduct detailed literature review in a chosen field of structural or civil engineering.
Identify practical and research-based problems in structural, construction, or transportation domains.
Apply critical thinking to frame a viable research study.
Design an appropriate methodology to address complex engineering challenges.
Integrate technical and managerial skills to execute the project effectively.

Semester 4

DISSERTATION PHASE-II

Organize a proper research and study framework which matches the chosen research topic.
Perform experimental and field investigations to achieve the research goals.
Use appropriate tools and techniques to address complex problems in structural engineering as well as construction and transportation engineering.
Show competence in presenting technical research outcomes to both academic peers and industry professionals.
Build abilities for organizing and writing and delivering complete technical dissertations.
Exhibit ethical conduct and professional behavior along with proper work standards during every stage of research.

Robust Industry Connect: Our institution works together with top organizations throughout different sectors to provide students internship opportunities as well as live projects and job placements. The institution cooperates with Microsoft, Infosys, HCL, Google Tata Strive, NASSCOM, Unsaid Talks and Wadhwani Foundation as its primary industry partners. Students receive industry-relevant skills and certifications and real-world exposure because of these strategic partnerships during their graduation.
Skill Enhancement Programs:The institution organizes frequent workshops together with aptitude training and soft skills sessions and mock interviews and resume-building sessions for student job market preparation. The CDC Group together with Unsaid Talks and Google Tata Strive as training partners leads these programs to prepare students for placement opportunities.
Skill Enhancement Programs: The institution organizes frequent workshops together with aptitude training and soft skills sessions and mock interviews and resume-building sessions for student job market preparation. The CDC Group together with Unsaid Talks and Google Tata Strive as training partners leads these programs to prepare students for placement opportunities.
The educational facilities include modern laboratories which support both practical learning activities and research projects.
M.Tech students conduct their thesis research with direct industry partnerships which provides them practical experience in real-world scenarios.
Students have the opportunity to connect with practising engineers and industry experts through professional network engagement.
The dedicated on-campus incubation centre provides support for innovative ideas and entrepreneurial development.
Students gain practical experience through consultancy work with government organisations which presents authentic civil engineering problems.
Students can access premium academic resources through Turnitin and J-Gate and EBSCO and DELNET and Shodhganga and NPTEL and ASTM standards and Central Library's collection of more than 10,000 printed and digital resources.
The entire campus provides high-speed Wi-Fi connectivity which enables digital learning activities.
Students can complete their Mini Projects and Dissertations by partnering with their parent organisations or industrial collaborators.

Our Top Recruiters

Internship & Placement Opportunities for BBA Course (Bachelor of Business Administration General)

The program supports Civil Engineering M.Tech students through vital internship opportunities together with placement prospects to enhance their career development. Final-year students face two internship choices between the following options:

Software-Based Internships: Students will acquire practical knowledge about civil engineering design tools along with simulation software and analysis programs.
Construction Site Internships : Students receive direct exposure to practical construction work alongside project management and safety procedures

The university provides placement support through various channels which include:

Absorption through Internships: Students who perform well during their internships may obtain pre-placement offers that result in job absorption.
Campus Placement Drives: The university organizes recruitment activities that bring well-known industry partners to conduct on-campus placement drives.
Off-Campus Placement Assistance: The program offers extra assistance to students who seek job opportunities that exist outside the campus environment.

The internship and placement program develops student readiness for professional work while aligning with current standards in civil engineering industries.

Why Pursue This Course

Civil Engineering stands as the foundational engineering discipline which earns the title "Mother of all Engineering" because it establishes basic infrastructure. The field receives its annual recognition during Engineer’s Day which marks the birth anniversary of Sir M. Visvesvaraya who is recognized as one of India’s most notable civil engineers. Civil Engineering stands as a rapidly advancing domain because of its expanding requirements for sustainable-smart infrastructure development. This programme connects well with national programs including Smart Cities Mission and Digital India Mission thus establishing itself as an impactful future-ready career.

Placement Support

The CRC and CDC departments provide placement assistance to students. Students undergo scheduled internal mock interviews which assist them in building their confidence and develop readiness for actual job interviews.

Fee Details for M.Tech in Civil Engineering Specialisation in Structural Engineering

Course Fee (Annual): INR 0 US $ 0
Duration:
Brochure (PDF)

Modes of Payment

Online Payment: Via net banking, debit/credit card, or UPI through the university's official payment portal.
Bank Transfer: NEFT/RTGS to the university’s designated bank account.
Demand Draft (DD): In favor of “Manav Rachna International Institute of Research and Studies”, payable at Faridabad/New Delhi
Cash Payment: At the Accounts Office on campus (subject to limits as per government regulations).
Education Loan: Through tie-ups with banks like PNB, SBI, HDFC, and ICICI, offering easy financing options.

Residential Facilities & Transport

We at Manav Rachna offer generous residential facilities and convenient transportation services so that each student, including those studying Manav Rachna, gets to enjoy a safe, comfortable, and fulfilling campus life.

Residential Services

MREI provides on-campus and off-campus hostel facilities for boys and girls with various types of rooms. Students can choose single, double, and triple rooms as per their preference.

Key Points

Room Types: The hostels offer different types of rooms to suit different budgets and preferences:

Air-conditioned and non-air-conditioned rooms
Single-seater, two-seater, three-seater, and five-seater rooms
The rooms can be equipped with attached or common toilets as per the choice of room category.

Fee Structure: The hostel fee is to be paid on the basis of the room category chosen by the student and it can be paid through DD (Demand Draft) or in cash.

Additional Facilities:

Medical services and medical insurance to keep the students fit.
Library facilities for access to study materials and academic inputs.
Laundry facilities as included in the hostel fees, to ease the life of students.

Mess Plan

At Manav Rachna, we offer world-class sports facilities to keep our students fit and active. Our facilities comprise a range of outdoor and indoor games, including:

Sports

Mess plan also comes as part of hostel fee. Healthy food is served through the mess considering the multicultural requirements of different food habits for the students. By providing choices involving vegetarian as well as non-vegetarian options, healthy lifestyle is available for the students enabling them to pursue their studies focusing on programs with full seriousness.

Basketball, volleyball, cricket, soccer, chess, and carom among others.

Notable facilities include:

A 25m shooting range and a 10m air-conditioned indoor shooting range with Olympic-standard SIUS Ascor electronic targets.
Indoor badminton and table tennis stadia with synthetic courts in association with Yonex and Stag.
A Semi-Olympic pool for swimming and a Soccer Academy for students who have sporting interest and passion.
A Sports Fitness Centre to service psychological, physiotherapy, and other aspects of health for students.

The facilities enable students to pursue physical exercises that complement their academic development.

Laundry

Laundry facilities are available at an extra fee in the hostel fees. This saves students from worrying about laundry, so they can focus on their studies, and also allows their clothes to remain properly cleaned.

Parking

There is a vast parking space facility available for students who commute using their own means of transport. It is provided to cater to the requirements of students, so that their travel will be easy and hassle-free.

Transport

Our well-maintained transport facility offers a stress-free, secure, and safe journey for students from Delhi and Gurugram. The GPS-located, contemporary fleet of buses is operated by professionally trained personnel, with onboard support staff to assist students. Our emphasis is on reliability, safety, and convenience, ensuring unproblematic travel to and from the campus.

How to Apply for M.Tech in Civil Engineering Specialisation in Structural Engineering

Manav Rachna offers a unique educational experience that combines academic excellence, practical exposure, and industry partnerships to equip students with the skills needed for real-world success.

1

Go to the Official Website
2

Complete the Online Application Form
3

Upload Mandatory Documents
4

Pay the Application Fee
5

Appear for MRNAT or Submit JEE Score

Step 1 - Go to the Official Website

Step 2 - Complete the Online Application Form

Click on "Apply Now," generate your login credentials, and fill out the form with your personal, educational, and contact information.

Step 3 - Upload Mandatory Documents

Upload scanned copies of the necessary documents, such as:
Class 10 & 12 mark sheets
Aadhaar card
Passport-size photos

Step 4 - Pay the Application Fee

Fill in the application by paying online using net banking, debit/credit card, or UPI.

Step 5 - Appear for MRNAT or Submit JEE Score

Get qualified through MRNAT (Manav Rachna National Aptitude Test) or produce a valid JEE Main score for merit-based admission.

PO's and PSO's

Program Outcomes (PO's)

PO1

Take informed actions after identifying the assumptions that frame our thinking and actions, checking out the degree to which these assumptions are accurate and valid, and looking at our ideas and decisions (intellectual, organizational, and personal) from different perspectives.

PO2

Speak, read, write and listen clearly in person and through electronic media in English and in one Indian language, and make meaning of the world by connecting people, ideas, books, media and technology.

PO3

Elicit views of others, mediate disagreements and help reach conclusions in group settings.

PO4

Demonstrate empathetic social concern and equity centred national development, and the ability to act with an informed awareness of issues and participate in civic life through volunteering.

PO5

Recognize different value systems including your own, understand the moral dimensions of your decisions, and accept responsibility for them.

PO6

Understand the issues of environmental contexts and sustainable development.

PO7

Acquire the ability to engage in independent and life-long learning in the broadest context socio-technological changes

Program Specific Outcomes (PSO's)

Demonstrate in-depth knowledge of Structural Engineering /Construction Management/ Transportation engineering in real problems, and intellectually integrate it across multiple disciplines.

Employ technical knowledge to Structural Engineering /Construction Management/ Transportation engineering research, consultancy and management with high ethical values towards social, environmental and economic issues.