ITI DRAUGHTSMAN CIVIL
ITI DRAUGHTSMAN CIVIL
Draughtsman Civil they also called as drafters, translate the ideas and rough sketches of engineers, architects and scientists into detailed drawings. Draughtsmen prepare technical drawings and plans used by production and construction workers to build everything from manufactured products such as spacecraft or industrial machinery, to structures such as office buildings or oil and gas pipelines.
iti draughtsman civil engineering course syllabus
Their drawings provide visual guidelines, showing the technical details of the products and structures, specifying dimensions, materials to be used, and procedures and processes to be followed. Drafters fill in technical details, using drawings, rough sketches, specifications, codes and calculations supplied by engineers, surveyors, architects or scientists.
GENERAL INFORMATION
1. Name of the Trade DRAUGHTSMAN CIVIL ENGINEERING
1. Importance of B.I.S:- Introduction of Code of Practice for Architectural and Building Drawings (IS: 962‐1989). Layout of drawing. Lines, Lettering, Dimensioning, Scales and Projection
2. Building materials:‐ Rocks–.classification, types, uses, Stones –,classification, types, uses, Bricks –. Manufacturing classification, types, uses, Lime–classification, types, uses, Pozzolanic, classification, types, uses, Cement –Manufacturing, classification, types, uses, Clay Products – earthenware, stoneware, porcelain, terracotta, glazing, types, Mortar –. Preparation classification, types, uses Concrete –. Preparation classification, types, uses, Timber ‐ Structure, defect classification, seasoning, uses. admixtures ‐ for cement mortar & cement concrete, classification, types, uses
3. Protective materials:‐ Paints, classification, types, uses, varnishes –.classification, types, uses, Metal– classification, types, uses, Plastics –. Classification ,types, uses
4. Building Construction:‐ Masonry. Stone masonry Terms used ‐. Classification –Tools –Brick masonry – Technical terms –‐bonds, types junctions, Hollow block construction ––types, admixtures added advantages. Composite masonry :‐ types
5. Foundation:‐ Soil ‐ bearing capacity, Foundation ‐ objectives, Requirement, types‐shallow ‐ spread, isolated or column footing, stepped, combined, continuous, inverted arch, cantilever, grillage, & raft or mat foundation. Deep foundations‐ piles –Well foundations Machine foundation‐general requirements‐types‐Cofferdam and caisson
6. Permanent & temporary structures:‐ life of structures, sub structure, super structure, load bearing structure, cavity wall, framed structure,
7. Scaffolding:- Parts, types‐ Shoring‐ types. Underpinning. purpose, types. Partition – requirements, types. Frame work
8. Treatments for building structure:‐ DPC‐Sources and effects of dampness, method. Damp proofing materials – properties, functions, types, Anti‐termite treatment objectives &uses, method. Weathering course‐ purpose, materials required‐Fire‐proofing. Effect, rules
9. Arches:- Technical terms‐.types ,centering
10. Lintel:‐ types‐wooden, brick, stone, steel & RCC.
11. Carpentry:- joints terms, classification of joints, Uses &types of fixtures & fastenings
12. Doors:– Parts, Location, standard sizes, types, Windows‐types, Ventilators‐ purpose‐types, Floors – Ground floor & upper floor‐Types. Flooring‐ materials used, types, Stairs‐ Terms. Requirements. headroom, .Types‐(Turning. Materials)‐ Planning, Lift, Escalator, Roofs & Roof coverings –Purposes ‐Elements‐. Types:‐ Flat & pitched, Truss‐king post, queen post, mansard, bel‐fast, steel, composite. Shell‐types‐north‐light &double curved. Dome. Components parts. Roof coverings – objectives, types & uses,
13. Building rules & bye laws:‐ Objectives & importance, Function & responsibility, lay out plan & key plan‐ composition of submission ,drawing. provision for safety. requirement of green belt and land
14. Computer aided drafting:‐ Operating system ,Hardware & software, Introduction of CAD, Its Graphical User Interface. Method of Installation. Basic commands of CAD.
15. Reinforced cement concrete structure:- introduction, Bar bending , details as per IS Code. chejjas ,Beams and columns, Stairs, One‐way slab & two‐way slab, Innovative construction, Safety against earthquake, grade of cement , steel‐behaviour &test bar‐bending schedule, Retaining wall, R.C.C. Framed structure.
16. Steel structures:‐ Common forms of steel sections, Structural fasteners, Joints, tension & compression member‐classification, fabrication Construction details
17. House drainage of building:‐ Introduction ,Terms used in PHE, Systems of sanitation, System of house drainage, plumbing, sanitary fittings etc, Purification of water. Types of sewer appurtenance, Systems of plumbing, Manholes & Septic tank, New technology of Plumbing, System.
18. Road:‐ Introduction, History of highway development. general principles of alignment. Classification and construction of different types of roads‐Component parts ,road curves & gradient, Curves‐types, designation of curves, setting out simple curve by successive bisection from long chords, simple curve by offsets from long chords.
19. Bridge:‐ Component parts. IRC loading, Selection of type and location, Factors governing the ideal site Alignment of bridge‐Foundation ‐selection‐caisson. Coffer dam‐ types .Types of super structure, Substructure‐piers, abutments, wing walls‐ Classification of bridge
20. Railways:‐ Rail gauges, Functions, Requirements, Types, Sections, Length of rail, Welding of rail, wear of rail, Coning of wheels, hogged rail, bending of rail, creep of rail, Causes and prevention of creep. Sleeper and ballast‐function‐types requirement‐materials‐rail Fixtures, Fastenings and plate laying‐ rail Joints‐types‐ fish plate‐fish bolt spikes‐chairs and keys‐bearing plate‐block‐elastic, base plate Anchors and anti‐creepers, Construction of permanent ways.
21. Irrigation Engineering:‐ Terms used in irrigation. Hydrology like duty, delta, base period, intensity of irrigation, hydrograph , peak flow, run off, catchment area, CCA, corps like, rabi, kharif etc.. Storage/ diversion head work definition: types . Reservoir –types of reservoirs, area, and capacity of reservoir, Dams , weir & barrage‐ types purposes Hydro electric project Canals:‐, classification and distribution system, canal structures. Types of cross drainage works
22. Estimating and Costing :‐ Introduction, Purpose and common techniques, Construction drawing Measurement techniques,
23. Wiring Electrical :‐ Safety precaution and elementary first aid. Artificial respiration and treatment of electrical shock Elementary electricity. General ideas of supply system. Wireman’s tools kit. Wiring materials. Electrical fittings. System of wirings. Wiring installation for domestic lightings.
24. Surveying:‐ Introduction, History and principle, Objectives. and uses common terms used and definitions, classification, accuracy, types Main divisions (plane & geodetic),Chaining, bearing & meridian. Speed in field and office work, Plani meter and pantograph
25. Leveling‐ auto level introduction, definition, Principle of leveling, Leveling staffs, its graduation & Types, Minimum equipment required, Types, Component part and function Temporary and permanent adjustment, procedure in setting up. Level & horizontal surface. Datum Benchmark, Focussing & parallax ,Deduction of levels, types leveling, Contouring ;‐Definition –‐Characteristics Methods .Direct and Indirect methods, Interpolation of Contour – Contour gradient – Uses of Contour plan and Map.
26. Theodolite survey:‐ Introduction to Theodolite, identification & understanding of parts, Types, technical terms. Temporary and permanent adjustments, procedure in setting up, Fundamental lines and relation Method of measurement of horizontal& vertical angles ,Repetition & reiteration systems. Types of field book, adjustment of Errors while laying a given angle by repetition ,method of setting out straight lines, establishing, Latitude and departure, Consecutive co‐ordinates and independent co‐ordinates. Instrumental errors, their elimination, permanent adjustment, care &maintenance of Theodolite. ,Method of running a traverse, different methods of measuring angles & bearings. Method of plotting traverses‐ Gales, traverse system, checking of measurements of closed & open traverse, use of traverse tables, closing errors and its adjustment. Technical terms in connection with simple triangulation‐base line
27. Total Station:‐ Introduction, components parts, accessories used, characteristics, features, advantages and disadvantages principle of EMD Working and need Setting and measurement, Electronic, display & Data reading, Rectangular and polar co‐ ordinate system Terminology of open and closed traverse
28. GPS:‐ Introduction of GPS system. Co‐ ordinate and time system. Satellite and conversional geodetic system. GPS. Signal, code, and biases Role of TRANSIT in GPS development. GPS segment organisation.GPS survey methods. Basic geodetic co‐ordinate Ground support equipment, signals Tracking devises & system Time measurement and GPS timing Definition and application of Remote sensing, Photogrammetric, Arial photography, satellite Images, Pattern recognition and digital signal.
29. Workshop Calculation & Science:- Degree in Engineering with one year experience. OR Diploma in Engineering with two years experience. Desirable: Craft Instructor Certificate in RoD & A course under NCVT.
30. Employability Skill:- MBA OR BBA with two years experience OR Graduate in Sociology/ Social Welfarel Economics with Two years experience OR Graduate/ Diploma with Two years experience and trained in Employability Skills from DGET institutes. AND Must have studied English/ Communication Skills and Basic Computer at 12th / Diploma level and above. OR Existing Social Studies Instructors duly trained in Employability Skills from DGET institutes
 |
| iti draughtsman civil engineering course syllabus |
Their drawings provide visual guidelines, showing the technical details of the products and structures, specifying dimensions, materials to be used, and procedures and processes to be followed. Drafters fill in technical details, using drawings, rough sketches, specifications, codes and calculations supplied by engineers, surveyors, architects or scientists.
1. Name of the Trade DRAUGHTSMAN CIVIL ENGINEERING
2. N.C.O. Code No. 3118.20, 3118.50, 3118.60
3. NSQC Level Level - 5
4. Duration of Training Two years (Four semesters each of six months duration).
5. Entry Qualification Passed 10th Class with Science and Mathematics under
10+2 system of Education or its equivalent
1. Importance of B.I.S:- Introduction of Code of Practice for Architectural and Building Drawings (IS: 962‐1989). Layout of drawing. Lines, Lettering, Dimensioning, Scales and Projection
2. Building materials:‐ Rocks–.classification, types, uses, Stones –,classification, types, uses, Bricks –. Manufacturing classification, types, uses, Lime–classification, types, uses, Pozzolanic, classification, types, uses, Cement –Manufacturing, classification, types, uses, Clay Products – earthenware, stoneware, porcelain, terracotta, glazing, types, Mortar –. Preparation classification, types, uses Concrete –. Preparation classification, types, uses, Timber ‐ Structure, defect classification, seasoning, uses. admixtures ‐ for cement mortar & cement concrete, classification, types, uses
3. Protective materials:‐ Paints, classification, types, uses, varnishes –.classification, types, uses, Metal– classification, types, uses, Plastics –. Classification ,types, uses
4. Building Construction:‐ Masonry. Stone masonry Terms used ‐. Classification –Tools –Brick masonry – Technical terms –‐bonds, types junctions, Hollow block construction ––types, admixtures added advantages. Composite masonry :‐ types
5. Foundation:‐ Soil ‐ bearing capacity, Foundation ‐ objectives, Requirement, types‐shallow ‐ spread, isolated or column footing, stepped, combined, continuous, inverted arch, cantilever, grillage, & raft or mat foundation. Deep foundations‐ piles –Well foundations Machine foundation‐general requirements‐types‐Cofferdam and caisson
6. Permanent & temporary structures:‐ life of structures, sub structure, super structure, load bearing structure, cavity wall, framed structure,
7. Scaffolding:- Parts, types‐ Shoring‐ types. Underpinning. purpose, types. Partition – requirements, types. Frame work
8. Treatments for building structure:‐ DPC‐Sources and effects of dampness, method. Damp proofing materials – properties, functions, types, Anti‐termite treatment objectives &uses, method. Weathering course‐ purpose, materials required‐Fire‐proofing. Effect, rules
9. Arches:- Technical terms‐.types ,centering
10. Lintel:‐ types‐wooden, brick, stone, steel & RCC.
11. Carpentry:- joints terms, classification of joints, Uses &types of fixtures & fastenings
12. Doors:– Parts, Location, standard sizes, types, Windows‐types, Ventilators‐ purpose‐types, Floors – Ground floor & upper floor‐Types. Flooring‐ materials used, types, Stairs‐ Terms. Requirements. headroom, .Types‐(Turning. Materials)‐ Planning, Lift, Escalator, Roofs & Roof coverings –Purposes ‐Elements‐. Types:‐ Flat & pitched, Truss‐king post, queen post, mansard, bel‐fast, steel, composite. Shell‐types‐north‐light &double curved. Dome. Components parts. Roof coverings – objectives, types & uses,
13. Building rules & bye laws:‐ Objectives & importance, Function & responsibility, lay out plan & key plan‐ composition of submission ,drawing. provision for safety. requirement of green belt and land
14. Computer aided drafting:‐ Operating system ,Hardware & software, Introduction of CAD, Its Graphical User Interface. Method of Installation. Basic commands of CAD.
15. Reinforced cement concrete structure:- introduction, Bar bending , details as per IS Code. chejjas ,Beams and columns, Stairs, One‐way slab & two‐way slab, Innovative construction, Safety against earthquake, grade of cement , steel‐behaviour &test bar‐bending schedule, Retaining wall, R.C.C. Framed structure.
16. Steel structures:‐ Common forms of steel sections, Structural fasteners, Joints, tension & compression member‐classification, fabrication Construction details
17. House drainage of building:‐ Introduction ,Terms used in PHE, Systems of sanitation, System of house drainage, plumbing, sanitary fittings etc, Purification of water. Types of sewer appurtenance, Systems of plumbing, Manholes & Septic tank, New technology of Plumbing, System.
18. Road:‐ Introduction, History of highway development. general principles of alignment. Classification and construction of different types of roads‐Component parts ,road curves & gradient, Curves‐types, designation of curves, setting out simple curve by successive bisection from long chords, simple curve by offsets from long chords.
19. Bridge:‐ Component parts. IRC loading, Selection of type and location, Factors governing the ideal site Alignment of bridge‐Foundation ‐selection‐caisson. Coffer dam‐ types .Types of super structure, Substructure‐piers, abutments, wing walls‐ Classification of bridge
20. Railways:‐ Rail gauges, Functions, Requirements, Types, Sections, Length of rail, Welding of rail, wear of rail, Coning of wheels, hogged rail, bending of rail, creep of rail, Causes and prevention of creep. Sleeper and ballast‐function‐types requirement‐materials‐rail Fixtures, Fastenings and plate laying‐ rail Joints‐types‐ fish plate‐fish bolt spikes‐chairs and keys‐bearing plate‐block‐elastic, base plate Anchors and anti‐creepers, Construction of permanent ways.
21. Irrigation Engineering:‐ Terms used in irrigation. Hydrology like duty, delta, base period, intensity of irrigation, hydrograph , peak flow, run off, catchment area, CCA, corps like, rabi, kharif etc.. Storage/ diversion head work definition: types . Reservoir –types of reservoirs, area, and capacity of reservoir, Dams , weir & barrage‐ types purposes Hydro electric project Canals:‐, classification and distribution system, canal structures. Types of cross drainage works
22. Estimating and Costing :‐ Introduction, Purpose and common techniques, Construction drawing Measurement techniques,
Estimate‐necessity, importance, types‐approximate and detailed
estimate‐main and sub estimates, revised, supplementary, maintenance / repair estimate taking, off quantities‐ method, Rate analysisand Specifications, Labour and materials, Schedule of rate, Estimating of irregular boundaries, by trapezoidal and Simpsons formulae
23. Wiring Electrical :‐ Safety precaution and elementary first aid. Artificial respiration and treatment of electrical shock Elementary electricity. General ideas of supply system. Wireman’s tools kit. Wiring materials. Electrical fittings. System of wirings. Wiring installation for domestic lightings.
24. Surveying:‐ Introduction, History and principle, Objectives. and uses common terms used and definitions, classification, accuracy, types Main divisions (plane & geodetic),Chaining, bearing & meridian. Speed in field and office work, Plani meter and pantograph
25. Leveling‐ auto level introduction, definition, Principle of leveling, Leveling staffs, its graduation & Types, Minimum equipment required, Types, Component part and function Temporary and permanent adjustment, procedure in setting up. Level & horizontal surface. Datum Benchmark, Focussing & parallax ,Deduction of levels, types leveling, Contouring ;‐Definition –‐Characteristics Methods .Direct and Indirect methods, Interpolation of Contour – Contour gradient – Uses of Contour plan and Map.
26. Theodolite survey:‐ Introduction to Theodolite, identification & understanding of parts, Types, technical terms. Temporary and permanent adjustments, procedure in setting up, Fundamental lines and relation Method of measurement of horizontal& vertical angles ,Repetition & reiteration systems. Types of field book, adjustment of Errors while laying a given angle by repetition ,method of setting out straight lines, establishing, Latitude and departure, Consecutive co‐ordinates and independent co‐ordinates. Instrumental errors, their elimination, permanent adjustment, care &maintenance of Theodolite. ,Method of running a traverse, different methods of measuring angles & bearings. Method of plotting traverses‐ Gales, traverse system, checking of measurements of closed & open traverse, use of traverse tables, closing errors and its adjustment. Technical terms in connection with simple triangulation‐base line
27. Total Station:‐ Introduction, components parts, accessories used, characteristics, features, advantages and disadvantages principle of EMD Working and need Setting and measurement, Electronic, display & Data reading, Rectangular and polar co‐ ordinate system Terminology of open and closed traverse
28. GPS:‐ Introduction of GPS system. Co‐ ordinate and time system. Satellite and conversional geodetic system. GPS. Signal, code, and biases Role of TRANSIT in GPS development. GPS segment organisation.GPS survey methods. Basic geodetic co‐ordinate Ground support equipment, signals Tracking devises & system Time measurement and GPS timing Definition and application of Remote sensing, Photogrammetric, Arial photography, satellite Images, Pattern recognition and digital signal.
29. Workshop Calculation & Science:- Degree in Engineering with one year experience. OR Diploma in Engineering with two years experience. Desirable: Craft Instructor Certificate in RoD & A course under NCVT.
30. Employability Skill:- MBA OR BBA with two years experience OR Graduate in Sociology/ Social Welfarel Economics with Two years experience OR Graduate/ Diploma with Two years experience and trained in Employability Skills from DGET institutes. AND Must have studied English/ Communication Skills and Basic Computer at 12th / Diploma level and above. OR Existing Social Studies Instructors duly trained in Employability Skills from DGET institutes
diploma civil engineering course syllabus
Diploma in Civil Engineering is a 3-year long course in engineering, specializing in the design, construction, and maintenance of physical and naturally-built environment, such as roads, bridges, canals, dams and buildings. The minimum eligibility criterion required for the candidates is to pass 10th with minimum 50% marks.
Major sub-disciplines of the course include drafting (both manual and computer-aided), planning, surveying, construction technology, estimation & costing, basics of highway, bridge, railway, airport, tunnel and harbor engineering.
GENERAL INFORMATION
FIRST SEMESTER
Communication Skills-I
SECOND SEMESTER
Applied Mathematics - II
THIRD SEMESTER
Hydraulics and Hydraulic Machines
FOURTH SEMESTER
Communication Skill-II
FIFTH SEMESTER
Water and Waste Water Engineering
SIXTH SEMESTER
Survey Camp
 |
| diploma civil engineering course syllabus |
Diploma in Civil Engineering is a 3-year long course in engineering, specializing in the design, construction, and maintenance of physical and naturally-built environment, such as roads, bridges, canals, dams and buildings. The minimum eligibility criterion required for the candidates is to pass 10th with minimum 50% marks.
Major sub-disciplines of the course include drafting (both manual and computer-aided), planning, surveying, construction technology, estimation & costing, basics of highway, bridge, railway, airport, tunnel and harbor engineering.
GENERAL INFORMATION
1. Name of the Trade DIPLOMA CIVIL ENGINEERING
2. N.C.O. Code No. 3118.20, 3118.50, 3118.60
3. NSQC Level Level - 5
4. Duration of Training 3 years (6 semesters each of six months duration). & Latarel Entry are 2
5. Entry Qualification Passed 10th Class with Science and Mathematics under
10+2 system of Education or its equivalent .
FIRST SEMESTER
Communication Skills-I
Applied Mathematics - I
Applied Physics – I
Applied Chemistry
Engineering Drawing-I
Construction Materials
General Workshop Practice - I
SECOND SEMESTER
Applied Mathematics - II
Computer Aided Drawing
Applied Mechanics Basics of Mechanical and Electrical Engg.
Basics of Information Technology
General Workshop Practice -II
THIRD SEMESTER
Hydraulics and Hydraulic Machines
Concrete Technology
Environmental Studies
Structural Mechanics
Building Construction
Building Drawings
FOURTH SEMESTER
Communication Skill-II
Highway Engineering
Irrigation Engineering
Surveying - I
Reinforced Cement Concrete Structures (RCC Structures)
Energy Conservation
RCC Drawing
FIFTH SEMESTER
Water and Waste Water Engineering
Railways, Bridges and Tunnels
Earthquake Engineering
Soil Mechanics and Foundation Engineering
Surveying-II
Waste Water and Irrigation Engineering Drawing
Universal Human Values
SIXTH SEMESTER
Survey Camp
Quantity Surveying and Valuation
Construction Management, Accounts and Entrepreneurship Development Design of Steel Structure
Steel Structure Drawing
Software Application in Civil Engineering 1
Elective
Project Work
Resource Requirement
Evaluation Strategy
Recommendations for Effective Implementation of Curriculum
List of Participants
B.E. Civil Engineering is a 4-year full-time undergraduate engineering course. The duration of this course is 4 years divided into 8 semesters. Candidates have to pass their 10+2 examinations or an equivalent examination from a recognized board. with 55% of marks to be eligible for this course.
GENERAL INFORMATION
1stSEMESTER
Theory:-
Mathematics – I
Practicals:-
Computer Programming Lab
2nd SEMESTER
Theory:-
Mathematics – II
Practicals:-
Physics lab
3rd SEMESTER
Theory:-
Mathematics-III
Practicals:-
Survey Lab-I
4th SEMESTER
Theory:-
Mathematics-IV
Practicals:-
Survey Lab-II
5th SEMESTER
Theory:-
Methods
Practicals:-
Geotechnical Engg. Lab
6TH SEMESTER
Theory:-
Structural Analysis-II
Practicals:-
Environmental Engg. Lab
7TH SEMESTER
Theory:-
Engineering Economics
Practicals:-
Design and Drawing –I
8TH SEMESTER
Theory:-
Construction Management
Practicals:-
Design and Drawing –II
B.E. Civil Engineering is a 4-year full-time undergraduate engineering course. The duration of this course is 4 years divided into 8 semesters. Candidates have to pass their 10+2 examinations or an equivalent examination from a recognized board. with 55% of marks to be eligible for this course.
Many colleges and institutes offer this Bachelor of Engineering (Civil Engineering) course in India. Every college and institute has their own eligibility criteria, fees structure, and admission process
After completing this course, graduates may work in areas like Civil Engineering companies, Water resources, Engineering Transportation companies, Tunnel Engineering companies, Educational Institutes, Construction companies, etc. These graduates may work in positions like Civil Engineer, Architect, Technical Officer, Manager, Business analyst, Assistant Executive Engineer, etc. The average salary for these professionals ranges between INR 2 to 25 Lacs based on their experience and expertise in this field.
GENERAL INFORMATION
1. Name of the Trade B.TECH/BE CIVIL ENGINEERING
2. N.C.O. Code No. 3118.20, 3118.50, 3118.60
3. NSQC Level Level - 5
4. Duration of Training 4 years (8 semesters each of six months duration). & Latarel Entry are 3 years (6 semesters each of six months duration)
5. Entry Qualification Passed 12th Class with Science and Mathematics under
Diplopa Student system of Education or its equivalent .
1stSEMESTER
Theory:-
Mathematics – I
Physics
Chemistry
Basic Electrical and Electronics Engineering
Engineering Thermodynamics
Computer Programming
|
Practicals:-
Computer Programming Lab
Engineering Graphics
Basic Electrical & Electronics Lab
|
2nd SEMESTER
Theory:-
Mathematics – II
Material Science
Environmental Science
Basic Civil and Mechanical Engineering
Engineering Mechanics
Communicative English
|
Practicals:-
Physics lab
Chemistry lab
Workshop Practice
NSS / NCC
|
3rd SEMESTER
Theory:-
Mathematics-III
Building Materials
Building Construction
Mechanics of Solids-I
Mechanics of Fluids
Surveying-I
|
Practicals:-
Survey Lab-I
Material Testing Lab-I
Building Planning and Drawing
|
4th SEMESTER
Theory:-
Mathematics-IV
Concrete Technology
Engineering Geology
Mechanics of Solids-II
Hydraulics and Hydraulic Machinery
Surveying-II
|
Practicals:-
Survey Lab-II
Material Testing Lab-II
Engineering Geology Lab
Physical Education
|
5th SEMESTER
Theory:-
Methods
Structural Analysis-I
Geotechnical Engineering-I
Environmental Engineering –I
Transportation Engineering-I
Hydrology and Water Resources Engineering
|
Practicals:-
Geotechnical Engg. Lab
Fluid Flow and Hydraulic Machinery
Transportation Engineering Lab
General Proficiency –I
|
6TH SEMESTER
Theory:-
Structural Analysis-II
Geotechnical Engg.-II
Environmental Engg.-II
Structural Design –I
Transportation Engg.-II
Elective -I
|
Practicals:-
Environmental Engg. Lab
Estimation, Costing and Valuation
Computer Aided Design Lab
General Proficiency –II
|
7TH SEMESTER
Theory:-
Engineering Economics
Structural Design-II
Coastal and Offshore Structures
Elective –II
Elective -III
|
Practicals:-
Design and Drawing –I
Seminar
Industrial Visits /Training Project Work Phase-I
|
8TH SEMESTER
Theory:-
Construction Management
Disaster Mitigation and Management
Elective –IV
Elective –V Elective -VI
|
Practicals:-
Design and Drawing –II
Comprehensive Viva Voce
Professional Ethical practice
Project Work Phase-II
|
M.Tech. in Civil Engineering is a 2-year post graduate programme in engineering. The eligibility to take admission in this course is B.E./B.Tech in Civil Engineering or equivalent examination. This course is one of the most sought-after branches in engineering and thus offered in most of the engineering colleges in India. Average tuition fees to complete this course ranges from INR 2 to 3 Lacs depending upon the type of college.
GENERAL INFORMATION
There is a no specializations for M.tect. It is a Master Degree Course. Where you can do a master degree course in any specialization subjects
Civil Engineers generally have a lot of M.Tech course are specialisations subject to choose from like that are as follow :-
Construction Engineering
Coastal and Ocean Engineering
Geotechnical Engineering
Fire protection engineering
Structural Engineering
General Engineering
Bridge Engineering
Irrigation Engineering
Land development
Materials Engineering
Transportation engineering
Urban Engineering
Hydraulic Engineering
Water resources Engineering
Environmental Engineering
Thermal Engineering
Thermal & Fluid Enginerring, Construction Technology & Management,
Infrastructure Engineering & Management, Like that etc..
M.Tech. in Civil Engineering is a 2-year post graduate programme in engineering. The eligibility to take admission in this course is B.E./B.Tech in Civil Engineering or equivalent examination. This course is one of the most sought-after branches in engineering and thus offered in most of the engineering colleges in India. Average tuition fees to complete this course ranges from INR 2 to 3 Lacs depending upon the type of college.
After completing this course candidates can seek employment in the construction field with the salary package from INR 2 to 3 Lacs. There is a large scope in the construction field for civil engineers. M.Tech. in Civil Engineering course is designed to produce professional engineers who can deal with the activities of designing and supervising of construction of various structures such as build, shape, maintain and expand societies.
M.Tech. in Civil Engineering is a course by which candidates can discover the extent to shape up the buildings, dams, roads, railways and repair the old one construction to develop the societies and cities.
Knowledge and study which is required to construct and manage all the buildings, transport networks, energy and water supplies can be acquired from this civil engineering course. The specialization of M.Tech. in Civil Engineering can be done in Building Technology, Construction Management, Environment Engineering, Structural Engineering and Transportation Engineering.
GENERAL INFORMATION
1. Name of the Trade M.TECH CIVIL ENGINEERING
2. N.C.O. Code No. 3118.20, 3118.50, 3118.60
3. NSQC Level Level - 5
4. Duration of Training 2 years ( semesters each of six months duration).
5. Entry Qualification Passed BSC Student with and PCM under And
B.TECH Student with GATE qualified system of Education or its equivalent.
There is a no specializations for M.tect. It is a Master Degree Course. Where you can do a master degree course in any specialization subjects
Civil Engineers generally have a lot of M.Tech course are specialisations subject to choose from like that are as follow :-
Construction Engineering
|
Coastal and Ocean Engineering
|
Geotechnical Engineering
|
Fire protection engineering
|
Structural Engineering
|
General Engineering
|
Bridge Engineering
|
Irrigation Engineering
|
Land development
|
Materials Engineering
|
Transportation engineering
|
Urban Engineering
|
Hydraulic Engineering
|
Water resources Engineering
|
Environmental Engineering
|
Thermal Engineering
|
Thermal & Fluid Enginerring, Construction Technology & Management,
Infrastructure Engineering & Management, Like that etc..
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