M.Tech Civil Engineering Fee Structure Admission 2019-20

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Course Name 
M.Tech (Civil Engineering)
Duration
2 Years
Level
Post Graduation
Eligibility
Graduation
Admission Process
Online / Offline
Average Fee 
INR 80,000-2,00,000
Mode
Distance
Approved By
UGC / DEB
Offer By
University
Support
00786-2004-786  (Whatsapp Only)

M.Tech Civil Engineering is a PG program in the engineering field. this is one of the most popular PG programs. After completing the course students have many options, this course is important which open many job opportunities. Master of Technology in Civil Engineering course is designed to increase professional engineers who can deal with the activities of designing and supervising of construction of many structures like- build, maintain, shape, and expand societies.

M.Tech Civil Engineering admission process

The M.Tech civil engineering admission process is depending on the merit list, for the admission in the program students required to qualify the entrance test, which conducted by many universities/college. Students who have an entrance test, the university/college will provide marks for the admission process. Students can get admission through online and offline both types.

Duration

This is a 2-year full-time course.

Eligibility Criteria for M.Tech Civil Engineering

The minimum eligibility for the program is B. Tech in civil engineering or another equivalent program, from the recognized board, with 50 percentile marks score for the general category students and 45 % marks score for the reserved category students.

M.Tech Civil Engineering Syllabus

(A): Building Technology and Construction Management

1: Advanced Concrete Technology

2: Building Acoustics and Noise Control

3: Building Services

4: Computer Applications in Construction

5: Construction Contracts and Specifications

6; Construction Economics and Finance

7: Construction Engineering and Management

8: Construction Methods and Equipment

9: Construction Personnel Management

10: Construction Planning and Control

11: Construction Project Management

12: Energy Management in Buildings

13: Functional Design of Buildings

14: Maintenance and Rehabilitation of Constructed Facilities

15: Modern Construction Materials

16: Quality and Safety Management

17: Structural Systems and Design

(B): Structural Engineering

1: Advanced Reinforced Concrete Design

2: Advanced Steel Design

3: Advanced Structural Analysis

4: Analysis & Design of Plates & Shells

5: Applied Elasticity & Plasticity

6: Bridge Engineering

7: Composite Structures

8: Finite Element Method

9: High Rise Structures

10: Material Technology

11: Pre-stressed Concrete

12: Structural Dynamics & Earthquake Engineering

13: Stability of Structures

(C): Geotechnical Engineering

1: Advanced Soil Mechanics

2: Dynamics of Soils and Foundations

3: Earth Retaining Structures

4: Earthquake Geotechnical Engineering

5: Environmental Geo-techniques

6: Ground Improvement Techniques

7: Ground Water & Flow through Porous Media

8: Optimization Methods &Its Application in Civil Engineering

9: Rock Mechanics

10: Soil Exploration and Analysis of Foundations

11: Soil-Structure Interaction

12: Stability Analysis of Slopes, Dams and Embankments

13: Strength & Deformation Behaviour of Soil

(D): Environmental Engineering

1: Advanced Air Quality Management

2: Advanced Wastewater Treatment

3: Environmental Impact & Risk Assessment

4: Environmental Legislation & Policy

5: Industrial Pollution Prevention & Clean Technologies

6: Principles of Environmental Management

7: Water and Wastewater Engineering

(E): Transportation Engineering

1: Advanced Railway Engineering

2: Analysis & Structural Design of Pavements

3: Evaluation and Strengthening of Pavements

4: Geometric Design of Highways

5: Highway and Airport Pavement Materials

6: Mass Transit Systems

7: Planning & Design of Airports

8: Traffic Engineering & Traffic Flow Theory

9: Transportation & Environment

10: Transportation Systems, Analysis & Modelling

11: Transportation Systems Planning

(F): Water Resources Engineering

1: Advanced Fluid Mechanics

2: Computational Fluid Dynamics

3: Design of Hydraulic Systems

4: Fluvial Hydraulics

5: Ground Water Assessment & Development

6: Hydraulic Structures & Hydro Power Engineering

7: Hydrology and Hydraulics of Surface and Sub-Surface Water

8: Hydrologic Element and Analysis

9: Integrated River Basin Management

10: Open Channel Flow

11: Water Quality Modelling & Management

12: Water Resources Management

Job Types for M.Tech. Civil Engineering 

Manager
Civil Engineering Specialist
Lecturer/Assist. Professor
Graduate Executive Trainee
Executive Manager
Draftsman
Coordinator
Project Engineer

 

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