Hello everyone, Welcome back to the new post of My India Jobs. My name is Tejas, and in this post I am going to share the Civil Engineering 3rd Semester syllabus.
We can say that Civil Engineering is one of the toughest branch compared to the Computer, Electrical and Electronics Engineering.
But don’t worry friends, you just need to focus on study then ultimately everything is easy for you.
My friends in Diploma in Civil Engineering suggest that practice the numerical as much as possible.
Also while drawing any figure in exam assign proper figure name and parts in that figure and draw neat and clean figure.
List of Subjects of Diploma in Civil Engineering 3rd Semester
MSBTE 313308 Strength of Materials Syllabus
Course Title : STRENGTH OF MATERIALS Course Code : 313308
Unit – I Moment of Inertia
1.1 Concept of Moment of Inertia, M.I. of plane lamina and radius of gyration of a given lamina.
1.2 Parallel and perpendicular axes theorems (without derivation).
1.3 M.I. of standard basic figures like square, rectangle, triangle, circle, semi-circle, quarter-circle and Hollow Rectangular & Circular sections. (without derivation).
1.4 M.I. of Composite plane figures such as symmetrical and unsymmetrical I-section, channel section, T-section, angle section. Numerical on composite figure consisting of maximum 03 standard shapes.
1.5 Introduction to M.I. for built-up sections. (No numerical). (IKS* Concept of Centre of Gravity & M.I.used in ancient constructions like temples, forts etc.)
- MSBTE Mechanical Engineering 4th Semester K scheme syllabus
- Mechanical Engineering 3rd Semester K scheme Syllabus
- MSBTE Civil Engineering 6th Semester K scheme Syllabus
- MSBTE Diploma in Civil Engineering 5th Semester Syllabus
- MSBTE Diploma Civil Engineering 4th Semester K scheme Syllabus
Unit – II Simple Stresses, Strains & Elastic Constants
2.1 Concept of elastic body ,definition of stress, strain, Type of stresses & strains.
2.2 Hook’s law, elastic limit, Linear and lateral strain, Poisson’s ratio.
2.3 Young’s Modulus, Shear Modulus, Bulk Modulus & Relation between these three moduli.
2.4 Standard stress strain curve for mild steel bar and Tor steel bar under tension test, Yield stress, proof stress, ultimate stress, breaking stress, and working stress, strain at various critical points, percentage elongation and Factor of safety.
2.5 Shear stress and shear strain, Single shear, Double shear, Punching shear.
2.6 Deformation of body subjected to axial force for uniformed and stepped sections .Deformation of uniform body subjected to forces at its intermediate sections.
2.7 Concept of composite section, stresses induced and load shared by each material under axial loading only.(No numerical on stepped sections ).
2.8 Uni-axial, Bi-axial and Tri-axial stress systems.
2.9 Strain in each direction, volumetric strain, change in volume.
Unit – III Shear Force & Bending Moment
3.1 Types of Supports: Simple, Hinge, Roller & Fixed and Beams: Cantilever, Simply supported, Roller, Hinge & overhanging beams.
3.2 Types of loads: Concentrated or Point load, Inclined point load & Uniformly Distributed load.
3.3 Meaning of SF and BM, Relation between them, Sign conventions.
3.4 SFD & BMD for Simply Supported, Cantilever and overhanging beams subjected to Vertical point load & UDL only.
3.5 Drawing SFD and BMD, Location of Point of Contra-Shear, maximum BM, Location of Point of Contra-flexure.
Unit – IV Bending and Shear Stresses in beams
4.1 Theory of pure bending, assumptions in pure bending, Concept of Neutral Axis and section modulus.
4.2 Flexural Equation (without derivation) with meaning of each term used in equation, bending stresses and their nature, bending stress distribution diagram.
4.3 Bending stress variation diagram across depth of given cross section for cantilever and simply supported beams for symmetrical sections only.
4.4 Shear stress equation (without derivation), meaning of each term used in equation, relation between maximum and average shear stress for square, rectangular and circular section (numerical), shear stress distribution diagram.
4.5 Shear stress distribution diagram for square, rectangular, circle, hollow square, hollow rectangular, hollow circle, T- section & symmetrical I- section only. (no numericals)
4.6 Use of shear stress equation for determination of shear stresses in hollow rectangular section.
Unit – V Direct and Bending Stresses
5.1 Introduction to direct and eccentric loads, Eccentricity about one principal axis, nature of stresses.
5.2 Maximum and minimum stresses, resultant stress distribution diagram. Condition for ‘No tension’ condition(Problems on Column subjected to Eccentric load about one axis only.)
5.3 Limit of eccentricity, core of section for circular cross sections, middle third rule for rectangular section.
5.4 Introduction to compression members, effective length, radius of gyration, slenderness ratio, type of end conditions for columns.
5.5 Buckling (or Crippling) load for columns by Euler’s Formula & Rankine’s Formula with meaning of each term in it.(No numericals.)
313321 Advanced Surveying Syllabus
Course Title : ADVANCED SURVEYING
Course Code : 313321
Unit – I Tacheometric Surveying
1.1 Principle of tacheometry, Use of Tacheometry
1.2 Tacheometer and its component parts, Analytic lens, Tacheometric formula for horizontal distance with telescope horizontal and staff vertical.
1.3 Methods of Tacheometry: Stadia and fixed hair method
1.4 Field method for determining constants of tacheometer
1.5 Limitations of tacheometry.
Unit – II Curves setting
2.1 Curve: Definition, Necessity of Curves, Types of curves used in roads and railway alignments.
2.2 Elements of simple circular curve, Designation of the curve by Radius and Degree of curve.
2.3 Radius and Degree of curve.
2.4 Setting out a simple circular curve by offsets from long chord and Rankine’s method of deflection angles.
Unit – III Advanced Surveying Equipment’s
3.1 Electronic Distance Meter (EDM): Principle of Electronic Distance Meter (EDM), component parts and their Functions, use of EDM.
3.2 Electronic Digital Theodolite: Construction and Features of Electronic Digital Theodolite, procedure of angle measurement.
3.3 Total Station: Introduction, component parts with their functions, and Applications of Total Station, Temporary adjustments, sources of errors in Total Station, Measurements of Horizontal angles, vertical angles, distances and coordinates using Total Station. Traversing, Profile Survey and Contouring with Total Station.
3.4 Building Site layout using Total Station: Procedure.
Unit – IV Remote sensing, GPS and GIS
4.1 Remote Sensing : Definition, Electro-Magnetic Energy, Active and Passive system, Applications of remote sensing in Mining, land use / Land cover, mapping, disaster management and Environment.
4.2 Global Positioning System: Introduction, Construction and use of Global Positioning System (G.P.S.)
4.3 Geographic Information System (GIS): Overview, Component, Sources of errors, applications, Software’s in GIS.
Unit – V Aerial Surveying and Photogrammetry
5.1 Aerial surveying: Definition, principle, uses, methods
5.2 DGCA Classification of Drones, Silent features of Drone Rules, 2021 as per DGCA.
5.3 Definition of photogrammetry, Basic Principles of Photogrammetry. Types of Photogrammetry: Terrestrial and Aerial Photogrammetry
5.4 Types of Photographs, Terminology in aerial surveying.
5.5 Merits and Demerits of Photogrammetry surveying
5.6 Applications of Photogrammetry in civil engineering.
MSBTE 313322 Concrete Technology K scheme Syllabus
Course Title : CONCRETE TECHNOLOGY
Course Code : 313322
Unit – I Cement
1.1 Chemical Constituents of OPC (Ordinary Portland Cement) and their effects on properties of OPC, Bogue’s compounds and their properties, hydration of cement. Physical properties of OPC: fineness, specific gravity, standard consistency, setting time, soundness, compressive strength
1.2 Different grades of OPC 33, 43, and 53 with its uses and specifications of physical properties as per relevant IS codes for OPC.
1.3 Testing of OPC: Field tests and laboratory tests-fineness test, standard consistency test, setting time test, soundness test, and compressive strength test, Storage of cement and effect of storage on properties of cement.
1.4 Field applications of different types of cements: Rapid hardening cement, Low heat cement, Portland pozzolana cement, sulphate resisting cement, blast furnace slag cement, High alumina cement, White cement.
Unit – II Aggregates
2.1 Aggregates: Requirement of good aggregates, Classification according to source, size and shape.
2.2 Fine aggregates: Properties, size, specific gravity, bulk density, water absorption and bulking, fineness modulus and grading zone of sand by sieve analysis, silt content in sand and their specification as per IS 383, bulking of sand. Concept of crushed Sand.
2.3 Coarse aggregates: Properties, size, shape, surface texture, water absorption, soundness, specific gravity, bulk density, fineness modulus of coarse aggregate by sieve analysis, grading of coarse aggregates, crushing value, impact value and abrasion value of coarse aggregates with specification.
Unit – III Concrete and its testing.
3.1 Concrete: Necessity of supervision for concreting operation, different grades of concrete (ordinary Concrete, standard concrete and high strength concrete) as per provisions of IS 456.
3.2 Water cement ratio, Duff Abraham w/c law, significance of w/c ratio, selection of w/c ratio for different grades of concrete and different exposure conditions.
3.3 Properties of fresh concrete: Workability, Factors affecting workability of Concrete. Determination of workability of concrete by slump cone test and compaction factor test. Range values of workability requirement for different types of concrete works. Segregation, bleeding and preventive measures.
3.4 Properties of Hardened concrete: compressive strength, durability, impermeability and dimensional changes of concrete, creep and shrinkage.
3.5 Concrete Mix Design objectives, methods of mix design, study of mix design procedure by I.S. method as per I.S. 10262-(Only procedural steps)
3.6 Testing of concrete: Significance of testing, determination of compressive strength of concrete cubes at different ages, interpretation and co-relation of test results. Non- destructive testing of concrete: Importance of NDT, methods of NDT(only List of methods)
Unit – IV Quality Control of Concrete
4.1 Concrete operations: Batching – Definition and types of Batching, Mixing – Types of Mixing and Mixers, Transportation- Modes of Transportation of concrete, precautions to be taken during transportation, Placing- placing of concrete in form work, precautions to be taken while placing of concrete, Compaction of concrete-methods of compaction, care to be taken during compaction, Finishing of concrete- purpose of finishing, types of Finishing, Curing of concrete- definition of curing, necessity of curing, different methods of curing and their application
4.2 Formwork for concreting: Different types of formworks for beams, slabs, columns. Materials used for form work. Requirement of good form work. Stripping time for removal of formworks per IS 456-2000 provision for different structural members.
4.3 Joints in concrete construction: Types of joints, joining old and new concrete, methods of joining, materials used for filling joints.
.Unit – V Admixture in concrete and Special Concrete
5.1 Admixture in concrete: Purpose, properties and application for different types of admixture such as accelerating admixtures, retarding admixtures, water reducing admixture, air entraining admixture, plasticizers and super plasticizers, (IKS*: Paste of Vegetable Extract and Jaggery used as a admixture in the construction of Vadakumnathan temple, Tirussur, Kerala, India .)
5.2 Cementitious (Mineral) Admixtures: Fly ash, Silica Flume, Blast furnace slag, its use, properties and effects
5.3 Special Concrete: Properties, advantages and limitation of the following types of Special concrete: Ready mix Concrete, Fiber Reinforced Concrete, High performance Concrete and self-compacting concrete, light weight concrete.
MSBTE 313323 Highway Engineering Syllabus
Course Title : HIGHWAY ENGINEERING
Course Code : 313323
Unit – I Introduction to Highway Engineering
1.1 Different modes of transportation and importance of road transportation.
1.2 History of the Road development in India and the agencies involved in this work. (*IKS- Ancient Roads)
1.3 General classification of Roads.
1.4 Alignment: Definition, Requirements, importance etc. of an ideal road alignment and the factors affecting road alignment.
Unit – II Geometric Elements of Highway
2.1 Definition, purpose, types, and its IRC recommendation of Various geometric elements /Technical terms of road pavement :Permanent way/right of way, road formation, Carriageway width, Road margin, side slopes, side gutter, Camber, Gradient, Super elevation, Curves, Road Widening, Sight distance, Design speed and factors affecting design speed
2.2 Standards cross-sections of EXPRESSWAY, NH, SH, MDR, ODR and VR in embankment and cutting.
Unit – III Construction of Road Pavements
3.1 Overview of highway construction materials: Aggregate, Cement, Sand, Water, Soil, Bitumen: Ductility, Flash and Fire Point Test, Softening Point Test, Extraction Test, Grade of Bitumen, Emulsion, Cutback, Tar.
3.2 Definition, Types, Structural Components of pavement and their functions.
3.3 Construction of WBM road, Flexible pavement / Bituminous Road.
3.4 Construction of Rigid Pavement (Cement Concrete): methods of construction, Alternate and Continuous Bay Method, Construction joints, filler and sealers.
3.5 Components, functions of Hill roads.
3.6 Landslides: define, Causes, Types, Prevention of landslides.
Unit – IV Traffic Engineering
4.1 Traffic Volume Study (TVS): Definition, Purpose of TVS, method of TVS.
4.2 Passenger Car Unit (PCU) and factors affecting it.
4.3 Traffic control devices and its types: road signs, marking, Signals, Traffic Island.
4.4 Road Intersections: Cloverleaf, Diamond and Trumpet Interchange
Unit – V Road Drainage and maintenance
5.1 Drainage-Definition, necessity, types and sketch of drainage system.
5.2 Failure of flexible and Rigid pavement and Its Causes and preventive measures.
5.3 Necessity of Maintenance of Road & its Classification.
313009 BUILDING PLANNING & DRAWING WITH CAD Syllabus
Course Title : BUILDING PLANNING & DRAWING WITH CAD
Course Code : 313009
Unit – I Principles of Planning
1.1 Principles of planning of Residential and Public building: Aspect, Prospect, Orientation, Grouping, Privacy, Elegance, Flexibility, Roominess, Circulation, Furniture requirements, Sanitation, Economy. (IKS-Orientation of Indian Heritage Structures such as Mahalaxmi Temple, Kolhapur)
1.2 Space requirement and norms for minimum dimension of different components of building structure.
1.3 Planning of residential buildings as per the given requirement using IS 962-1989.
1.4 Rules and bye-laws of sanctioning authorities (local authority and town planning department) for construction work.
1.5 Plot area, built up area, super built up area, plinth area, carpet area, floor area and FAR (Floor Area Ratio) / FSI.
1.6 Line plans for residential building of minimum three rooms including w/c, bath and staircase as per principles of planning
1.7 Line plans for public building-primary health center, restaurant, bank, post office, hostel and Library
Unit – II Computer aided drawing
2.1 Fundamentals : various drafting software for civil engineering applications. System requirement for drawing software. Advantages of computer aided drawing over traditional method of drawing.
2.2 Initial setting required to start new drawing.
2.3 Draw commands: Line, poly line, construction line, rectangle, polygon, circle, ellipse, hatch, boundary, text, arc, point, make block.
2.4 Modify commands: Erase, copy, mirror, offset, trim, move, extend, rotate, array, lengthen, scale, chamfer, fillet, explode, stretch.
2.5 Compute area of the given drawing
2.6 Changing properties of entity: line type, color, scale, font- size, color, style.
2.7 Layer command: Create layers for given components of given drawing.
2.8 Dimension toolbar: Quick dimension, linear dimension, and continuous dimension; align dimension, angular dimensions, dimension style.
2.9 Use of plot/print command for the output of given drawing.
Unit – III Planning of Buildings
3.1 Data drawing (for Load bearing and framed structure): Developed plan, elevation, section, site plan, schedule of openings, construction notes with specifications, area statement. Planning of staircase- Rise and Tread for residential building.
3.2 Working drawing: Developed plan, elevation, section passing through staircase or Sanitary Block.
3.3 Foundation plan of Load bearing and Framed structure.
3.4 Details of RCC Components: Footing, column, Beam, Chajjas, Lintel, Staircase and slab.
Unit – IV Perspective Drawing
4.1 Definition, Types of perspective, terms and principles used in perspective drawing
4.2 Two Point Perspective of objects- steps, monuments, pedestals.
Unit – V Introduction to 3-Dimensional drawings
5.1 Isometric drawing: meaning and necessity, use of isometric snap, isometric axes, isocircle, isotext
5.2 3-Dimensional drawing: Use of, Extrude, Press pull, Union, Subtraction command for preparing drawing of components-Beam, Columns etc.
313010 CONSTRUCTION MANAGEMENT Syllabus
Course Title : CONSTRUCTION MANAGEMENT
Course Code : 313010
Unit – I Project Initiation and its feasibility
1.1 Project: Basic Definitions, management functions, ethics, project life cycle- Project Initiation, Project Planning, Project Executing, Project Monitoring and Controlling, Project Closing.
1.2 Project Characteristics and Constraints- Scope, time, cost, Quality; Stakeholder.
1.3 Project Feasibility Analysis- Market analysis, Financial analysis- Net Present Value(NPV), Payback Period, Examine the business problem/opportunity, Identify the requirements, undertake a feasibility study, Rank the feasibility results- Define the criteria, give ranking scores, Identify the feasibility outcome.
1.4 Project Management Frameworks and Standards, Project Management consultant (PMC)- roles & responsibilities.
1.5 Equipment used in executing the Civil Engineering projects- •Earth moving equipment (Tractor, Bulldozer, Scrapers, Excavators), • Hauling Equipment (Drum trucks, Front end loader, Conveyor belt), • Concreting Equipment (RMC mixer, Concrete pump), • Hoisting Equipment (Lifting & lowering equipments, Cranes).
Unit – II Project Management and Scheduling
2.1 Broad activities in construction work – Earthwork, Foundation, RCC Work, Brick work, Scaffolding, Plastering, Painting etc & duration required for complete the activity
2.2 Methods of Scheduling-Gantt Chart, Bar chart, Development of Bar charts and Gantt chart, Merits & limitations of Bar chart & Gantt chart.
2.3 Concept of CPM & PERT: Introduction to Critical path method (CPM), Program evaluation & review techniques (PERT), Network Diagramming of Projects Activity-on-arrow (AOA) Diagrams- Concept of Activity and Event, Time-Analysis of Networks- Forward Pass, Backward Pass, Probabilistic Durations- Optimistic Time, Pessimistic Time, Most Likely Time, Project Scheduling- ES and LS Schedules as Limits, Resource Scheduling, Time/Cost Trade-off
Unit – III Material Management
3.1 Material Management-Introduction, Inventory and inventory control, EOQ (Economic order of quantity), ABC technique, V-E-D analysis, Just in Time Strategy (JIT), Store management & various records related to store management
3.2 Rebar Management: Wastage of steel on site, Preventive measures to avoid the wastage of steel. Rebar, Importance of rebar, Fabrication and transportation of Rebar. Understanding rebar drawings
Unit – IV Safety and labour laws in construction
4.1 Importance of Safety in construction work, causes of accidents on construction site & remedial measures, precautions to avoid accidents at site, safety policies.
4.2 Introduction to Labour laws related to construction- Workman Compensation Act, Minimum Wages Act, The Building and Other Construction Workers’ (Regulation of Employment and Conditions of Service) Act, Janshree Vima Yojna
Click here to visit the official website of the MSBTE.
Thank you for reading this post. Hope you like it. Share with your friends and suggest us in comment on which topic should we go for.