Here is complete details about the course, contents, duration, eligiblity and other important aspects. Every student will get the ‘Student Kit’. You can see the list of facilities in Student KIt below.
About Course: Diploma in Certificate in Civil Design and Construction Development
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ISDM Course Plan
| Diploma in Certificate in Civil Design and Construction Development | |
| Course Code: DP0CDCSD | Eligibility: 12th |
| Duration in Months: 6 | Duration in Hours: 350 |
Pre-Requisite
- Candidate should have basic computer knowledge
- Candidate must be known about civil sector or should be given counseling
- Candidate should have basic arithmetic knowledge
| Subject 1 | CIVIL ENGINEERING MATERIALS
1. TRADITIONAL MATERIALS 1.1 Stones 1.2 Bricks 1.3 Lime 1.4 Cement 1.5 Timber 2 MORTARS 2.1 Sand 2.2 Cement Mortar 2.3 Lime Mortar 2.4 Mud Mortar 2.5 Special Mortar 2.6 Tests on Mortar 3 CONCRETE 3.1 Plain Concrete 3.2 Reinforced Cement Concrete (R.C.C.) 3.3 Reinforced Brick Concrete (RBC) 3.4 Prestressed Concrete (PSC) 3.5 Fibre-Reinforced Concrete (FRC) 3.6 Cellular Concrete 3.7 Ferro-Cement Questions 4 METALS AS BUILDING MATERIALS 4.1 Ferrous Metals 4.2 Aluminium 4.3. Copper 5 MISCELLANEOUS BUILDING MATERIALS 5.1 Glass 5.2 Plastics 5.3 Bitumen 5.4 Asbestos 5.5 Paints 5.6 Distempers 5.7 Varnishes 5.8 Solid and Hollow Concrete Blocks 5.9 Roofing and Flooring Tiles |
| Subject 2 | BUILDING CONSTRUCTION
6 BUILDING PLANNING 6.1 Elements of a Building 6.2 Basic Requirements of a Building 6.3 Planning 6.4 Planning Suitable Orientation 6.5 Planning for Energy Efficiency 6.6 Planning for Suitable Utility 6.7 Planning for Meeting Other Requirements 7 FOUNDATIONS 7.1 Dimensions of Foundation 7.2 Conventional Spread Footings 7.3 R.C.C. Footings 7.4 Grillage Footing 7.5 Arch Foundation 7.6 Pile Foundations 7.7 Foundations in Black Cotton Soil 8 SUPER STRUCTURES 8.1 Types of Super Structures Based on the Method of Load Transfer 8.2 Walls 8.3 Stone Masonry 8.4 Brick Masonry 8.5 Plastering 8.6 Pointing 8.7 Flooring 8.8 Roof 8.9 Doors and Windows 8.10 Lintels 8.11 Stairs 9 DAMPNESS AND ITS PREVENTION 9.1 Causes of Dampness 9.2 Ill-Effects of Dampness 9.3 Requirements of an Ideal Material for Damp Proofing 9.4 Materials for Damp Proofing 9.5 Methods of Damp Proofing 10 COST EFFECTIVE CONSTRUCTION TECHNIQUES IN MASS HOUSING SCHEMES 10.1 Minimum Standards 10.2 Approach to Cost Effective Mass Housing Schemes 10.3 Cost Effective Construction Techniques |
| Subject 3 | SURVEYING
11 INTRODUCTION TO SURVEYING 11.1 Object and Uses of Surveying 11.2 Primary Divisions in Surveying 11.3 Fundamental Principles of Surveying 11.4 Classification of Surveying 11.5 Plans and Maps 11.6 Scales 11.7 Types of Graphical Scales 11.8 Units of Measurements
12 LINEAR MEASUREMENTS AND CHAIN SURVEYING 12.1 Methods of Linear Measurements 12.2 Instruments used in Chaining 12.3 Chain Surveying 12.4 Ranging 12.5 Obstacles in Chaining 12.6 Errors in Chaining 12.7 Tape Corrections 168 12.8 Conventional Symbols
13 COMPASS SURVEYING 13.1 Types of Compass 13.2 Method of Using a Compass 13.3 Bearing 13.4 Whole Circle Bearing and Reduced Bearing 13.5 Computation of Angles 13.6 Declination and DIP 13.7 Local Attraction 13.8 Chain and Compass Surveying Field Work 14 PLANE TABLE SURVEYING 14.1 Plane Table and its Accessories 14.2 Working Operations 14.3 Methods of Plane Tabling 14.4 Errors in Plane Table Surveying 14.5 Advantages and Limitations of Plane Table Survey 15 LEVEL AND LEVELLING 15.1 Object and Uses of Levelling 15.2 Terms Used in Levelling 15.3 Levelling Instruments 15.4 Levelling Staff 15.5 Methods of Levelling 15.6 Terms Used in Direct Method of Levelling 15.7 Temporary Adjustments of a Level 15.8 Types of Direct Levelling 16 MODERN TOOLS OF SURVEYING 16.1 Theodolite 16.2 Electromagnetic Distance Measuring Instruments 16.3 Total Station 16.4 Global Positioning System |
| Subject 4 | MAPPING AND SENSING
17 MAPPING AND CONTOURING 17.1 Mapping 17.2 Contours 17.3 Methods of Contouring Drawing Contours 18 AREAS AND VOLUMES 18.1 Computation of Areas from Field Notes 18.2 Computing Areas from Maps 18.3 Computation of Volumes 19 REMOTE SENSING AND ITS APPLICATIONS 19.1 Remote sensing 19.2 Geographical Information System (GIS) |
| Subject 5 | DISASTER RESISTANT BUILDING
20 DISASTER RESISTANT BUILDINGS 20.1 Earthquakes Resistant Buildings 20.2 Types of Earthquakes 20.3 Terminology 20.4 Magnitude and Intensity 20.5 Seismograph 20.6 I.S: Codes on Earthquake Resistant Building Design 20.7 Improving Earthquake Resistance of Small Buildings 20.8 Improving Earthquake Resistance of Tall Buildings 20.9 Cyclone Resistant Buildings 20.10 Fire Resistant Building 21 DISASTER MANAGEMENT AND PLANNING 21.1 Disaster Prevention Strategy 21.2 Early Warning System 21.3 Disaster Preparedness 21.4 Disaster Mitigation 21.5 Disaster Rescue and Relief Measures 21.6 Disaster Resettlement, Rehabilitation and Reconstruction 22 INDIAN STANDARD CODES 22.1 IS Codes for Building Design 22.2 IS Codes for Building Materials and Construction |
Assessment Instructions
- Assessment mode is online.
- Final assessment will be based on objective type/true-false/matching type questions.
- Minimum Passing Marks is 50%
- Student will get 3 credits for re-attempt.
- Student will get a Certificate of Completion after pass online assessment.
- Student must have to carry the admit card in exam, issued by the Auth. Training Center.
- Result will be declared in 24 hours to 1 week after examination.
- Student can the detailed answer sheet of examination on request.
Every Student will get
- Admission Form and Prospectus
- Identity Card
- ISDM E-Library Access
- Free Registration worth Rs. 2500/- on Job Portal JobFixer for Job Placements
- Online Classes/Video Lectures with lifetime access (Only in some courses)
- Certificate of Completion
