department of civil engineering syllabus for … · department of civil engineering syllabus for...

DEPARTMENT OF CIVIL ENGINEERING

SYLLABUS FOR APPLICATION OF 3D MAX SOFTWARE IN CONSTRUCTION

2017 - 2018

1. 3D animations

2. Models and virtual reality visualizations

3. 3ds Max Fluids

4. Motion Paths

5. 3ds Max Interactive

6. Autodesk Raytracer Renderer (ART)

7. Scene layout in VR

8. Improved pipeline tools integration

9. Smart asset packaging

10. Modern UI and workspaces

11. Data Channel Modifier

12. Hair and Fur modifier


SYLLABUS FOR AUTO CADD with 2D Modeling

2017 – 2018

1. 2D drafting and drawing

2. Floor plans

3. Building permit drawings

4. Building inspection plans

5. Landscaping layouts

6. AutoCAD (WIN/MAC)

7. AutoCAD Architecture (WIN)

8. AutoCAD MEP (WIN)

9. AutoCAD Raster Design (WIN)

10. AutoCAD mobile app

11. AutoCAD web app


SYLLABUS FOR APPLICATION OF C, C++ IN CIVIL ENGINEERING

2017 - 2018

1. Python

2. Scilab

3. GNU Octave or MATLAB

4. C Language

5. C++

6. Java

7. Limbo

8. JavaScript

9. Perl

10. UNIX’s C Shell

11. PHP

12. Verilog


SYLLABUS FOR INTERVIEW CRACKING GUIDELINES

2017 – 2018

1. Decision-making skills,

2. Communication,

3. Team-player attitude,

4. Ability to plan and prioritize work

5. One –On -One

6. Panel Interview

7. Group Discussion

8. Stress Interview

9. Informational

10. Competency Based

11. Assessment Center

12. Telephonic Interview


SYLLABUS FOR USE OF ADRUINO IN CIVIL ENGINEERING

2017 - 2018

1. Flash memory

2. SRAM memory

3. EEPROM memory

4. Digital read pin

5. Digital write pin

6. Pin mode pin

7. Analog read pin

8. Analog write pin

9. Animatronics Hand

10. Smart Irrigation System using Arduino

11. Weather Monitoring System

12. Automatic Solar Tracker

13. Biometric Authentication System

14. Smart Energy Meter using GSM

15. Health Monitoring Wearable Glove

16. GPS & GSM based Tracker


SYLLABUS FOR THEORETICAL DESIGN OF CONCRETE STRUCTURES

2017 – 2018

Objectives and Methods of Analysis and Design, and Properties of Concrete and Steel

Philosophies of Design by Limit State Method

Limit State of Collapse - Flexure (Theories and Examples)

Doubly Reinforced Beams ? Theory and Problems

Flanged Beams ? Theory and Numerical Problems

Shear, Bond, Anchorage, Development Length and Torsion

Limit State of Serviceability

Reinforced Concrete Slabs

Staircases

Compression Members

Foundations - Theory and Design

Yield Line Analysis for Slabs

Working Stress Method

Tension Members

Redistribution of Moments

Earthquake Resistant Design of Structures

https://nptel.ac.in/courses/translation_feedback.php?subjectId=105105104


SYLLABUS FOR ADVANCEMENT IN SURVEYING USING TOTAL STATION

2017 – 2018

1. Laser Scanning Overview

2. Registration and Geo-referencing

3. Measurement accuracy

4. Measurement Errors

5. Mode of distance measurement

6. Overview Of GPS

7. Real Time Kinematics (RTK)

8. Comparison of Total Station and GPS

9. Comparison of Total Station and Laser Scanner

10. Error Analysis


12. Accuracy

13. Precision

14. Checking accuracy


SYLLABUS FOR APPLICATION OF ELECTRONICS IN CIVIL ENGINEERING

2017 – 2018

1. Energy harvesting

2. Application of signal processing

3. Compressed Sensing Technique

4. Applications of Computer Science

5. Computer aided design of buildings

6. Usage of telemetry to perform measurements of plot

7. Usage of sensors to measure stress on high profile buildings and suspension bridges

8. Structural health monitoring

9. Remote sensing to observe areas


SYLLABUS FOR ADVANCEMENTS IN THE DESIGN OF CONCRETE STRUCTURES BY RAMCO CEMENTS

2016 – 2017

1. Limit State of Collapse

2. Limit State of Serviceability

3. Reinforced Concrete Slabs

4. Staircases

5. Compression Members

6. Foundations - Theory and Design

7. Yield Line Analysis for Slabs

8. Basic Principles, Theory and One-way Slabs

9. Nodal Forces and Two-way Slabs

10. Two-way Rectangular, Square, Triangular and Circular Slabs

11. Numerical Examples

12. Working Stress Method

13. Tension Members

14. Redistribution of Moments

15. Earthquake Resistant Design of Structures

16. Shear, Bond, Anchorage, Development Length and Torsion


SYLLABUS FOR ANALYSIS OF BUILDING USING REVIT SOFTWARE

2016 – 2017

1. Revit Fundamentals

2. Basic Modify and Reporting Tools

3. Modeling Essentials

4. Core and Shell

5. Walls

6. Stairs and Railings

7. Building Interiors

8. Design Analysis

9. Architectural Schedules and Tags

10. Annotation

11. Dimensions and Constraints

12. Architectural Drafting and Detailing

13. Phases

14. Architectural Design Options

15. Advanced Modeling


SYLLABUS FOR ESTIMATION, COSTING AND VALUATION WORKSHOP

2016 – 2017

1. Determination of quantities of items and labor requirement of civil engineering works.

2. Preparation of estimate of the civil engineering works.

3. Preparation of specification of construction items

4. To introduce the students in depth knowledge of professional practice as well the quantity

analysis of construction works like, multi – storied structures, Water works & sanitary

works, Irrigation works, Road estimates, culverts, etc.


SYLLABUS FOR 2D & 3D MODELLING USING AUTO CADD SOFTWARE

2016 – 2017

1. Preparation of Floor plans






7. 3D Modeling





12. AutoCAD web app


SYLLABUS FOR BAR BENDING DETAILING BY SWASAM BUILDERS

2016 – 2017

1) Foundations, like raft foundation, pile caps, Isolated and Open footings, continuous footings.

2) Columns, from footing starter bars to the roof level with Elevation and Sections

3) Beams, like Tie beams, Drop beams (simply supported and continuous) cantilever beams,

hidden beams etc. with cross sections of beams and sections.

4) Slabs, like Solid slabs (one-way and two ways) continuous slab, Rib slab etc.

5) Walls, like Retaining wall, Shear wall, Core wall (Staircase and Lift)

6) Tanks & RCC Pardies, like Underground& Overhead water tanks, Balcony RCC pardies etc.

7) Staircase, flight from plinth to mid landing and mid landing to floor level.

The Courses are including thoughts of Typical details of all RCC members as mentioned

above, Project drawings study, Rebar detailing (shop drawings) with BBS on auto cad with the

exact scale and units, Calculation of BBS manually and software with all kind of shapes, bending

deductions, its weights with weights summary etc.


SYLLABUS FOR PRACTICAL EXPOSURE USING TOTAL STATION

2016 – 2017

The objective of this course is to explain the steps to be taken for proper handling of a

total station and the steps for temporary adjustment of total station required to be done before

taking any observations. The list of concepts for this course is listed below,

o Quality Assessment of GPS Surveying

o Introduction to Total Station

o Parts of Total Station

o Accessories of Total Station

o Handling & Setting of Total Station


SYLLABUS FOR SOFT SKILLS DEVELOPMENT

2016 – 2017

The course aims to cause a basic awareness about the significance of soft skills in

professional and inter-personal communications and facilitate an all-round development of

personality. Hard or technical skills help securing a basic position in one's life and career. But

only soft skills can ensure a person retain it, climb further, reach a pinnacle, achieve excellence,

and derive fulfillment and supreme joy. Soft skills comprise pleasant and appealing personality

traits as self-confidence, positive attitude, emotional intelligence, social grace, flexibility,

friendliness and effective communication skills.

Objective of the Course

To develop inter personal skills and be an effective goal oriented team player.

To develop professionals with idealistic, practical and moral values.

To develop communication and problem solving skills.

To re-engineer attitude and understand its influence on behavior.


SYLLABUS FOR SOIL STABILIZATION BY AASHHIRWAD ASSOCIATES

2016 – 2017

The course addresses various ground improvement techniques along with principles,

design issues and construction procedures.

Need for Ground Improvement, Different types of problematic soils, Emerging trends in

ground Improvement, Shallow and deep compaction requirements, Principles and methods of

soil compaction.

Ground Improvement by drainage, Dewatering methods, Design of dewatering systems,

Preloading, Vertical drains, vacuum consolidation, Electro-kinetic dewatering, design and

construction methods.

Construction techniques and applications, Permeation grouting, compaction grouting, jet

grouting, different varieties of grout materials, grouting under difficult conditions, Soil nailing,

rock anchoring, micro-piles, design methods, construction techniques, Case studies of ground

improvement projects.


SYLLABUS FOR NOMINAL MIX DESIGN AND IMPORTANCE OF CUBE CASTING BY RAMCO CEMENTS

2015 – 2016

Concrete properties

Specifying fresh concrete

Specifying Hardened concrete

Concrete specifications / Information

Nature of strength variation

Mix Design Procedure

Mix Design Methods

IS Method

British Method

Cube casting procedure


SYLLABUS FOR SEISMIC DESIGN OF BUILDINGS

2015 – 2016

After the completion of the course, students should be able to:

1. Identify the seismicity of a given geographical location and select a set of appropriate ground

motions that can match the seismicity of the location. Students should know the latest web based

tools that can provide information about the seismic hazards in a region and should know how to

modify those to use in a different geographical location. This may cover up to 25% of course

content.

2. Identify the static and dynamic degrees of freedom of a given structure; compute the mass and

stiffness of the different elements in the structure.

3. Develop a simplified mathematical model of a single degree of freedom system and simple

frame structures.

4. Develop the mass and stiffness matrix of a structure and develop the equations of motion of

single and multi-degree of freedom systems. Basis of matrix analysis is expected from the

students to learn how to solve the equations of motion. Perform eigen value analysis to generate

the modal properties of the structure and evaluate the correctness of the mathematical model.

5. Identify damping in a structure and how to compute the internal forces generated by inherent

damping upon the application of a dynamic force.

6. Identify the different lateral load resisting systems accepted by building authorities and the

respective building codes that can be used to design and detail these structural systems.

7. Design the different elements and connections in structural systems. Within the scope of the

course, it is proposed to teach the design of concrete moment frame and steel moment frame

system.

8. Check if the lateral load resisting system satisfies the requirements of seismic design

guidelines for strength and serviceability limits.


SYLLABUS FOR MIX DESIGN OF GEOPOLYMER CONCRETE

2015 – 2016

Parameters Considered for Mix Proportioning of Geopolymer Concrete

Fly ash

Alkaline Activators

Water-to-geopolymer binder ratio

Preparation of Geopolymer Concrete Mixes

Method Proposed for Mix Proportioning

Data Required for Mix Design

Mix Design for M30 Grade of Geopolymer Concrete Using Proposed Method

Design Steps


SYLLABUS FOR MODELING USING REVIT

2015 – 2016




19. Core and Shell

20. Walls



23. Design Analysis


25. Annotation



28. Views and Sheets

29. Managing Settings




SYLLABUS FOR AUDRINO WORKSHOP FOR CIVIL ENGINEERS

2015 – 2016

1. Flash memory

2. SRAM memory

3. EEPROM memory

4. Digital read pin


6. Pin mode pin

7. Analog read pin

8. Analog write pin







15. WiFi Controlled Robot

16. Robotic Arm

17. Persistence of Vision




SYLLABUS FOR LADDER SURVEYING AND INSTRUMENTATION, CHENNAI

2015 –2016

Plane Table Survey

Introduction, principle, instruments, setting up the plane table, methods of plane tabling,

advantages, sources of Errors

Theodolite Traversing

Introduction, definitions, the vernier transit theodolite, temporary and permanent

adjustment of theodolite, measuring horizontal and vertical angles, methods of traversing,

closing error, computation of latitudes and departure, check in closed and open traverse,

balancing of traverse, Gale’s table, traverse area, omitted measurements


SYLLABUS FOR WORKABILITY OF CONCRETE

2015 – 2016

Introduction concrete as a material, ingredients, Production, composition, and properties; cement

chemistry.

Types of cements; special cements, aggregates: properties, tests and standard.

Batching of ingredients; mixing, transport, and placement; consolidation, finishing, and curing of

concrete; initial and final set – significance and measurement; workability of concrete and its

measurement

Modulus of elasticity and Poisson’s ratio; Stress strain response of concrete. Creep and relaxation –

parameters affecting; Shrinkage of concrete – types and significance; parameters affecting shrinkage;

measurement of creep and shrinkage.


SYLLABUS FOR PUSHOVER ANALYSIS OF BUILDING USING SAP 2000

2015 – 2016

Structural Dynamics: Free Response of SDOF with/without Damping

Structural Dynamics: Forced Response of SDOF from Earthquakes

Introduction to Seismology

Seismic Design Philosophy / ASCE 7 Design Code

Capacity Design / Material Modeling

Moment-Curvature Analysis

Moment-Curvature Analysis / SAP2000

Pushover Analysis of RC Frames

Pushover Analysis of RC Frames

P-Delta Effects / Dynamic Analysis

Dynamic Analysis / SAP 2000

Performance Based Design


SYLLABUS FOR AUTO CAD 2D MODELING

2014 – 2015

The diploma program of Civil CADD provides the fundamental understanding and

allows participants to perform the drafting as well as structural analysis efficiently. On the

completion of the diploma, it will provide a good understanding of designing, land development,

and tools analysis in Civil Industry.


SYLLABUS FOR BUILDING CONSTRUCTION USING 3D MAX SOFTWARE

2014 – 2015

1. 3D animations


3. 3ds Max Fluids

4. Motion Paths










SYLLABUS FOR REVIT ARCHITECTURAL WORKSHOP

2014 – 2015

2016 – 2017




4. Core and Shell

5. Walls



8. Design Analysis


10. Annotation



13. Managing Settings




SYLLABUS FOR C PROGRAMMING APPLICATIONS IN CIVIL ENGINEERING

2014 – 2015

1. GNU Octave or MATLAB

2. C Language

3. C++

4. Java

5. Limbo

6. JavaScript

7. Perl

8. UNIX’s C Shell

9. PHP

10. Verilog


SYLLABUS FOR APPLICATION OF AUDRINO IN CIVIL ENGINEERING

2014 – 2015

1. Flash memory

2. SRAM memory

3. EEPROM memory

4. Digital read pin


6. Pin mode pin

7. Analog read pin

8. Analog write pin








16. Robotic Arm





SYLLABUS FOR MANUAL DESIGNING OF CONCRETE STRUCTURES

2014 – 2015

1. Planning and Design Process

2. Materials and Structural Design Criteria

3. Loads and Design Safety

4. Design of Structural Elements

o Concrete Elements

o Steel Elements

o Structural Joints

5. Approximate Analysis Methods as a Basis for Design

6. System Design Concepts

7. Special Topics that may be Covered as Part of the Design Project Discussions

o Cable Structures

o Prestressed Concrete Bridges

o Constructability and Structural Control

o Fire Protection


SYLLABUS FOR WORKSHOP ON TOTAL STATION

2014 – 2015

1. Laser Scanning Overview

2. Registration and Geo-referencing

3. Measurement accuracy


5. Mode of distance measurement

6. Overview Of GPS




10. Error Analysis


12. Accuracy

13. Precision



SYLLABUS FOR USE OF ELECTRONICS IN CIVIL ENGINEERING

2014 – 2015











SYLLABUS FOR 3D VISUALIZATION AND RENDERING OF BUILDING USING 3D MAX

2013 – 2014

1. 3D animations


3. 3ds Max Fluids

4. Motion Paths










SYLLABUS FOR CREATING CIVIL ENGINEERING APPLICATIONS USING C

PROGRAMMING

2013 – 2014

1. C Language

2. C++

3. Java

4. Limbo

5. JavaScript

6. Perl

7. UNIX’s C Shell

8. PHP

9. Verilog


SYLLABUS FOR DESIGN OF BUILDING USING AUTO CADD

2013 – 2014


2. Floor plans









11. AutoCAD web app


SYLLABUS FOR INTERVIEW SKIL DEVELOPMENT

2013 – 2014

1. Decision-making skills,

2. Communication,

3. Team-player attitude,

4. Ability to plan and prioritize work

5. One –On -One

6. Panel Interview

7. Group Discussion

8. Stress Interview

9. Informational

10. Competency Based

11. Assessment Center

12. Telephonic Interview


SYLLABUS FOR AUDRINO APPLICATION IN CIVIL ENGINEERING

2013 – 2014

1. Flash memory

2. SRAM memory

3. EEPROM memory

4. Digital read pin


6. Pin mode pin

7. Analog read pin

8. Analog write pin








16. Robotic Arm





SYLLABUS FOR CODAL DESIGN OF CONCRETE STRUCTURE

2013– 2014

Objectives and Methods of Analysis and Design, and Properties of Concrete and Steel - Philosophies of

Design by Limit State Method - Limit State of Collapse - Flexure (Theories and Examples) - Doubly

Reinforced Beams - Shear, Bond, Anchorage, Development Length and Torsion - Limit State of

Serviceability - Reinforced Concrete Slabs – Staircases - Compression Members - Foundations - Theory

and Design - Yield Line Analysis for Slabs - Working Stress Method - Tension Members - Redistribution

of Moments - Earthquake Resistant Design of Structures


SYLLABUS FOR TOTAL STATION SURVEYING

2013 – 2014

1. Overview Of GPS




5. Error Analysis


7. Accuracy

8. Precision



SYLLABUS FOR MERITS OF ELECTRONICS IN CIVIL ENGINEERING

2013 - 2014










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