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Civil Engineering

Diploma Engineering · Semester 4

6 MonthsDuration 8Subjects 43Chapters OnlineTests & result
Enquire now Nearest centre Syllabus PDF

Your roadmap · आपका रोडमैप

  1. 1
    Admission & first meetingप्रवेश और पहली मुलाकात

    Enquire at your nearest NDSS centre, meet the teacher, fix the batch time and get your study material.

  2. 2
    Semester 4 — subject classesसेमेस्टर 4 — विषयवार कक्षाएँ

    Every theory subject of the term, unit by unit, with notes, numericals and doubt classes.

    Theory of StructuresAdvanced SurveyingGeotechnical EngineeringHighway EngineeringWater Supply EngineeringBuilding Planning and Drawing with CAD
  3. 3
    Labs, practicals & project workलैब, प्रैक्टिकल और प्रोजेक्ट

    Experiments / jobs / project work as in the syllabus, with practical file and viva preparation.

    Advanced Surveying LabGeotechnical Engineering Lab
  4. 4
    Unit tests & mid-termयूनिट टेस्ट और मिड-टर्म

    A test after every unit and a mid-term in the university / board pattern.

  5. 5
    Semester 4 mock testमॉक टेस्ट

    A full mock test of all subjects before the exam, with analysis.

  6. 6
    Semester 4 exam (university / board)सेमेस्टर / वार्षिक परीक्षा

    Previous papers, important questions and full revision.

  7. 7
    Online tests & resultऑनलाइन टेस्ट और रिज़ल्ट

    Take the tests online; your marks and result show in your student login and at the centre.

Syllabus · पाठ्यक्रम

8 subjects · 43 chapters · 185 topics

Theory of Structures6 chapters · 6 Months Subject page →
01Slope and Deflection of Beams 5 topics
  1. Elastic curve and flexural rigidity EI
  2. Double integration method
  3. Macaulay's method
  4. Standard cases of cantilever and simply supported beams
  5. Moment area method (introduction)
02Columns and Struts 5 topics
  1. Short and long columns, slenderness ratio
  2. End conditions and effective length
  3. Euler's theory and its limitations
  4. Rankine's formula
  5. Safe load on columns
03Fixed Beams 4 topics
  1. Concept and advantages of fixed beams
  2. Fixed end moments for standard loads
  3. BMD and SFD of fixed beams
  4. Effect of sinking of support
04Continuous Beams 4 topics
  1. Statically determinate and indeterminate structures
  2. Clapeyron's theorem of three moments
  3. Analysis of two-span and three-span beams
  4. Reactions, SFD and BMD
05Moment Distribution Method 4 topics
  1. Stiffness and carry-over factor
  2. Distribution factor
  3. Analysis of continuous beams
  4. Analysis of simple non-sway portal frames
06Analysis of Trusses 5 topics
  1. Perfect, deficient and redundant frames
  2. Assumptions in truss analysis
  3. Method of joints
  4. Method of sections
  5. Graphical method (introduction)
Advanced Surveying6 chapters · 6 Months Subject page →
01Theodolite Surveying 5 topics
  1. Parts of a vernier / digital theodolite
  2. Temporary adjustments
  3. Measurement of horizontal angles: repetition and reiteration
  4. Vertical angles
  5. Face left and face right observations
02Theodolite Traversing 5 topics
  1. Open and closed traverse
  2. Latitude and departure
  3. Closing error and relative precision
  4. Bowditch's and transit rules
  5. Gale's traverse table
03Tacheometry 5 topics
  1. Principle and instruments
  2. Stadia method with fixed hair
  3. Multiplying and additive constants
  4. Horizontal and inclined sights
  5. Uses of tacheometry
04Curves 4 topics
  1. Types: simple, compound, reverse, transition, vertical
  2. Elements of a simple circular curve
  3. Degree of curve and radius
  4. Setting out by offsets and Rankine's deflection angle method
05Total Station and EDM 4 topics
  1. Principle of EDM
  2. Parts and features of a total station
  3. Measurement of distance, angle and coordinates
  4. Data download and stake-out
06GPS, Remote Sensing and GIS 5 topics
  1. GPS / GNSS segments and working
  2. DGPS and accuracy
  3. Remote sensing basics
  4. GIS components and data: raster and vector
  5. Applications in civil engineering
Geotechnical Engineering6 chapters · 6 Months Subject page →
01Soil Properties and Phase Relations 5 topics
  1. Formation and types of soil
  2. Three-phase diagram
  3. Water content, void ratio, porosity, degree of saturation
  4. Bulk, dry and saturated unit weights
  5. Specific gravity and inter-relationships
02Soil Classification and Consistency 4 topics
  1. Grain size analysis: sieve and hydrometer
  2. Atterberg limits: LL, PL, SL
  3. Plasticity, liquidity and consistency indices
  4. IS soil classification system and plasticity chart
03Permeability and Seepage 4 topics
  1. Darcy's law
  2. Factors affecting permeability
  3. Constant head and falling head tests
  4. Seepage, flow net and quick sand condition
04Compaction and Consolidation 5 topics
  1. Standard and modified Proctor tests
  2. OMC and MDD, factors affecting compaction
  3. Field compaction equipment and control
  4. Consolidation process and Terzaghi's spring analogy
  5. Difference between compaction and consolidation
05Shear Strength of Soil 4 topics
  1. Mohr-Coulomb theory
  2. Direct shear test
  3. Unconfined compression test
  4. Triaxial and vane shear tests
06Bearing Capacity, Earth Pressure and Exploration 4 topics
  1. Bearing capacity terms and Terzaghi's theory
  2. Plate load test and SPT
  3. Active and passive earth pressure (Rankine)
  4. Soil exploration: test pits, boring, sampling
Highway Engineering6 chapters · 6 Months Subject page →
01Introduction and Road Classification 5 topics
  1. Importance of roads and modes of transport
  2. Nagpur, Bombay and Lucknow road plans
  3. IRC, NHAI and PMGSY
  4. Classification of roads
  5. Highway alignment and surveys
02Geometric Design 5 topics
  1. Cross-section elements: carriageway, shoulder, camber
  2. Sight distance: SSD and OSD
  3. Horizontal curves and superelevation
  4. Extra widening on curves
  5. Gradients
03Highway Materials and Tests 4 topics
  1. Subgrade soil and CBR test
  2. Aggregate tests: impact, abrasion, crushing, shape
  3. Bitumen tests: penetration, softening point, ductility, flash point
  4. Emulsion and cutback
04Flexible Pavement Construction 5 topics
  1. Components of flexible pavement
  2. Earthwork and subgrade preparation
  3. WBM and WMM
  4. Prime coat and tack coat
  5. Bituminous macadam, DBM, BC and surface dressing
05Rigid Pavement Construction 5 topics
  1. Components of rigid pavement
  2. Comparison of flexible and rigid pavements
  3. Joints: expansion, contraction, longitudinal
  4. Dowel bars and tie bars
  5. Construction and curing of CC pavement
06Drainage and Maintenance 4 topics
  1. Surface and subsurface drainage
  2. Cross drainage works
  3. Pavement failures: potholes, rutting, cracking
  4. Routine, periodic and special maintenance
Water Supply Engineering5 chapters · 6 Months Subject page →
01Water Demand and Population Forecasting 5 topics
  1. Types of water demand
  2. Per capita demand and factors affecting it
  3. Variation in demand
  4. Design period
  5. Arithmetic, geometric and incremental increase methods
02Sources and Intake of Water 4 topics
  1. Surface sources: rivers, lakes, reservoirs
  2. Ground water: wells, springs, infiltration galleries
  3. Intake structures
  4. Rain water harvesting
03Quality of Water 5 topics
  1. Physical tests: turbidity, colour, taste, odour
  2. Chemical tests: pH, hardness, chlorides, fluorides
  3. Bacteriological tests: coliforms, MPN
  4. IS 10500 drinking water standards
  5. Water-borne diseases
04Water Treatment 5 topics
  1. Screening and plain sedimentation
  2. Coagulation, flocculation and clariflocculator
  3. Slow and rapid sand filters
  4. Disinfection and chlorination
  5. Softening, aeration and fluoride removal
05Conveyance and Distribution 5 topics
  1. Pipe materials: CI, DI, MS, PVC, HDPE
  2. Valves and fittings
  3. Layouts: dead end, grid iron, ring, radial
  4. Service reservoirs
  5. House service connection and leak detection
Building Planning and Drawing with CAD5 chapters · 6 Months Subject page →
01Principles of Planning and Bye-laws 4 topics
  1. Principles of planning: aspect, prospect, privacy, grouping, circulation
  2. Orientation and sun / wind direction
  3. Building bye-laws: setbacks, FAR, ground coverage, height
  4. Minimum sizes of rooms, kitchen, toilet and stairs (NBC)
02CAD Fundamentals 5 topics
  1. AutoCAD interface, units and limits
  2. Draw and modify commands: LINE, PLINE, OFFSET, TRIM, ARRAY
  3. Layers, linetypes and lineweights
  4. Text, dimension styles and hatching
  5. Blocks for doors, windows and furniture
03Residential Building Drawing 4 topics
  1. Line plan to detailed plan of a 2BHK house
  2. Front elevation
  3. Sectional elevation through staircase
  4. Foundation plan and schedule of openings
04Submission Drawing 4 topics
  1. Site plan and key plan
  2. Area statement and FAR calculation
  3. Title block and notes
  4. Public building plan (school / dispensary) - introduction
05Plotting and Presentation 4 topics
  1. Model space and paper space layouts
  2. Viewports and annotation scale
  3. Plot styles (CTB) and page setup
  4. Plotting to PDF and printer
Advanced Surveying Lab5 chapters · 6 Months Subject page →
01Theodolite Exercises 4 topics
  1. Study of theodolite and temporary adjustments
  2. Horizontal angle by repetition method
  3. Horizontal angle by reiteration method
  4. Measurement of vertical angles
02Theodolite Traverse 3 topics
  1. Closed traverse around a building
  2. Computation of latitudes and departures
  3. Closing error and Bowditch correction
03Tacheometric Survey 3 topics
  1. Determination of tacheometric constants
  2. Distance and elevation by stadia method
  3. Tacheometric contouring
04Curve Setting 3 topics
  1. Setting out a simple curve by offsets from long chord
  2. Rankine's deflection angle method
  3. Two theodolite method
05Total Station Survey 4 topics
  1. Parts and setup of total station
  2. Measurement of distance, angles and coordinates
  3. Stake-out of building corners
  4. Data download and plotting in CAD
Geotechnical Engineering Lab4 chapters · 6 Months Subject page →
01Index Property Tests 4 topics
  1. Water content by oven drying
  2. Specific gravity by pycnometer
  3. Field density by core cutter
  4. Field density by sand replacement
02Grain Size and Consistency Limits 4 topics
  1. Sieve analysis of soil
  2. Liquid limit by Casagrande apparatus
  3. Plastic limit
  4. Shrinkage limit
03Compaction and Permeability 3 topics
  1. Standard Proctor test
  2. Constant head permeability test
  3. Falling head permeability test
04Shear Strength Tests 3 topics
  1. Direct shear test
  2. Unconfined compression test
  3. Vane shear test

About this course

You will be able to

  • Complete Theory of Structures syllabus with regular tests
  • Complete Advanced Surveying syllabus with regular tests
  • Complete Geotechnical Engineering syllabus with regular tests
  • Complete Highway Engineering syllabus with regular tests
  • Complete Water Supply Engineering syllabus with regular tests
  • Complete Building Planning and Drawing with CAD syllabus with regular tests
  • Complete Advanced Surveying Lab syllabus with regular tests
  • Complete Geotechnical Engineering Lab syllabus with regular tests

Who it is for

  • Diploma Civil Engineering students of Semester 4 (BTEUP)
  • Students preparing for RCC and Steel design subjects and JE structural questions

What you need

  • Mechanics of Materials of Semester 3 (SFD, BMD, moment of inertia)
Online tests & result Practice and unit tests online; marks and result show in your student login and at the centre. Student login →

Questions

Which syllabus does this Theory of Structures course follow?

It follows the BTEUP diploma syllabus (Civil Engineering - Semester 4). If your polytechnic or university syllabus differs, the centre follows your own syllabus and unit order.

Will this help in the semester exam?

Yes. Each unit is taught with board-pattern questions, numericals where needed, and revision tests before the end-semester exam.

Are notes and tests provided?

Yes. Unit-wise short notes, an MCQ question bank and a final test paper are provided.

Which syllabus does this Advanced Surveying course follow?

It follows the BTEUP diploma syllabus (Civil Engineering - Semester 4). If your polytechnic or university syllabus differs, the centre follows your own syllabus and unit order.

Which syllabus does this Geotechnical Engineering course follow?

It follows the BTEUP diploma syllabus (Civil Engineering - Semester 4). If your polytechnic or university syllabus differs, the centre follows your own syllabus and unit order.

Which syllabus does this Highway Engineering course follow?

It follows the BTEUP diploma syllabus (Civil Engineering - Semester 4). If your polytechnic or university syllabus differs, the centre follows your own syllabus and unit order.

Which syllabus does this Water Supply Engineering course follow?

It follows the BTEUP diploma syllabus (Civil Engineering - Semester 4). If your polytechnic or university syllabus differs, the centre follows your own syllabus and unit order.

Which syllabus does this Building Planning and Drawing with CAD course follow?

It follows the BTEUP diploma syllabus (Civil Engineering - Semester 4). If your polytechnic or university syllabus differs, the centre follows your own syllabus and unit order.

Download the syllabus (PDF)

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