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Singhania University » Syllabus» B. Tech. Intergrated Automobile

B. Tech. Intergrated Automobile

    Civil B. Tech. Interacted SYALLBUS – ITI
    1sem.
    Subjects
    1.Applied Physics
    2.Enggineering Drawing
    3.Workshop (practical)

    4. Workshop Technology 5.Trade Theory I:­
    For Mech. ­R&AC+ Fitter+ Welder For civil ­Plumber + carpentry For electrical ­electrician For electronics­radio & tv+ computer hardware For computer ­ITESM + copa +computer hardware
    2Sem.
    Subjects
    1.Enggineering math
    2.Enggineering drawing
    3.Workshop (practical)
    4.Workshop Technology
    5.Trade Theory II :­

    For mech. ­R&AC+ Fitter+ Welder For civil ­Plumber+ carpentry For electrical ­Electrician For electronics­radio & tv+ computer hardware For computer ­ITESM+ Copa + computer hardware
    Diploma III Sem.


    Sr.No.

    Code

    Subject

    1

    CE31

    Strength of Materials

    2

    CE32

    Fluid Mechanics­I

    3

    CE33

    Building Technology

    4

    CE34

    Surveying ­I

    5

    CE35

    Transportation – Engineering

    6

    CE36

    Soil Engineering

    7

    CE37

    Construction Materials


    Diploma IIISem. Code CE 31 Strength of Materials –I

    1. Simple Stress and Stain
    2. Compound Stress
    3. Strain Energy
    4. Bending Moments and shear force
    5. Moment of inertia
    6. Bending Stresses in Beams
    7. Shear Stress in Beams

    Code CE 32 Fluid Mechanics – I

    1. Introduction
    2. Fluid Pressure and its Measurement
    3. Hydrostatics
    4. Hydro kinematics
    5. Hydrodynamics and Measurement of flow
    6. Orifices and Notches

    Code CE 33 Building Technology –I

    1. Introduction
    2. Foundation
    3. Walls
    4. Brick Masonry
    5. Stone Masonry
    6. Scaffolding Shoring and Underpinning
    7. Dampens and its Prevention
    8. Building Bye Laws

    Code CE 34 Surveying – I

    1. Introduction
    2. Chain Surveying
    3. Compass Surveying
    4. Minor Instrument

    Code CE 35 Transportation Engineering – I

    1. Introduction
    2. Highway Development and Planning
    3. Highway Geometric Design
    4. Traffic Engineering
    5. Highway Materials
    6. Construction of Roads
    7. Highway Materials
    8. Road Drainage and Road Arboriciculture
    9. Bridges

    Code CE 36 Soil Engineering

    1. Introduction
    2. Fundamental Definitions and Relationships
    3. Classification of Soils
    4. Permeability of Soils
    5. Compaction
    6. Consolidation
    7. Shear Strength
    8. Bearing Capacity
    9. Soil Pressure
    10. Soil Exploration

    Code CE 37 Construction Materials

    1. Stones
    2. Bricks
    3. Tiles
    4. Lime
    5. Lime Mortar
    6. Cement and Cement Mortar

    7. Timber Paints and Varnishes
    th
    Diploma IVSem.


    Sr.No.

    Code

    Subject

    1

    CE41

    Strength of Materials­II

    2

    CE42

    Fluid Mechanics­II

    3

    CE43

    Building Technology­II

    4

    CE44

    Surveying ­II

    5

    CE45

    Transportation – Engineering ­II

    6

    CE46

    Construction Technology

    7

    CE47

    Building Drawing


    IVCode CE 41 Strength of Materials – II

    1. Deflection
    2. Columns and Struts
    3. Torsion so Struts
    4. Springs
    5. Thin Cylindrical Shells
    6. Combined Direct and Bending stress
    7. FrameCode CE 42 Fluid Mechanics – II
    8. Flow Through Pipes
    9. Flow Through Channels
    10. Turbines
    11. Pumps

    Code CE 43 Building Technology – II

    1. Arches and Lintels
    2. Doors
    3. Windows
    4. Stairs and Stair Cases
    5. Roofs
    6. Floors
    7. Finishing of Building
    8. Basic Principles of Building Planning
    9. Orientation
    10. Design of Buildings

    Code CE 44 Surveying ­II

    1. Leveling
    2. Contouring
    3. Plane Table Surveying
    4. Modern Instruments

    Code CE 45 Transportation Engineering – II

    1. Introduction
    2. Permanent way and track materials
    3. Rails
    4. Steppers
    5. Ballast
    6. Fixture
    7. Railway Geometries
    8. Permanent and Temporary land Widths
    9. Point and Crossing
    10. Tracks Laying
    11. Maintenance
    12. Stations and Yards
    13. Signal lings
    14. System of Signal lings
    15. Tunneling

    Code CE 46 Concrete Technology

    1. Cement
    2. Testing of Comment
    3. Aggregates
    4. Water
    5. Admixtures
    6. Fresh Concrete
    7. Concrete Operation
    8. Strength of Concrete
    9. Special Concrete
    10. Formwork
    11. Quality Control at site

    Code CE 47 Building Drawing

    1. Detailed working plan, elevation and section of the following
    2. Drawing of a small residential building from
      measurements
    3. Detailed working drawing of a two storied building

    Diploma VSem


    Sr.No.

    Code

    Subject

    1

    CE51

    Public health Engineering ­I

    2

    CE52

    Irrigation Engineering ­I

    3

    CE53

    Theory of Structures

    4

    CE54

    Surveying – III

    5

    CE55

    Estimating and Costing –I

    6

    CE56

    Elective

     

     

    Construction Management

     

     

    Building Services

    7

    CE57

    Elective II

     

     

    C Programming

     

     

    Computer in Business System


    V   Sem.
    Code CE 51 Public Health engineering

    1. Introduction
    2. Quantity of water
    3. sources of water
    4. Quantity of water
    5. Treatment of water
    6. Conveyance of water
    7. Regulatory Valves
    8. Distribution of water
    9. Building water supply
    10. Rural water supply

    Code CE 52 Irrigation Engineering –I

    1. Introduction
    2. Water Requirements of crops
    3. Hydrology
    4. Reservoir Planning
    5. Dams
    6. Earthen and Rock fill drams
    7. Spillways
    8. River Training Works

    Code CE 53 Theory of Structures

    1. Slope and Deflection
    2. Influence line diagram for the following in simply supported beams
    3. Rolling loads
    4. Indeterminate Structures
    5. Propped Cantilever Beam
    6. Fixed Beams
    7. Continuous

    Code CE 54 Surveying – III

    1. Theologize
    2. Traverse
    3. Tachometry
    4. Trigonometrically leveling
    5. Curves
    6. Modern

    Code CE 55 Estimating and Costing­I

    1. Introduction
    2. Rate­Analysis
    3. Specifications
    4. Detailed Estimates for Building
    5. Earth work calculation for Road and Rail Formation

    Code CE 56 Construction Management and Equipments

    1. Introduction
    2. Construction Planning
    3. Organization
    4. Construction Contracts
    5. Construction Labour
    6. Inspection and Quality Control
    7. Construction Equipments

    Code CE 57 Building Services

    1. Surface finishes and External Rendering
    2. Water supply and Drainage in building
    3. Hot water Supply
    4. Ventilation
    5. Air­Conditioning System for Building
    6. Basic concepts of electrical wiring
    7. Lifts
    8. Lighting
    9. Fire Protection
    10. Sound and Acoustics

    Code CE 58 C Programming
    . Introduction
    . Elements of C
    . Console Input –Output
    . Control Flow
    . Arrays
    . Functions
    . Pointers
    . Structures and Enumerated Data Types Code CE 59 Computer in Business Systems

    1. Business Data Processing
    2. Business Files
    3. Design, Analysis and Development of
    4. Computerized Payroll
    5. Fox Pro
      Diploma VISem

     


    Sr.No.

    Code

    Subject

    1

    CE61

    Public health Engineering ­II

    2

    CE62

    Irrigation Engineering ­II

    3

    CE63

    Steel Structures Design and Drawing

    4

    CE64

    R.C.C. Design and Drawing

    5

    CE65

    Estimating and Costing –II

    6

    CE66

    Elective

     

     

    Repair and Maintenance of civil works

     

    Appropriate Technology Environmental

     

     

    Engineering

    7

    CE67

    Elective II

     

     

    Management

     

     

    Entrepreneurship Development

     

     

    Production System Management


    VISem.
    Code CE 61 Public health Engineering –II

    1. Introduction
    2. Quantity of Sewage
    3. Characteristics and Compositions of sewage
    4. Building Drainage
    5. Sewers
    6. Appurtenances
    7. Laying of Sewers
    8. Maintenance
    9. Sewage Disposal
    10. Treatment and Disposal
    11. Septic Tanks
    12. Rural Sanitation

    Code CE 62 Irrigation Engineering – II
    . Canals . Water Logging . Diversion Head Works . Cross Drainage works . Distributor works . Well irrigation
    Code CE 63 Steel Structure Design and Drawing

    1. Introduction
    2. Structural Steel Connection
    3. Tension Members
    4. Compression Members
    5. Column Bases
    6. Beams and Lintels
    7. Roof Trusses
    8. Plate Girder

    Code CE 64 R.C.C. Design and Drawing

    1. Introduction
    2. Flexural Members
    3. Analysis and design of Beams
    4. Stabs
    5. Compression Members
    6. Design of Footing
    7. Retaining Well
    8. Priestesses Concrete

    Code CE 65 Estimating and Costing – II

    1. Preparing Details Estimates for the various items of work from the given drawing for
    2. Valuation of property and rent fixation
    3. Contract System
    4. Procedure of Works
    5. Public works accounts
    6. Stores tools and plants

    Code CE 66 Repair and Maintenance of Civil works

    1. Principle of maintenance
    2. Maintenance Standards
    3. Defects
    4. Maintenance Organization
    5. Maintenance Problems and Their Solution

    Code CE 67 Appropriate Technology

    1. Introduction
    2. Materials
    3. Mud walls
    4. Thatched Roofs
    5. Low cost Housing
    6. Rural Sanitation
    7. Rural Sanitation
    8. Rural Roads
    9. Miscellaneous

    Code CE 68 Repair and Maintenance of Civil Works

    1. Environment and Ecology
      1. 2.         Factors affecting Environmental
      2. pollution
    2. Water Pollution
    3. Air Pollution
    4. Noise Pollution
    5. Land Pollution
    6. Environmental Impact Assessment
    7. Global Environmental Issues
    8. Non conventional Sources of energy in environmental protection
    9. Pollution control acts
    10. Environment

    Code CE 69 Management

    1. Principles of Management
    2. Human Resources Development
    3. Wages and Incentives
    4. Financial Management
    5. Material Management
    6. Marketing Management
    7. Tax System and Insurance
    8. Labour Legislation and Pollution control Acts
    9. Entrepreneurship Development

    Code CE 70 Entrepreneurship Development

    1. Entrepreneurship
    2. Industrial Policy
    3. Entrepreneurship support System
    4. Entrepreneurship Development
    5. Setting up SSI
    6. Raw material management
    7. Marketing Facilities
    8. Financial Sources for SSI
    9. Contracts and Tenders
    10. Projects Report
    11. ISO : 9000 Series of Quality Syst

    Code CE 71 Production System Management

    1. Introduction
    2. New Product Design
    3. Demand Forecasting
    4. Production Planning and Control
    5. Capacity Planning and Control
    6. Material Requirement Planning
    7. Process Planning
    8. Production Control
    9. Make of Buy Decision
      1. 10. Application of LPP in Production
      2. Management
    10. Group Technology
    11. Just in Time Manufacturing

    B. Tech Civil Engineering Syllabus
    th
    VSemester

    Design of Concrete Structure
    Analysis of Structure
    Geo- technical Earthquake Engineering
    Computer Aided Civil Engineering Drawing
    Soil Mechanics
    Geodesy
    B. Tech Civil Engg. Syllabus
    th
    VSem. CoDesign of Concrete Structure:­Introduction, types of cement, aggregate, components of concrete, mix design and its philosophy, design of singly and doubly reinforced beams, flanged beam columns, foundations, walls, other components of buildings, other important reinforced concrete structures, methods for reinforced concrete design, pre­stressed concrete, laboratory tests. Analysis of Structure :­Introduction, indeterminate structures virtual work and energy principle, slope deflection method, Maxwell’ reciprocal theorem, rolling loads and influence lines, moment distribution method, kani’s method, stiffness and flexibility approach, finite element approach, plasticity theory and its applications for structures, for structures laboratory experiments. Geo technical Earthquake Engineering :­Introduction, earthquake and its effect, magnitude and intensity of earthquakes, faults, seismometers and accelerometers, properties of soil during and after earthquakes, geo technical earthquake hazards and its remedy (e.g ground improvement, ant liquefaction measures), earthquake resistant design of geo technical structures, prediction of earthquake, Indian Standard Code as design tool for earthquake resistant design. Computer Aided Civil Engineering Drawing:­Introduction, AutoCAD­an introduction, types of structures, plan, elevation, sectional view of super and sub structures, foundation layout for super­structures, detailed drawings for each components of such structures, step wise construction based on drawings. Soil Mechanics: ­Introduction, definitions different types of soil, clay mineralogy, soil structures, permeability, seepage, capillarity, compaction, consolidation, shear stress, total and effective stress in soil, earth pressure, arching in soil stresses in soil due to external load bulk heads types of bulk heads, free earth support method, fixed earth support method, stability of slopes, pavement design, foundation types, bearing capacity and settlement of foundations, field and laboratory investigations of soil. Geodesy:­Introduction measurements in field, mapping, basic theory of measurements, triangulation, tachometry, astronomical survey, photogrammetry and error analysis, field tests.

    VISemester

    Computer Application in Civil Engineering
    Properties of Civil Engineering Materials
    Design of Steel Structures
    Transportation Engineering
    Waste and Water Treatment
    Numerical Analysis
    th
    VISem.
    Computer Application in Civil Engineering: ­Introduction an introduction to FORTAN, C, C++, software to be used in Civil Engineering, Programming and analysis of continuum and discrete structures, stiffness and flexibility methods, Eigen value and eigen vector, pre and post processing, graphical user interface, application of software in civil Engineering. Properties of Civil Engineering Materials :­Introduction, building stones and aggregates, clay products i.e, bricks, tiles, terracotta, etc, lime cements mortars, concrete, timber, plywood and allied products, plastics and allied products glass and allied products, paints and allied products, ferrous, non­ferrous metals and alloys, gypsum and allied products adhesives i.e glues, asphalt bitumen, felts, blast furnace slag, flashy, concrete hollow blocks, coal, tar, pitch and linoleum.
    Design of Steel Structures :­introduction, riveting and welding, tension members, compression members, members under bending, members under axial load and moment, eccentrically loaded members, design of trusses, gantry girders, plate
    girders base for columns and footing, industrial structures, plastic, design of structures. Transportation Engineering :­Introduction, transport systems, its characteristics, social and economical factors, planning and design of transport facility, design standards, design of highway, railways and airports, different types of intersections, traffic safety and traffic management, laboratory tests. Water and water Treatment :­Water and waste water treatment Introduction, water supply and waste water system, analysis of water and waste water, requirements for treatment & treatment process, design of treatment units, disposal of sludge of waste water, design of sewerage systems, water distribution networks, rural sanitation, reunification of effluent and its reuses. Numerical Analysis :­Introduction, Solution of non linear algebraic equations, Interpolation & approximation, differentiation & integration, system of linear equations, Eigen values & Eigen vectors problems, round off and conditioning.
    VIISemester
    Introduction to Water Resource Engineering
    Design of Water Resource System
    Contract Specification & Quantities
    Design of Bridge Structures
    Computer Aided Design
    Design of Pre-Stressed Concrete Structures
    Disaster Management
    th
    VIISem.
    Introduction to Water Resource Engineering :­Introduction, hydrology, irrigation methods, determination of water required for crops, analysis of run off, hydrographs, confined and unconfined aquifers, determination of discharge, reservoir types and its planning, mass curve, life of reservoir, cost aspects, flood routing, design analysis of dam. Design of Water Resource System :­Introduction, planning water resources, flood and flood routing, spillways, weirs on permeable foundation, exploration of ground water, well hydraulic, pumping tests. Masonry works, construction . Contract Specification and Quantities :­Introduction, specifications for different quantities estimation of earthwork, quantities of cement, sand and gravel for massive concrete work, steel and other estimations, evaluation of cost for different quantities, schedule of rates, sanction, project, technical report, accounts and procedure of works, planning of colony and village housing. Design of Bridge Structures:­Introduction, types of bridge, design and analysis of important bridges, design and analysis of important foundations for bridges. Computer Aided Design :­Introduction, brief introduction to programming languages, computer graphics knowledge based expert system, database management system, web page design, pre and post processing, application in engineering and science. Design of Pre­stressed Concrete Structures :­Introduction, pre­tensioned and post­tensioned members, pre­stressing systems, losses in pre­stress, design of
    pre­stress members under flexure, shear and torsion, pre­stress transfer, load balancing techniques. Disaster Management :­Introduction, hazard and its types, effect of natural and man made hazards, preparedness, prevention, mitigation, warning and management for natural and man made hazards, rehabilitation and reconstruction, education and training for disasters, case studies, application of computer for analyzing disasters.
    th
    VIIISemester
    Construction Planning & Technology
    Expert System
    Earth quake Engineering
    Foundation Engineering
    Major Project
    th
    VIIISem
    Construction Planning & Technology :­Expert Systems :­Introduction, Components of an expert system, stages in expert system development, knowledge representation, inference mechanism, Knowledge based approaches for engineering and science design, building expert systems, applications. Earth Quake Engineering :­Introduction single degree of freedom system, multi degree of freedom system, magnitude and intensity of earthquake, seismometers and earthquake zones of different countries, design earthquakes, earthquake resistant design as per Indian Standard code, seismic soil­structure interaction, geo technical earthquake engineering disaster management for earthquakes. Foundation Engineering :­Introduction types of foundations, bearing capacity of shallow foundations, bearing capacity of deep foundations, stresses in soil immediate and long term settlement of foundations, drainage and dewatering, construction of foundations static dynamic seismic soil­foundation structure interaction.



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