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M.Tech. | In Civil Engineering

M.Tech Civil engineering programme is designed to have specialization options in Construction Management, Environment Engineering, Structural Engineering, and Transportation Engineering. M.Tech. in Civil Engineering course will enable candidates to show up their spirit and skills of creativity and critical thinking. The course also works on the analytical skills, creativity skills, ability to evaluate projects, and innovation-orientation of the students.

Course Objective

  • To create and nurture the ability to understand complex civil engineering problems and design their solutions for the same.
  • To equip the candidate with skills that enable them to work on designing, development, maintenance, constructions, and handling projects including roads, buildings, canals, bridges, dams etc.
  • To create socially responsible and ethically competent professionals who embrace practices like clean technology and green building construction activities.

Course Outcome

  • Expertise in efficient and scientific planning and execution of various civil engineering projects.
  • Acquiring the M.Tech(Civil Engineering) degree equips a student with sound engineering knowledge and good supervisory and administrative skills.
  • Enhancing the research capabilities of students to handle scientific problems in civil engineering.
  • Preparing the candidates with National Global employability and making them capable to explore startup opportunities in this field

Curriculum

1st Semester
01. To classify solid waste.
02. To understand processing and handling of solid waste.
03. To analyse various processes of solid waste management.
04. To categorise industrial Hazardous waste.
01. To understand usage of various building materials.
02. To classify various Masonry and foundations.
03. To categorise various doors, windows, ventilators, stairs, floors and roofs.
04. To understand the purpose of plastering and painting.
01. To understand the interpolation method.
02. To learn C programming.
03. To learn various functions in excel.
04. To know how to use excel at advanced level.
2nd Semester - Structure Engineering
01. To understand basic concepts of indeterminacy of structures.
02. To apply Direct Stiffness Method on 2 D Elements.
03. To apply Direct Stiffness Method on 3 D Elements.
04. To understand plastic analysis of structures.
01. To apply Yield line theory on Strip Method for design of slabs.
02. To design Ribbed slabs.
03. To design slender columns and shear walls.
04. To compute deflection and crack width in beams and columns.
01. To differentiate between static and dynamic analysis.
02. To apply various techniques for evaluation of dynamic response for single degree of freedom system.
03. To apply various techniques for evaluation of dynamic response for Multi Degree of Freedom Systems.
04. To apply various methods of MDOF.
2nd Semester - Transportation Engineering
01. To understand the Traffic Characteristics.
02. To understand the causes of road accidents.
03. To understand the concept of traffic regulations and control devises.
04. To understand the concept of parking.
01. To understand the concept of various Highway Alignment.
02. To understand the concept of Cross Sectional Element.
03. To understand the concept of Sight Distances.
04. To design various highway alignment
01. To study the Characteristics of soil subgrade.
02. To design bituminous mixes for flexible pavement.
03. To study the Characteristics of Polymer and Rubber Modified Binders.
04. To understand the construction method of flexible and rigid pavement.
2nd Semester - Environmental Engineering
01. To understand about chemical and photochemical reaction in earth’s atmosphere and air pollution and related issues.
02. To understand water pollution, monitoring techniques and toxicity analyses.
03. To understand basic concepts and classification of microbiology.
04. To understand different microbial techniques and role of microorganisms in solid and liquid waste disposal.
01. To characterize water and gaseous effluents and preliminary treatment systems.
02. To understand the principles of coagulation & flocculation.
03. To understand filtration and chlorination techniques along with advanced treatment systems.
04. To understand laboratory characterization techniques of water and wastewater
01. To understand basic concepts of ecology and environment.
02. To understand biotic factors and ecological adaptation.
03. To understand population ecology and various ecosystem structures.
04. To understand values, threats, conservation methods of biodiversity.
2nd Semester - Construction Management
01. To study and analyse various construction contracts.
02. To understand the Construction Planning and Network Techniques.
03. To understand the concept of Time-cost Optimization.
04. To study the inspection and quality control activities during construction.
05. To understand the concept of safety in construction.
01. To understand the concept of mix design of concrete.
02. To study the various operation of concreting.
03. To understand the concept of special concrete along with construction techniques.
04. To understand the concept of pre-stressed concrete.
01. To understand the concept of Flexible Pavements design.
02. To understand the concept of Rigid Pavements design.
03. To understand the concept of highway construction.
04. To understand the concept the highway maintenance.
3rd Semester - Structure Engineering
01. To Design columns using Robertson approach.
02. To analyse Laterally Restrained beams.
03. To design Unrestrained Beams and beam columns.
04. To design beams for Torsion and bending.
01. To classify bridges on various parameters.
02. To design RCC bridges.
03. To design sub structures-Pier, Abutment and Wing Walls.
04. To design foundation for piers and abutments.
01. To understand various system of pre-stressing, losses and their analysis.
02. To design pre-stressed simple and continuous beam.
03. To design Compression members and tension members.
04. To design Pre-stressed Concrete Slabs.
01. To understand terms related to Seismology.
02. To perform Lateral Analysis of Building Systems.
03. To apply IS Codal provisions for seismic design of structures.
04. To design brick Masonry Construction with Seismic forces.
01. To perform mix design as per IS: 10262.
02. To perform strength test on concrete.
03. To perform non-destructive testing of concrete.
04. To analyse Bond strength between steel bar and concrete.
3rd Semester - Transportation Engineering
01. To apply various design factors for pavements.
02. To design flexible pavement.
03. To design rigid pavements.
04. To apply Evaluation and Rehabilitation methods for pavements.
01. To classify bridges on various parameters.
02. To design RCC bridges.
03. To design sub structures-Pier, Abutment and Wing Walls.
04. To design foundation for piers and abutments.
01. To understand various stages of Transport Planning Process.
02. To perform transportation survey.
03. To understand Principles of traffic assignment.
04. To apply various methods of modal split.
01. To understand the need of Economic Evaluation of Transport Plans.
02. To understand road cost study.
03. To review importance of Travel Time Savings.
04. To apply principles of highway finance.
01. To perform traffic volume and speed study by various methods.
02. To suggest improvement in an accident prone location.
3rd Semester - Environmental Engineering
01. To understand basic concepts of EIA.
02. To understand environmental impact assessment methodologies.
03. To understand environmental auditing and EMS methodologies.
04. To understand environmental acts in India.
01. To understand recent environmental issues.
02. To understand environmental instrumentation principles and working techniques.
01. To understand atmospheric structure and composition.
02. To understand air pollution causes and classification.
03. To understand air pollution sampling techniques.
04. To understand methods of air pollution control devices and their designing.
01. To understand composition and characteristics of industrial wastes.
02. To understand tools for clean processes.
03. To understand strategies of industrial waste management.
04. To understand waste generation from various industries.
01. To perform quality parameter test on industrial waste water.
02. To understand the importance of various parameters in industrial waste water.
3rd Semester - Construction Management
01. To understand the concept of construction costing.
02. To prepare a project report for funds required for construction job.
03. To understand Objectives and scope of material management.
04. To perform financial statement analysis for a project
01. To design urban labs.
02. To understand Necessity for special foundations.
03. To apply design aspects of prefabricated construction.
04. To use advanced construction materials.
01. To understand the concept of Traffic Flow Characteristics.
02. To determine highway capacity.
03. To design roads traffic signals.
04. To design Cycle Tracks as per IRC: 11.
01. To understand requirements of good foundation.
02. To design pile foundation.
03. To apply seismic consideration in foundation design.
04. To improve existing foundation.
01. To perform various tests on sub grade soil.
02. To perform various tests on road aggregate.
03. To measure roughness of road surface.
4th Semester

Demonstrate a sound technical knowledge of their selected project topic. Undertake problem identification, design, formulation and solution.

Electives - Structure Engineering

This course will enhance the analytical and research skills among students. It will also stimulate the practical exposure of different statistical tools and tests used in different domains of research in addition to their theoretical background.

01. To state the usage of Prefabricated Construction.
02. To classify and design Prefabricated Elements.
03. To understand various large panel Construction Techniques.
04. To understand fabrication procedure for structural steel work.
01. To perform Membrane Analysis of Shells of Revolution.
02. To perform Membrane Analysis of Translational Shells.
03. To analyse Bending of Shells of Revolutions.
04. To analyse Bending of Shells of Translation.
01. To perform mix design of concrete as per IS: 10262.
02. To understand various types of concretes.
03. To understand techniques of Concreting under extreme weather conditions.
04. To understand Repairs and rehabilitation of concrete.
01. To develop various elastic models for soil-foundation interaction.
02. To solve problems of rectangular plates on linear and non-linear elastic foundation.
03. To understand concept of relative stiffness.
04. To design Structures with Soil-foundation System.
01. To understand the basic of C++.
02. To draw simple structural drawing using Auto CAD.
03. To design structural elements using STAAD Pro.
01. To solve linear simultaneous equations.
02. To solve non-linear system of equations.
03. To apply Numerical differentiation.
04. To solve ordinary differential equations.
 
01. To understand stress distress of concrete structure.
02. To understand materials and methods for repair of concrete structures.
03. To understand importance and methods of NDT.
04. To understand causes and repairs of cracks in concrete structures.
01. To understand Life cycle of construction projects.
02. To define various construction methods.
03. To prepare estimate for construction project.
04. To understand Use of information technology in construction industry.
01. To design flexible pavement as per IRC 37.
02. To design rigid pavements as per AASTHO method.
03. To perform overlay design for flexible pavement.
04. To design airport pavement.
01. To calculate Bearing capacity of shallow foundation using various methods.
02. To understand Factors effecting failures of foundation.
03. To perform design and testing of Pile foundation.
04. To design Caissons and well foundations.
01. To understand Pure Bending of Plates.
02. To understand Symmetrical bending of circular plates.
03. To apply theories of shear deformation.
04. To perform Analysis of Plates Using Finite Difference Method.
01. To apply Basic Principles of Structural Mechanics.
02. To analyse two and three dimensional frame structure.
03. To analyse three dimensional solid elements.
04. To analyse Folded Plates & Shells.
Electives - Transportation Engineering

This course will enhance the analytical and research skills among students. It will also stimulate the practical exposure of different statistical tools and tests used in different domains of research in addition to their theoretical background.

01. To apply methods of ground improvement.
02. To analyse Drainage and Dewatering techniques.
03. To suggest In-situ Treatment of Cohesion less and Cohesive Soils.
04. To design earth reinforcement.
01. To suggest methods for soil stabilization.
02. To understand the construction of Non-bituminous and bituminous Pavements.
03. To construct cement concrete pavements.
04. To apply techniques of highway maintenance.
01. To understand the need of public transportation.
02. To determine a good schedule for Transit system.
03. To determine the capacity of rapid transit systems.
04. To plan an effective public transport system.
 
01. To understand the causes of accidents.
02. To plan traffic controls for safety on roads.
03. To perform Road safety audit.
04. To suggest measures for road safety.
01. To understand the importance of drainage system
02. To understand the concept of surface and sub-surface drainage system.
03. To design surface and sub-surface drainage system for highway.
04. To understand concept of airport and railway drainage system.
01. To select proper construction equipment for a project.
02. To calculate production rates of equipment
03. To understand various Drilling, Blasting, Piling and Tunnelling Equipment
04. To classify pumping and compaction equipment.
Electives - Environmental Engineering

This course will enhance the analytical and research skills among students. It will also stimulate the practical exposure of different statistical tools and tests used in different domains of research in addition to their theoretical background.

01. To understand mathematical modelling and evolution of system engineering.
02. To understand linear programming and non-linear programming.
03. To understand economic aspect of system engineering.
04. To understand decision analysis.
01. To understand sources of air pollutants and effects on human health, vegetation and materials.
02. To understand diffusion of pollutants.
03. To understand air pollution meteorology.
04. To understand air quality modelling.
01. To understand planning for installation of water Reservoirs.
02. To analyse Economic and Financial aspects of project.
03. To apply real time operations Water Resources Systems.
04. To apply mathematical models for forecasting and other water resources related problems.

 

01. To understand methods of investigation for Ground water exploration.
02. To understand effects of boundaries in aquifers.
03. To design and construct tubewells.
04. To understand techniques for Artificial recharge of ground water.
 
01. To understand concepts and characterisation techniques in microbiology.
02. To understand engineered systems of water and waste water treatment.
03. To understand filtration and anaerobic treatment processes.
04. To understand decentralized wastewater treatment systems.
01. To formulate project reports.
02. To understand project management systems.
03. To anticipate Project costing and appraisal.
04. To design an Integrated System for a project.
01. To understand principles of remote sensing (RS) & geographical information system (GIS)
02. To analyse land resources using RS and GIS.
03. To apply RS and GIS in ground water studies
04. To perform GIS based urban planning studies.
01. To understand Fundamental Concepts of Energy.
02. To understand Energy Convention Systems.
03. To understand Energy Management.
04. To understand Alternate sources of energy.
01. To solve symmetric matrices.
02. To solve Linear Equations systems.
03. To solve Numerical Differentiation and Numerical Integration.
04. To calculate Variation or Dispersion on given data
Electives - Construction Management

This course will enhance the analytical and research skills among students. It will also stimulate the practical exposure of different statistical tools and tests used in different domains of research in addition to their theoretical background.

01. To understand the concept of technology management.
02. To apply techniques of Technology Forecasting.
03. To understand the terms like IPR, Patent, license etc.
04. To apply management skills for productivity enhancement.
01. To select proper construction equipment for a project.
02. To calculate production rates of equipment
03. To understand various Drilling, Blasting, Piling and Tunnelling Equipment
04. To classify pumping and compaction equipment.
01. To plan Rural Development strategy.
02. To promote low cost rural housing.
03. To design Water Supply and Rural Sanitation.
04. To design Low Cost Roads and irrigation.
 
01. To use IS codes and BIS handbook for design and detailing.
02. To design biaxial columns and curved beams.
03. To design water tanks and bunkers.
04. To design chimneys and Multi-storey building.
01. To understand the concept of operating system.
02. To write programme in C language.
03. To apply simulation techniques.
04. To use drafting tools.
01. To understand the benefits of green building.
02. To understand Design Features for Green Building Construction.
03. To use Eco-friendly Materials for construction.
04. To understand Rating Systems and Certification for Green Building
01. To classify steel sections.
02. To understand behaviour of steel structures.
03. To apply methods of fabrication and erection of steel structures.
04. To perform maintenance and repair of steel structures.

Project Based Learning

  • Students gain experience as well as expertise in designing, development, maintenance, constructions, and handling of projects including roads, buildings, canals, bridges, dams.
  • Students learn to work on real-case conditions. They work in groups, discuss ways to solve the problem and, eventually, come up with a scale model based on their solution.
  • Students are made industry ready with various practical ssignments like research paper writing, workshop presentation, advanced teaching pedagogy, international expert lectures and expert talks

Career opportunities

The post graduate civil engineering qualification attracts a salary premium that convinces young aspirants that a civil engineering degree at an undergraduate level with a post graduate top up was the perfect recipe for a high paying engineering career. A civil engineering graduates can go for post-graduation and research with a specialization of his choice such as Structural Engineering, Traffic and Transportation Engineering, Hydraulics and Water Resources Engineering, Environment Engineering, Geotechnical Engineering, Construction Management, Geoinformatics. High motivated aspirants can also appear for GRE, TOEFEL, IELTS for higher education in foreign Universities and can also appear for the UPSC examination such as IAS, IPS or IES exams.
M.Tech specialist’s career opportunities:

  • Post graduate may be Civil Engineering Project Consultants, Land Surveyor, Scientist, Project Manager, Coordinator, Graduate Executive Trainee, and Executive Manager.
  • M.Tech Civil Engineer degree holders can also engage themselves in research as well as Teaching faculty in government and private educational/research Institutes.
  • Post graduate in Civil Engineering may be work as independent consultants.

Career Prospects

Industry Based Prospect

  • Site Manager
  • Construction planner
  • Structural designer/consultant
  • Design specialist/consultant
  • Quantity surveyor and planner
  • Urban designer & planner/manager

Research Based Prospect

  • Scientist
  • Research scholar
  • Research scientist
  • Civil Engineering Consultant and Planner

Eligibility Criteria

Duration: 2 yrs.

The candidates should have passed with minimum 50% marks (45%  in the case of SC/ ST category) in aggregate in B.E./B.Tech. or equivalent degree in Civil Engineering from any recognized University.

 

Fees

Course Course Fee 
Indian (INR) International (USD)
Tuition Fee Development Fee
M.Tech (Civil Engineering)
80,000 20,000
-

Note:

  1. The Fee will have to be deposited at the time of Counselling.
  2. University Charges will be extra as per University norms.
  3. Fee once paid shall not be refunded under any circumstances.
  4. There will be an annual increase of 7% in tuition fee.
  5. Students Fund for all the students is Rs.2,000/- p.a.
  6. Life time Alumni Membership fee is Rs. 4,000/-.
  7. Hostel & Transport Charges will be extra.
  8. Students who wish to leave the Institute mid-stream, will have to deposit the fee for the remaining period of the course as per judgement of the Hon'ble Supreme Court in the case of Islamic Academy of Education and others Vs State of Karnataka & PA lnamdar case.

OUR CONTACT

  • Maharishi Markandeshwar (DEEMED TO BE UNIVERSITY) Mullana, Ambala (Haryana)
  • +91-1731-274475, 76, 77, 78 | Toll Free: 1800 2740 240
  • [email protected]

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