IGNOU BTCM B.Tech (Civil Engg.) Syllabus 2018| B.Tech Construction Management syllabus Sample Paper 2018

IGNOU BTCM B.Tech (Civil Engg.) Syllabus 2018| B.Tech Construction Management syllabus Sample Paper 2018 BTCM Model Test Paper Previous Year Question Paper

IGNOU BTCM B.Tech (Civil Engg.) Syllabus 2018

Bachelor of Technology in Construction Management (BTCM) is intended to give preparing and proceeding with training and expert information suitable for redesigning the confirmation level labor occupied with overseeing development errands. The B.Tech. Common (Construction Management) program is a four-year program comprising of four modules of study. The outline of the program structure is with the end goal that it gives in-manufactured measured quality and adaptability. This is the great opportunity for the student those who have the diploma in this field but are unable to proceed further in their career. We are here providing you the syllabus and the every detail for each subject.

BTCM Detailed Syllabus Semester Wise 2018

BTCM is a four-year course which the IGNOU provides to the candidates so that they can complete their further studies the eligibility for this course is that the candidates must have Diploma in Civil/ Mechanical/ Electrical/ Computer/ Architecture/ Chemical Engineering in any of the field of Science from a recognized polytechnic university or something which is equivalent to it and the candidates should be employed/self employed in equivalent capacity. We are here below providing you the syllabus of teh exam check it below

Detailed Syllabus of BTCM Semester wise

The course have four semester and the syllabus is very wide

Semester 1

Course	Name	No. Of Periods
ET-101 A	Mathematics-I	3
ET-101 B	Mathematics-II	3
ET-105 A	Physics	4
ET-105 B	Chemistry	4
ET-202 A	Engineering Mechanics	2
ET-202 B	Principles of Electrical Science	4
ET-301 A	Systems Methods	2
ET-301 B	Computer Applications	2
ET-204 A	Materials Science	2
ET-204 B	Engineering Materials	2
ET-501 A	Soil Mechanics	2
ET-501 B	Foundation Engineering	2

 

Mathematics

• Functions of a complex variable.
•  Analytic functions,
• Cauchy-Riemann equations,
• integration in the Complex plane,
• Cauichy’s theorem,
• Cauchy’s integral formula.
• Liouville’s theorem.
• Moretra’s theorem.
• Proof of Taylor and Laurent expansions.
• Singular Points and their classification.
• Branch Point and branch Cut. Riemann sheets.
• Residue theorem.
• Integrals involving branch point singularity
• Algebra I (Determinants, Matrices, Induction)
• Algebra II (Series, Complex Number, Equations etc)
• Calculus (Without Trigonometry)
• Vectors and Three-Dimensional Geometry

Physics

• Crystalline and amorphous solids. The crystal lattice. Basis vectors. Unit cell. Symmetry operations.
•  Simple crystal structures: FCC, BCC, Nacl, CsCl, Diamond and ZnS structure,
  HCP structure. (4 lectures)
• X-ray diffraction by crystals. Laue theory. Interpretation of Laue equations. Bragg’s law.
  Reciprocal lattice. Ewald construction. Atomic scattering factor.
• Types of bonding. The van der waals bond. Cohesive energy of inert gas solids. Ionic bond. Cohesive energy and bulk modulas of ionic crystals.
• Vibrations of one-dimensional monatomic and diatomic lattices. Infrared absorption in
  ionic crystals (one-dimensional model). Normal modes and phonons.
• Magnetic properties of solids. Diamagnetism, Langevin equation. Quantum theory of
  paramagnetism. Curie law. Hund’s rules. Paramagnetism in rare earth and iron group ions.

Computer Applications

• Computer their Origin and Applications
• Functioning of a Computer
• Memory System
• I/O devices and their functions
• My Personal Computer
• Software Evolution
• Operating System Concepts
• Concept of Programming Languages
• Computer Applications
• Networking and Internet
• Web Applications

Semester 2

Course	Name	No. Of Periods
ET-521 B	Building Architecture	2
ET-521 A	Planning & Construction of Buildings	2
ET-521 C/D	Design Detailing/Quantity Surveying & Evaluation	2
ET-523 B	Operation and Maintenance of Construction Equipment	3
ET-523 A	Construction Works Supervision	2
ET-523 C	Repair and Maintenance of Buildings	3
ET-524 A	Principles of Engineering Management & Economics	3
ET-524 B	Construction Management-I	3
ET-522	Concrete Technology & Construction Techniques	4
ET-581 A	Testing for Quality Control (Elective-I)	2
ET-581 F	Mechanical Equipment in Construction (Elective-I)	2
ET-571	Laboratory-I (ADCM)	2

Semester 3

 

Course	Name	No. Of Periods
ET-201 A	Mechanics of Fluid	4
ET-102	Mathematics -III	4
ET- 201 B	Engineering Thermodynamics	4
ET-502 A	Strength of Materials	4
ET-540 B	Flow in Open Channel	2
ET-502 B	Structural Analysis	4
ET-302 A	Computer Programming & Numerical Methods	3
ET-302 B	Technical Writing	1

 

Engineering Thermodynamics

• Basic Concept And First LAW
• Second Law and Availability Analysis
• Properties of Pure Substance And Steam Power Cycle
• Ideal And Real Gases, Thermodynamics Relations
• Gas Mixtures And Psychrometry

Strength of Materials

• Introduction to strength of materials
• Stress
• Strain
• Mechanical properties
• Bending
• Torsion
• Applications to real world problems
• Energy methods
• Elastic Stability

Computer Programming & Numerical Methods

• Modules / Lectures
• Numerical Analysis and Computer Programming
• Programing Basics
• Introduction to Pointers
• Pointers And Arrays
• External Functions and Argument Passing
• Representation of Numbers
• Numerical Error
• Error Propagation and Stability
• Polynomial Interpolation-1
• Polynomial Interpolation-2
• Error In Interpolation Polynomial
• Polynomial Interpolation
• Cubic Spline Interpolation
• Data Fitting : Linear Fit

Semester 4

Course	Name	No. Of Periods
ET-507 A	Pollutants & Water Supply	4
ET-505	Transportation & Traffic Engineering	4
ET-508 A	Structural Design-I	4
ET-508 B	Structural Design-II	2
ET-525	Construction Management-II	6
ET-535 A	Elementary Hydrology	2
ET-535 B	Hydraulic Structures	4
ET-581 C	Building Services	2
ET-581 B	Inventory & Stores Management	2
ET-574	Laboratory-II (ET 574)	2

 

Hydraulic Structures

• Introduction
• Energy and Momentum Principles Critical depth
• Non-Uniform Flow in Open Channel Equation
• Hydraulic Jump, Surges, Water Waves Classical hydraulic jump
• Sptially-varied flow Introduction

Elementary Hydrology

• Introduction, Hydrologic cycle, Climate and water availability, Water balances, Precipitation
• Hyetograph and Hydrograph Analysis
• Reservoir
• Flood Management
• Drought Management and Water Harvesting
• Surface water hydrology
• Ground water hydrology – Introduction
• Soil-Water Plant relationships, crop water requirement

Construction Management-II

• General overview and project organization
• Estimation of project cost
• Construction Economics
• Planning and scheduling: part-1
• Planning and scheduling: part-2
• Quality management
• Safety Management
• Legal aspects of a construction project

Structural Design

• Introduction
• Limit state design of RC elements
• Limit State design of Steel elements
• Analysis and Design of Tension Members
• Concrete Compression Members
• Steel Compression Member
• Design of Bending Members
• Concrete Bending Members

Now as you have the detailed syllabus of The BTCM and you can See that the syllabus is very lengthy so you need to work hard. IGNOU University is working customary to overhaul its Syllabus of IGNOU BTCM based on future extension and expels its old syllabus. IGNOU may change or refresh BTCM Syllabus whenever they require so we work to give most recent syllabus structure to our BTCM possibility for their investigation. In the event that you found the article valuable, at that point you can impart it to your companions, with the goal that they can likewise get the subtle elements all the more proficiently. Look at most recent posts for more updates of IGNOU syllabus on various topic in SabseUpar.