6th Semester Syllabus
Civil Engineering
Credits Table
| Course Title | L | T | P | Credits |
|---|---|---|---|---|
| Construction Engineering & Management [101602] | 3 | 0 | 0 | 3 |
| Design of Steel Structure [101603] | 2 | 1 | 0 | 3 |
| Engineering Economics, Estimation & Costing [101604] | 2 | 0 | 0 | 2 |
| Environmental Engineering-II [101605] | 3 | 0 | 0 | 3 |
| Geotechnical Engineering-II [101606] | 3 | 0 | 0 | 3 |
| Program Elective-I [1016xx] | 3 | 0 | 0 | 3 |
| Engineering Economics, Estimation & Costing Lab [101604P] | 0 | 0 | 2 | 1 |
| NPTEL Courses-2 [100604P] | 0 | 0 | 4 | 2 |
| TOTAL | 20 | |||
Theory Subjects
Lab Subjects
Construction Engineering & Management [101602]
- Unit 1.0: Basics of Construction
- Unique Features Of Construction
- Construction Projects Types And Features
- Phases Of A Project
- Agencies Involved And Their Methods Of Execution
- Unit 2.0: Construction Project Planning
- Stages Of Project Planning Pre-tender Planning
- Pre-construction Planning
- Detailed Construction Planning
- Role Of Client And Contractor
- Level Of Detail
- Process Of Development Of Plans And Schedules
- Work Break-down Structure
- Activity Lists
- Assessment Of Work Content
- Concept Of Productivities
- Estimating Durations
- Sequence Of Activities
- Activity Utility Data
- Techniques Of Planning Bar Charts
- Gantt Charts
- Networks Basic Terminology
- Types Of Precedence Relationships
- Preparation Of Cpm Networks Activity On Link And Activity On Node Representation
- Computation Of Float Values
- Critical And Semi Critical Paths
- Calendaring Networks
- Pert Assumptions Underlying Pert Analysis
- Determining Three Time Estimates
- Analysis
- Slack Computations
- Calculation Of Probability Of Completion
- Unit 3.0: Construction Methods Basics
- Types Of Foundations And Construction Methods
- Basics Of Formwork And Staging
- Common Building Construction Methods Conventional Walls And Slabs
- Conventional Framed Structure With Blockwork Walls
- Modular Construction Methods For Repetitive Works
- Precast Concrete Construction Methods
- Basics Of Slip Forming For Tall Structures
- Basic Construction Methods For Steel Structures
- Basics Of Construction Methods For Bridges
- Unit 4.0: Construction Equipment Basics
- Conventional Construction Methods Vs Mechanized Methods And Advantages Of Latter
- Equipment For Earthmoving
- Dewatering
- Concrete Mixing
- Transporting & Placing
- Cranes
- Hoists And Other Equipment For Lifting
- Equipment For Transportation Of Materials
- Equipment Productivities
- Planning And Organizing Construction Site And Resources Site Site Layout Including Enabling Structures
- Developing Site Organization
- Documentation At Site
- Manpower Planning
- Organizing
- Staffing
- Motivation
- Materials Concepts Of Planning
- Procurement And Inventory Control
- Equipment Basic Concepts Of Planning And Organizing
- Funds Cash Flow
- Sources Of Funds
- Histograms And S-curves
- Earned Value
- Resource Scheduling Bar Chart
- Line Of Balance Technique
- Resource Constraints And Conflicts
- Resource Aggregation
- Allocation
- Smoothening And Leveling
- Common Good Practices In Construction
- Unit 5.0: Project Monitoring & Control
- Supervision
- Record Keeping
- Periodic Progress Reports
- Periodical Progress Meetings
- Updating Of Plans Purpose
- Frequency And Methods Of Updating
- Common Causes Of Time And Cost Overruns And Corrective Measures
- Basics Of Modern Project Management Systems Such As Lean Construction
- Use Of Building Information Modelling (Bim) In Project Management
- Quality Control Concept Of Quality
- Quality Of Constructed Structure
- Use Of Manuals And Checklists For Quality Control
- Role Of Inspection
- Basics Of Statistical Quality Control
- Safety
- Health And Environment On Project Sites Accidents
- Their Causes
- Effects And Preventive Measures
- Costs Of Accidents
- Occupational Health Problems In Construction
- Organizing For Safety And Health
- Unit 6.0: Contracts Management Basics
- Importance Of Contracts
- Types Of Contracts
- Parties To A Contract
- Common Contract Clauses Notice To Proceed
- Rights And Duties Of Various Parties
- Notices To Be Given
- Contract Duration And Price
- Performance Parameters
- Delays
- Penalties And Liquidated Damages
- Force Majeure
- Suspension And Termination
- Changes & Variations
- Dispute Resolution Methods
- Construction Costs Make-up Of Construction Costs
- Classification Of Costs
- Timeout Trade-off In Construction Projects
- Compression And Decompression
Text/Reference:
- Varghese, P.C., "Building Construction", Prentice Hall India, 2007
- National Building Code, Bureau Of Indian Standards, New Delhi, 2017
- Chudley, R., Construction Technology, ELBS Publishers, 2007
- Peurifoy, R.L. Construction Planning, Methods And Equipment, McGraw Hill, 2011
- Nunnally, S.W. Construction Methods And Management, Prentice Hall, 2006
- Jha, Kumar Neeraj., Construction Project Management, Theory & Practice, Pearson Education India, 2015
- Pumnia, B.C., Khandelwal, K.K., Project Planning With Pert And Cpm, Laxmi Publications, 2016
Design of Steel Structure [101603]
- Unit 1.0: Introduction
- Steel Structures
- Material Properties
- Limit States And Design Philosophies
- Analysis And Design Methods
- Loads
- Partial Safety Factors And Load Combinations
- Analysis Of Roof For Wind Loads
- Codes And Standards
- Section Classification Plastic
- Compact
- Semi-compact
- And Slender Sections
- Unit 2.0: Connections
- Structural Fasteners Rivets
- Bolts And Welds
- Strength Under Combined Stresses
- Bolted And Welded Connections Simple And Eccentric And Column Bases
- Unit 3.0: Tension Members
- Design Based On Net Section Including Shear Lag Effects And Block Shear
- Lug Angles
- Compression Members
- Unit 4.0: Design For Flexural And Flexural-torsional Buckling
- Effective Length Factor Sway And Non-sway Frames
- Local Buckling
- Built-up Columns Battens And Lacings
- Laterally Supported And Unsupported Beams
- Unit 5.0: Design Strength Using Shear-moment Interaction
- Built-up Beams
- Shear Buckling Strength
- Plate Girders And Design Of Stiffeners
- Lateral Torsional Buckling
- Effect Of Restraints And Effective Length
- Unit 6.0: Beam-columns
- Effect Of Axial Load On Flexure Behaviour
- P-m Interaction And Moment Amplification
- Flexural Torsional Buckling And Bi-axial Bending
Text/Reference:
- Mc Cormac, J.C., Nelson, J.K. Jr., Structural Steel Design. 3rd Edition. Prentice Hall, N.J., 2003
- Galambos, T.V., Lin, F.J., Johnston, B.G., Basic Steel Design With LRFD, Prentice Hall, 1996
- Segui, W. T., LRFD Steel Design, 2nd Ed., PWS Publishing, Boston
- Salmon, C.G. And Johnson, J.E., Steel Structures: Design And Behavior, 3rd Edition, Harper & Row, Publishers, New York, 1990
- Related Codes Of Practice Of BIS
- NBC, National Building Code, BIS (2017)
- ASCE, Minimum Design Loads For Buildings And Other Structures, ASCE 7-02, American Society Of Civil Engineers, Virginia, 2002
- Subramanian, N. (2010). Steel Structures: Design And Practice, Oxford University Press
- Duggal, S.K. (2014). Limit State Design Of Steel Structures, McGraw Hill
Engineering Economics, Estimation & Costing [101604]
- Unit 1.0: Basic Principles And Methodology Of Economics
- Demand/supply Elasticity Government Policies And Application
- Theory Of The Firm And Market Structure
- Basic Macro-economic Concepts (including GDP/GNP/NI/Disposable Income) And Identities For Both Closed And Open Economies
- Aggregate Demand And Supply (IS/LM)
- Price Indices (WPI/CPI)
- Interest Rates
- Direct And Indirect Taxes
- Public Sector Economics Welfare
- Externalities
- Labour Market
- Components Of Monetary And Financial System
- Central Bank Monetary Aggregates
- Commercial Banks & Their Functions
- Capital And Debt Markets
- Monetary And Fiscal Policy Tools & Their Impact On The Economy Inflation And Phillips Curve
- Unit 2.0: Elements Of Business/managerial Economics And Forms Of Organizations
- Cost & Cost Control Techniques
- Types Of Costs
- Lifecycle Costs
- Budgets
- Break Even Analysis
- Capital Budgeting
- Application Of Linear Programming
- Investment Analysis NPV
- ROI
- IRR
- Payback Period
- Depreciation
- Time Value Of Money (present And Future Worth Of Cash Flows)
- Business Forecasting Elementary Techniques
- Statements Cash Flow
- Financial
- Case Study Method
- Unit 3.0: Indian Economy
- Brief Overview Of Post-independence Period Plans
- Post Reform Growth
- Structure Of Productive Activity
- Issues Of Inclusion Sectors
- States/regions
- Groups Of People (M/F)
- Urbanization
- Employment Informal
- Organized
- Unorganized
- Public
- Private
- Challenges And Policy Debates In Monetary
- Fiscal
- Social
- External Sectors
- Unit 4.0: Estimation / Measurements For Various Items
- Introduction To The Process Of Estimation
- Use Of Relevant Indian Standard Specifications For The Same
- Taking Out Quantities From The Given Requirements Of The Work
- Comparison Of Different Alternatives
- Bar Bending Schedules
- Mass Haul Diagrams
- Estimating Earthwork And Foundations
- Estimating Concrete And Masonry
- Finishes
- Interiors
- MEP Works
- BIM And Quantity Take-offs
- Adding Equipment Costs
- Labour Costs
- Rate Analysis
- Material Survey Thumb Rules For Computation Of Materials Requirement For Different Materials For Buildings
- Percentage Breakup Of The Cost
- Cost Sensitive Index
- Market Survey Of Basic Materials
- Use Of Computers In Quantity Surveying
- Unit 5.0: Specifications
- Types
- Requirements And Importance
- Detailed Specifications For Buildings
- Roads
- Minor Bridges And Industrial Structures
- Rate Analysis Purpose
- Importance And Necessity Of The Same
- Factors Affecting
- Task Work
- Daily Output From Different Equipment/ Productivity
- Unit 6.0: Tender
- Preparation Of Tender Documents
- Importance Of Inviting Tenders
- Contract Types
- Relative Merits
- Prequalification
- General And Special Conditions
- Termination Of Contracts
- Extra Work And Changes
- Penalty And Liquidated Charges
- Settlement Of Disputes
- R.A. Bill & Final Bill
- Payment Of Advance
- Insurance
- Claims
- Price Variation
- Etc
- Preparing Bids Bid Price Buildup Material
- Labour
- Equipment Costs
- Risks
- Direct & Indirect Overheads
- Profits
- Bid Conditions
- Alternative Specifications
- Alternative Bids
- Bid Process Management
- Introduction To Acts Pertaining To Minimum Wages
- Workman's Compensation
- Contracts
- Arbitration
- Easement Rights
Text/Reference:
- Mankiw Gregory N. (2002), Principles Of Economics, Thompson Asia
- V. Mote, S. Paul, G. Gupta(2004), Managerial Economics, Tata McGraw Hill
- Misra, S.K. And Puri (2009), Indian Economy, Himalaya
- Pareek Saroj (2003), Textbook Of Business Economics, Sunrise Publishers
- M Chakravarty, Estimating, Costing Specifications & Valuation
- Joy P K, Handbook Of Construction Management, Macmillan
- B.S. Patil, Building & Engineering Contracts
- Relevant Indian Standard Specifications
- World Bank Approved Contract Documents
- FIDIC Contract Conditions
- Acts Related To Minimum Wages, Workmen's Compensation, Contract, And Arbitration
- Typical PWD Rate Analysis Documents
- UBS Publishers & Distributors, Estimating And Costing In Civil Engineering: Theory And Practice Including Specification And Valuations,2016
- Dutta, B.N., Estimating And Costing In Civil Engineering (Theory & Practice), UBS Publishers, 2016
Environmental Engineering-II [101605]
- Unit 1.0: Sewage
- Domestic And Storm Water
- Quantity Of Sewage
- Sewage Flow Variations
- Conveyance Of Sewage Sewers
- Shapes Design Parameters
- Operation And Maintenance Of Sewers
- Sewage Pumping
- Sewerage
- Sewer Appurtenances
- Design Of Sewerage Systems
- Small Bore Systems
- Storm Water Quantification And Design Of Storm Water
- Sewage And Sullage
- Pollution Due To Improper Disposal Of Sewage
- National River Cleaning Plans
- Wastewater Treatment
- Aerobic And Anaerobic Treatment Systems
- Suspended And Attached Growth Systems
- Recycling Of Sewage Quality Requirements For Various Purposes
- Unit 2.0: Solid Waste Management
- Municipal Solid Waste
- Composition And Various Chemical And Physical Parameters Of MSW
- MSW Management Collection
- Transport
- Treatment And Disposal Of MSW
- Special MSW Waste From Commercial Establishments And Other Urban Areas
- Solid Waste From Construction Activities
- Biomedical Wastes
- Unit 3.0: Effects Of Solid Waste On Environment
- Effects On Air
- Soil
- Water Surface And Ground Health Hazards
- Disposal Of Solid Waste Segregation
- Reduction At Source
- Recovery And Recycle
- Disposal Methods Integrated Solid Waste Management
- Unit 4.0: Hazardous Waste
- Types And Nature Of Hazardous Waste As Per The HW Schedules Of Regulating Authorities
- Unit 5.0: Government Authorities And Their Roles
- Government Authorities And Their Roles In Water Supply
- Sewerage Disposal
- Unit 6.0: Solid Waste Management And Monitoring/control
- Solid Waste Management And Monitoring/control Of Environmental Pollution
Text/Reference:
- Introduction To Environmental Engineering And Science By Gilbert Masters, Prentice Hall, New Jersey
- Introduction To Environmental Engineering By P. Aarne Vesilind, Susan M. Morgan, Thompson /Brooks/Cole; Second Edition 2008
- Peavy, H.s, Rowe, D.R, Tchobanoglous, G. Environmental Engineering, Mc-Graw Hill International Editions, New York 1985
- MetCalf And Eddy. Wastewater Engineering, Treatment, Disposal And Reuse, Tata McGraw-Hill, New Delhi
- Manual On Water Supply And Treatment. Ministry Of Urban Development, New Delhi
- Plumbing Engineering. Theory, Design And Practice, S.M. Patil, 1999
- Integrated Solid Waste Management, Tchobanoglous, Theissen & Vigil. McGraw Hill Publication
- Manual On Sewerage And Sewage Treatment Systems, Part A, B And C. Central Public Health And Environmental Engineering Organization, Ministry Of Urban Development
Geotechnical Engineering-II [101606]
- Unit 1.0: Consolidation of Soil
- Introduction
- Comparison Between Compaction And Consolidation
- Initial
- Primary & Secondary Consolidation
- Spring Analogy For Primary Consolidation
- Interpretation Of Consolidation Test Results
- Terzaghi's Theory Of Consolidation
- Final Settlement Of Soil Deposits
- Computation Of Consolidation Settlement And Secondary Consolidation
- Unit 2.0: Shear Strength
- Mohr Circle And Its Characteristics
- Principal Planes
- Relation Between Major And Minor Principal Stresses
- Mohr-coulomb Theory
- Types Of Shear Tests Direct Shear Test
- Merits Of Direct Shear Test
- Triaxial Compression Tests
- Test Behaviour Of UU
- CU And CD Tests
- Pore-pressure Measurement
- Computation Of Effective Shear Strength Parameters Unconfined Compression Test
- Vane Shear Test
- Unit 3.0: Stability of Slopes
- Introduction
- Types Of Slopes And Their Failure Mechanisms
- Factor Of Safety
- Analysis Of Finite And Infinite Slopes
- Wedge Failure Swedish Circle Method
- Friction Circle Method
- Stability Numbers And Charts
- Unit 4.0: Soil Exploration
- Introduction
- Methods Of Site Exploration And Soil Investigation
- Geophysical And Advance Soil Exploration Methods
- Unit 5.0: Methods of Boring
- Methods Of Boring
- Soil Samplers
- Sampling Procedures
- Trail Pits
- Borings
- Penetrometer Tests
- Analysis Of Borehole Logs
- Unit 6.0: Application of Soil Mechanics
- Application Of Soil Mechanics To Determine Earth Pressures
- Analysis Of Retaining Walls
- Cuts & Excavations And Sheet Piles
- Stability Of Slopes
- Instrumentation
Text/Reference:
- Soil Mechanics By Craig R.F., Chapman & Hall
- Fundamentals Of Soil Engineering By Taylor, John Wiley & Sons
- An Introduction To Geotechnical Engineering, By Holtz R.D. And Kovacs, W.D., Prentice Hall, NJ
- Principles Of Geotechnical Engineering, By Braja M. Das, Cengage Learning
- Principles Of Foundation Engineering, By Braja M. Das, Cengage Learning
- Essentials Of Soil Mechanics And Foundations: Basic Geotechnics By David F. Mc Carthy
- Soil Mechanics In Engineering Practice By Karl Terzaghi, Ralph B. Peck, And Gholamreza Mesri
- Geotechnical Engineering: Principles And Practices Of Soil Mechanics And Foundation Engineering (Civil And Environmental Engineering) By V.N.S. Murthy
Engineering Economics, Estimation & Costing Lab [101604P]
Hands On Experiment Based On The Theory Of Engineering Economics, Estimation & Costing
NPTEL Courses-2 Lab [100604P]
Details For NPTEL Courses-2 Lab Will Be Provided By The Department
Program Elective: Energy Science & Engineering [101607]
- Unit 1.0: Introduction to Energy Science
- Scientific Principles And Historical Interpretation To Place Energy Use In The Context Of Pressing Societal
- Environmental And Climate Issues
- Introduction To Energy Systems And Resources
- Introduction To Energy
- Sustainability & The Environment
- Unit 2.0: Energy Sources
- Overview Of Energy Systems
- Sources
- Transformations
- Efficiency
- And Storage
- Fossil Fuels (coal
- Oil
- Oil-bearing Shale And Sands
- Coal Gasification) Past
- Present & Future
- Remedies & Alternatives For Fossil Fuels Biomass
- Wind
- Solar
- Nuclear
- Wave
- Tidal And Hydrogen
- Sustainability And Environmental Trade-offs Of Different Energy Systems
- Possibilities For Energy Storage Or Regeneration (Ex. Pumped Storage Hydro Power Projects
- Superconductor-based Energy Storages
- High Efficiency Batteries)
- Unit 3.0: Energy & Environment
- Energy Efficiency And Conservation
- Introduction To Clean Energy Technologies And Its Importance In Sustainable Development
- Carbon Footprint
- Energy Consumption And Sustainability
- Introduction To The Economics Of Energy
- How The Economic System Determines Production And Consumption
- Linkages Between Economic And Environmental Outcomes
- How Future Energy Use Can Be Influenced By Economic
- Environmental
- Trade
- And Research Policy
- Unit 4.0: Civil Engineering Projects Connected With the Energy Sources
- Coal Mining Technologies
- Oil Exploration Offshore Platforms
- Underground And Under-sea Oil Pipelines
- Solar Chimney Project
- Wave Energy Caissons
- Coastal Installations For Tidal Power
- Wind Mill Towers
- Hydro Power Stations Above-ground And Underground Along With Associated Dams
- Tunnels
- Penstocks
- Etc
- Unit 5.0: Nuclear Reactor Containment Buildings
- Nuclear Reactor Containment Buildings And Associated Buildings
- Design And Construction Constraints And Testing Procedures For Reactor Containment Buildings
- Spent Nuclear Fuel Storage And Disposal Systems
- Unit 6.0: Engineering for Energy Conservation
- Concept Of Green Building And Green Architecture
- Green Building Concepts (Green Building Encompasses Everything From The Choice Of Building Materials To Where A Building Is Located
- How It Is Designed And Operated)
- LEED Ratings
- Identification Of Energy Related Enterprises That Represent The Breath Of The Industry And Prioritizing These As Candidates
- Embodied Energy Analysis And Use As A Tool For Measuring Sustainability
- Energy Audit Of Facilities And Optimization Of Energy Consumption
Text/Reference:
- Boyle, Godfrey (2004), Renewable Energy (2nd Edition). Oxford University Press
- Boyle, Godfrey, Bob Everett, And Janet Ramage (Eds.) (2004), Energy Systems And Sustainability: Power For A Sustainable Future. Oxford University Press
- Schaeffer, John (2007), Real Goods Solar Living Sourcebook: The Complete Guide To Renewable Energy Technologies And Sustainable Living, Gaiam
- Jean-philippe; Zaccour, Georges (Eds.), (2005), Energy And Environment Set: Mathematics Of Decision Making, Loulou, Richard; Waaub, XVIII
- Ristinen, Robert A. Kraushaar, Jack J. AKraushaar, Jack P. Ristinen, Robert A. (2006) Energy And The Environment, 2nd Edition, John Wiley
- UNDP (2000), Energy And The Challenge Of Sustainability, World Energy Assessment
- E H Thorndike (1976), Energy & Environment: A Primer For Scientists And Engineers, Addison-wesley Publishing Company
Program Elective: Construction Productivity [101608]
- Unit 1.0: Definition of Productivity
- Definition Of Productivity
- Impact Of Productivities On Construction Duration And Costs
- Unit 2.0: Measuring Productivities of Construction Equipment, Staff and Labour
- Measuring Productivities Of Construction Equipment
- Staff And Labour And Typical Benchmarks For The Same
- Unit 3.0: Productivity Analysis from Daily Progress Reports
- Productivity Analysis From Daily Progress Reports
- Lean Construction Concepts Of Value Adding Activities
- Non-value Adding Activities And Non-value Adding But Necessary Activities
- Unit 4.0: Productivity Measurements by Special Lean Construction-oriented Field Methods
- Productivity Measurements By Special Lean Construction-oriented Field Methods Such As Work Sampling
- Takt Time Analysis
- Foreman Delay Surveys
- Unit 5.0: Productivity Improvement Measures
- Productivity Improvement Measures Such As Value Stream Mapping
- Location Based Management Systems
- 5S
- Good Housekeeping
- Etc
- Unit 6.0: Use of Specialist Software for Productivity Studies
- Use Of Specialist Software Such As Vico For Productivity Studies
Text/Reference:
- Adrian, James J.; Measuring And Improving Construction Productivity, 4th Edition Stipes Publishing, 2004 ISPB 1-58874-357-8
- Halpin, D.W. And R.W. Woodhead. 1976. Design Of Construction And Process Operations. New York: John Wiley And Sons
- Halpin, D.W. 1990. Micro CYCLONE User's Manual. Division Of Construction Engineering And Management, Purdue University, West Lafayette, Indiana
- Halpin, D.W. And L.S. Riggs. 1992. Planning Anti Analysis Of Construction Operations
Program Elective: Environmental Systems [101611]
- Unit 1.0: Introduction to the Concepts and Applications of Environmental Systems Analysis
- Introduction To The Concepts And Applications Of Environmental Systems Analysis
- Unit 2.0: Application of Mathematical Programming and Modeling
- Application Of Mathematical Programming And Modeling To The Design
- Planning And Management Of Engineered Environmental Systems
- Regional Environmental Systems
- And Environmental Policy
- Unit 3.0: Economic Analysis
- Economic Analysis
- Including Benefit-cost Analysis And Management Strategies
- Unit 4.0: Concepts of Tradeoff
- Concepts Of Tradeoff
- Non- Inferior Sets
- Single And Multi-objective Optimization
- Unit 5.0: Practical Application to Case Studies
- Practical Application To Case Studies To Convey An Understanding Of The Complexity Of Actual Design Practice
- Unit 6.0: Practical Application to Case Studies
- Practical Application To Case Studies To Convey An Understanding Of Data Collection Challenges Of Actual Design Practice
Text/Reference:
- Benny Joseph (2005), Environmental Studies, New Delhi, Tata McGraw Hill Publishing Co. Ltd
- Erach Bharucha (2005), Textbook Of Environmental Studies For Undergraduate Courses, Hyderabad, Universities Press
Program Elective: Design of Hydraulic Structures/Irrigation Engineering [101612]
- Unit 1.0: Design & Maintenance of Canals
- Design Of Canal Based On Tractive Force Approach
- Maintenance Of Unlined Channels (Based On IS 4839 – 1979 Part – I)
- Maintenance Of Lined Channels (Based On IS 4339 – 1979 Part – II)
- Unit 2.0: Design of Canal Outlets, Canal Headworks
- Design Of Canal Outlets
- Canal Headworks Selection Of Site For Storage & Diversion Head Works Weir Or Barrages
- Divide Wall
- Scouring Sluice Or Under Sluices
- Fish Ladder
- Unit 3.0: Dams
- Dams Gravity Dams
- Earth & Rock Fill Dams
- Buttress Dams & Arch Dams
- Spillways & Outlet Works
- Unit 4.0: Canal Regulation Works
- Canal Regulation Works Head Regulator
- Distributary Head Regulator
- Cross Regulators Necessity Of Channel Falls
- Types Of Falls & Design Of Vertical Drop Fall/Sharda Type Falls
- Unit 5.0: Cross – Drainage Works
- Cross – Drainage Works Types Of C – D Works Aqueducts
- Siphon Aqueducts
- Super Passages
- Siphon Super Passages
- Level Crossings
- Inlet & Outlet
- Fluming Of Channels & Design Of Channel Transitions
- Unit 6.0: An Introduction to River Basis Development
- An Introduction To River Basis Development
Text/Reference:
- Fundamental Of Irrigation Engineering By Bharat Singh, Nemchand Bros., Roorkee, Uttarakhand
- Irrigation & Water Power Engineering By Punima B.C., Pande Lal B.B., Laxmi Publication Pvt. Ltd. New Delhi
- Water Resource Engineering By Garg S.K., Khanna Publishers, New Delhi
- Water Power Engineering By Dandekar MM/ Sharma KN, Vikash Publishing Pvt. Ltd
- Water Resources Engineering By R.K. Linsley & J.L.H. Paulhus, McGraw Hill
- Hydroelectric Handbooks By W.P. Creager & J.D. Justin, John Wiley & Sons
Program Elective: Reliability Analysis of Structures [101614]
- Unit 1.0: Role of Reliability in Civil Engineering
- Role Of Reliability In Civil Engineering
- Historical Background
- Random Events
- Random Variables
- Model Uncertainty
- Unit 2.0: Common Probabilistic Models
- Common Probabilistic Models
- Important Statistical Parameters And Their Estimations
- Normal
- Lognormal
- Extreme Value Distribution
- Unit 3.0: Fundamental Concept of Structural Reliability
- Fundamental Concept Of Structural Reliability
- Derivation Of Stress-strength Interface Equation
- Graphical Representation
- Cornell Reliability Index
- Reliability And Failure Probability Computations For Simple Linear Functions
- Unit 4.0: Second Moment Concepts
- Second Moment Concepts
- First Order Second Moment Theory
- Hasofer-lind Transformation
- Linear And Non-linear Limit State Functions
- Solution Schemes
- Geometric Interpretation Of Solution Scheme
- Rackwitz-fiessler Transformation
- Unit 5.0: First Order Reliability Method
- First Order Reliability Method
- Stochastic Models For Material Strength And Loads
- Unit 6.0: Reliability Assessment
- Reliability Assessment Of Structural Component And Simple Civil Engineering Structures
Text/Reference:
- Papoulis A. Probability, Random Variables And Stochastic Processes, McGraw-Hill, New York, USA, 1991
- Ayyub B M, McCuen R H. Probability, Statistics And Reliability For Engineers And Scientists, Chapman & Hall, Florida, USA, 2000
- Ranganathan R. Structural Reliability Analysis & Design. Jaico Publishing House, Mumbai, India, 1999
- Melchers R E. Structural Reliability: Analysis And Prediction, John Wiley, Chichester, 1999
- Ang A H S & Tang W H. Probability Concepts In Engineering Planning And Design, Vol II, John Wiley, New York, 1984
- Madsen H O, Krenk S And Lind N C. Methods Of Structural Safety, Prentice-Hall, Inc, Englewood Cliffs, USA, 1986
- Choi S K, Grandhi R V And Canfield R A. Reliability Based Structural Design, SpringerVerlag, London, UK, 2007
- Haldar A & Mahadevan S. Reliability Assessment Using Stochastic Finite Element Analysis, John-Wiely & Sons Inc., New York, USA, 2000
Program Elective: Concrete Materials [101617]
- Unit 1.0: Influence of Constituent Materials
- Examines The Influence Of Constituent Materials (cements
- Aggregates And Admixtures) On The Properties Of Fresh And Hardened Concrete
- Unit 2.0: Recycled Aggregates
- Recycled Aggregates Recovered From Construction And Demolition Wastes
- M-sand
- Light-weight Aggregates
- Unit 3.0: Use of Fly Ash and Fibre-reinforced Concrete
- Use Of Fly Ash In Concrete
- Fibre-reinforced Concrete With Various Types Of Metallic And Nonmetallic Fibres
- Unit 4.0: Various Types of Concrete
- Various Types Of Concrete Such As Self Compacting Concrete
- High Performance Concrete
- Etc
- Mix Design
- Handling And Placement Of Concrete
- Unit 5.0: Effect of Re Vibration of Concrete
- Effect Of Re Vibration Of Concrete
- Unit 6.0: Behavior of Concrete Under Various Types of Loading and Environment
- Behavior Of Concrete Under Various Types Of Loading And Environment
- Test Methods
Text/Reference:
- Advanced R.C.Design By Krishna Raju. 2005
- Limit State Design By A.K. Jain. 1990
- Reinforced Concrete Structures By Park And Pauley. 1975
- Reinforced Concrete Structural Elements – Behaviour Analysis And Design By Purushothaman. 1984
- Concrete Technology By M.S. Shetty. 2006
Program Elective: Structural Analysis – I [101618]
- Unit 1.0: Basic Introductory Concepts
- Basic Introductory Concepts Structural Systems
- Elements
- Joints
- Stability
- Equilibrium
- Compatibility
- Indeterminacy
- Types Of Loading
- Unit 2.0: Force-displacement Relation
- Force-displacement Relation
- Free-body Diagrams
- Analysis Of Forces In Statically Determinate Structures Trusses (including Compound And Complex Trusses)
- Beams And Frames (including Internal Hinges)
- Cables And Three Hinged
- Unit 3.0: Stability of Walled Structures
- Stability Of Walled Structures
- Unit 4.0: Influence Lines for Beams and Trusses
- Influence Lines For Beams And Trusses Under Moving Loads
- Criteria For Maxima
- Unit 5.0: Work and Energy Principles
- Work And Energy Principles Principle Of Virtual Work
- Potential Energy And Clastingliano's Theorems
- Complementary Energy Theorems
- Reciprocal Theorems And Mueller Breslau's Principle With Applications
- Unit 6.0: In Statically Determinate Structures
- In Statically Determinate Structures Unit (dummy) Load And Energy Methods
- Moment Area And Conjugate Beam Methods
- Williot-mohr Diagrams
- Introduction To Matrix Methods For Determinate Structures Flexibility & Stiffness Methods
Text/Reference:
- Elementary Structural Analysis By Norris, Wilbur And Utku, McGraw Hill
- Basic Structural Analysis By C.S. Reddy, Tata McGraw Hill
- Intermediate Structural Analysis By C.K.Wang, McGraw Hill
- Theory Of Structures – Volumes 1 And 2 By S. P. Gupta And G. S. Pandit, Tata McGraw Hill
- Structural Analysis By L.S.Negi & R.S.Jangid, Tata McGraw Hill
- Application Of Graphics In Engg. By L.B.Roy, Standard Pub. And Dist., Delhi
- Structural Analysis Vol 1 By Bhavikatti Vikash ,Publishing House Pvt. Ltd
Program Elective: Soil Mechanics – I [101619]
- Unit 1.0: Introduction, Origin and Classification of Soils
- Introduction
- Origin And Classification Of Soils
- Soil Weight Volume Relationships
- Index Properties Of Soil
- Soil Structures And Clay Minerals
- Unit 2.0: Effective Stress Principle
- Effective Stress Principle
- Surface Tension And Capillarity
- Permeability Of Soils
- Darcy's Law
- Test For Determination Of Permeability
- Engineering Use Of Permeability
- Factors Affecting Permeability
- Unit 3.0: Seepage Analysis
- Seepage Analysis
- Flow Nets
- Flow Through Dams
- Unit 4.0: Effective Stress Distribution in Soils
- Effective Stress Distribution In Soils Under Hydrodynamic Conditions
- Quick Sand
- Piping
- Prevention Of Piping Failures
- Compressibility And Consolidation Consolidation Process Spring Analogy
- Definition
- Measurement Of Consolidations Determination Of Void Ratio At Various Load Increments
- Terzaghi's Theory Of One Dimensional Consolidation
- Determination Of Coefficient Of Consolidation
- Analysis Of Consolidation Data
- Unit 5.0: Vertical Stress Below Applied Load in Soils
- Vertical Stress Below Applied Load In Soils (Boussinesq
- Westergaard
- And Graphical Solutions)
- One And Two- Dimensional Cases
- Unit 6.0: Compaction Characteristics
- Compaction Characteristics
- Water Content – Dry Unit Weight Relationships
- OMC
- Max
- Dry Unit Weight Field Compaction Control
- Soil Stabilization
Text/Reference:
- A Text Book Of Soil Mechanics And Foundation Engineering By V.N.S. Murthy, Saikripa Technical Consultants, Bangalore
- Geotechnical Engineering By S. K. Gulati Et. Al., TMH Publication Co. Ltd., New Delhi
- Basic And Applied Soil Mechanics By Gopal Ranjan And A. S. R. Rao, Wiley Eastern Ltd., New Delhi
- Soil Mechanics And Foundation Engineering By K. R. Arora, Standard Pub. And Dist.
- Soil Mechanics In Engineering Practice By Terzaghi And Pech, John Wiley And Sons Inc New York
- Soil Mechanics By Lamb And Whitman, Wiley Eastern Pvt. Ltd., New Delhi
- Fundamentals Of Soil Mechanics By Taylor, John Wiley And Sons Inc New Delhi
Program Elective: Transportation Economics [101620]
- Unit 1.0: Introductory Concepts in Transportation Decision Making
- Introductory Concepts In Transportation Decision Making Overall Transportation Project Development
- Budgeting
- Financial Planning
- The Process Of Transportation Project Development
- Models Associated With Transportation Impact Evaluation
- Unit 2.0: Transportation Costs
- Transportation Costs Classification Of Transportation Costs
- Transportation Agency Costs
- Transportation User Costs
- General Structure And Behavior Of Cost Functions And Road Pricing
- Unit 3.0: Estimating Transportation Demand and Supply
- Estimating Transportation Demand And Supply Supply Equilibration
- Dynamics Of Transportation Demand And Supply
- Elasticity Of Travel Demand And Supply
- Classification Of Elasticity
- Unit 4.0: Vehicle Operating Costs
- Vehicle Operating Costs Fuel Costs Maintenance And Spares
- Depreciation Crew Costs Value Of Travel Time Savings Accident Costs
- Unit 5.0: Economics of Traffic Congestion
- Economics Of Traffic Congestion Pricing Policy
- Economic Analysis Of Projects Methods Of Evaluation Cost-benefit Ratio
- First Year Rate Of Return
- Net Present Value
- And Internal-rate Of Return Methods
- Unit 6.0: Indirect Costs and Benefits of Transport Projects
- Indirect Costs And Benefits Of Transport Projects
- Financing Of Road Projects Methods – Private Public Partnership (PPP) Toll Collection
- Economic Viability Of Design-build-operate-transfer Schemes – Risk Analysis – Value For Money Analysis Case Studies
Text/Reference:
- Highway Investment In Developing Countries - Thomas Telford Ltd., Institute Of Civil Engineers, 3rd Edition, 1983
- Winfrey R, "Economic Analysis For Highways", International Text Book Co., Pennsylvania, 1969
- Dickey, J.W., "Road Project Appraisal For Developing Countries", John Wiley And Sons. 4th Edition, 1984
- Ian Heggie, "Transport Engineering Economics", McGraw, 3rd Edition, 1972
- Road User Cost Study - Final Report - Central Road Research Institute, New Delhi
Program Elective: Infrastructure Planning and Design [101621]
- Unit 1.0: Introduction
- Introduction Definition Of Basic Terminologies
- Role Of Infrastructure In Economic Development
- Types Of Infrastructure
- Measurement Of Infrastructure Capacity
- Bases For Quantification Of Demand And Supply Of Various Types Of Infrastructure
- Indian Scenario In Respect Of Adequacy And Quality
- Unit 2.0: Infrastructure Planning
- Infrastructure Planning Goals And Objectives Of Infrastructure Planning
- Identification And Quantification Of The Casual Factors Influence The Demand For Infrastructure
- Review And Application Of Techniques To Estimate Supply And Demand For Infrastructure
- Unit 3.0: Use of Econometric, Social and Land Use Indicators
- Use Of Econometric
- Social And Land Use Indicators And Models To Forecast The Demand And Level Of Service Of Infrastructure And Its Impact On Land Use
- Critical Review Of The Relevant Forecasting Techniques
- Infrastructure Planning To Identify And Prioritize Preferred Areas For Development
- Unit 4.0: Integration of Strategic Planning for Infrastructure
- Integration Of Strategic Planning For Infrastructure At Urban
- Regional And National Levels
- Case Studies In Infrastructure Planning
- Unit 5.0: Infrastructure Management
- Infrastructure Management Concepts
- Common Aspects Of Urban And Rural Infrastructure Management Systems
- Pavement And Bridge Management Systems
- Integrated Infrastructure Management
- Unit 6.0: Case Studies
- Case Studies
- Emerging Trends In Infrastructure Overview Of Public-private Sector Participation In Infrastructure Projects
- Understanding Stakeholders' Concerns
- Regulatory Framework
- Risk Management In Infrastructure Projects
- Public Policy For Infrastructure Sectoral Overview Highways
- Railways
- Waterways
- Airports
- Urban And Rural Infrastructure Roads
- Housing
- Water Supply
- Sanitation – Case Study Examples
Text/Reference:
- Goodman AS, Hastak M (2006). Infrastructure Planning Handbook: Planning, Engineering, And Economics. McGraw Hill/ ASCE Press. Chapter 1
- World Bank (2012). Transformation Through Infrastructure. Selected Pages Handed Out In Class
- World Bank (2006). Infrastructure At The Crossroads: Lessons From 20 Years Of World Bank Experience. Land
- ULI And Ernst & Young (2013) Infrastructure 2013: Global Priorities, Global Insights, The Urban Institute, Http://www.uli.org/infrastructure- Global-infrastructure-priorities/ Washington DC. Available Free: Initiative/infrastructure-2013-explores
- Lee (2009) New Delhi Water And Power. Harvard Kennedy School Of Government Case Program #1891
Program Elective: Repair & Rehabilitation of Structures [101622]
- Unit 1.0: Maintenance and Repair Strategies
- Maintenance And Repair Strategies Maintenance
- Repair And Rehabilitation
- Facets Of Maintenance
- Importance Of Maintenance
- Various Aspects Of Inspection
- Unit 2.0: Assessment Procedure for Evaluating a Damaged Structure
- Assessment Procedure For Evaluating A Damaged Structure
- Causes Of Deterioration
- Strength And Durability Of Concrete Quality Assurance For Concrete – Strength
- Durability And Thermal Properties
- Of Concrete – Cracks
- Different Types Causes – Effects Due To Climate
- Temperature
- Sustained Elevated Temperature
- Corrosion – Effects Of Cover Thickness
- Unit 3.0: Special Concretes
- Special Concretes Polymer Concrete
- Sulphur Infiltrated Concrete
- Fibre Reinforced Concrete
- High Strength Concrete
- High Performance Concrete
- Vacuum Concrete
- Self-compacting Concrete
- Geopolymer Concrete
- Reactive Powder Concrete
- Concrete Made With Industrial Wastes
- Unit 4.0: Techniques for Repair and Protection Methods
- Techniques For Repair And Protection Methods Non-destructive Testing Techniques
- Epoxy Injection
- Shoring
- Underpinning
- Corrosion Protection Techniques – Corrosion Inhibitors
- Corrosion Resistant Steels
- Coatings To Reinforcement
- Cathodic Protection
- Unit 5.0: Repair, Rehabilitation and Retrofitting of Structures
- Repair
- Rehabilitation And Retrofitting Of Structures Evaluation Of Root Causes
- Underpinning & Shoring
- Some Simple Systems Of Rehabilitation Of Structures
- Gunting
- Shotcreting
- Unit 6.0: Non Destructive Testing Systems
- Non Destructive Testing Systems
- Use Of External Plates
- Carbon Fibre Wrapping And Carbon Composites In Repairs
- Strengthening Of Structural Elements
- Repair Of Structures Distressed Due To Corrosion
- Fire
- Leakage
- Earthquake – Demolition Techniques – Engineered Demolition Methods – Case Studies
Text/Reference:
- Repair And Protection Of Concrete Structures By Noel P.Mailvaganam, CRC Press, 1991
- Concrete Repair And Maintenance Illustrated By Peter.H.Emmons, Galgotia Publications Pvt. Ltd., 2001
- "Earthquake Resistant Design Of Structures" By Pankaj Agarwal, Manish Shrikande, PHI, 2006
- Failures And Repair Of Concrete Structures By S.Champion, John Wiley And Sons, 1961
- Diagnosis And Treatment Of Structures In Distress By R.N.Raikar Published By R & D Centre Of Structural Designers And Consultants Pvt.Ltd, Mumbai
- Handbook On Repair And Rehabilitation Of RCC Buildings, CPWD, Government Of India
- Handbook On Seismic Retrofit Of Buildings, A. Chakrabarti Et.al., Narosa Publishing House, 2010
Program Elective: Airport Planning and Design [101623]
- Unit 1.0: Aircraft Characteristics Related to Airport Design
- Aircraft Characteristics Related To Airport Design
- Unit 2.0: Airport Configuration
- Airport Configuration Runway Configurations
- Relation Of Terminal Area To Runway Orientation
- Unit 3.0: Geometric Design of the Airfield
- Geometric Design Of The Airfield - ICAO And FAA Design Standards
- Runways
- Taxiways
- Unit 4.0: Holding Aprons and Aprons
- Holding Aprons And Aprons Planning And Design Of The Terminal Area- Apron – Gate System
- Size And Number Of Gates
- Unit 5.0: Aircraft Parking Configurations
- Aircraft Parking Configurations
- The Passenger Terminal System
- Unit 6.0: Airport Lighting and Marking
- Airport Lighting And Marking Air Traffic Control
- Airport Planning And Air Travel Demand Forecasting
- Structural Design Of Airfield Pavements
Text/Reference:
- Khanna S.K., Arora M.G., Jain S.S., "Airport Planning & Design", 1st Edition, Nem Chand Bros. Roorkee, 2009
- Robert Horonjeff, Francis McKelvey, William Sproule And SethYoung, "Planning And Design Of Airports" 5th Edition, 2010
- Alexander T. Wells, Ed. D & Seth, B. Young, "Airport Planning And Management", 5th Edition, 2008
- Heronjeff, R, McKelvey, F.X, "Planning & Design Of Airports", 2nd Edition, McGraw Hill Book Co, 1994
- Norman J. Ashford, Saleh Mumayiz And Paul H. Wright, "Planning, Design And Development Of 21st Century Airports", 4th Edition, John Wiley& Sons, 2011
- Subramian K.P., "Highway, Railway, Airport And Harbour Engineering", 1st Edition, Scitech Publications Private Limited, 2013
Program Elective: High Speed Rail Engineering [101624]
- Unit 1.0: Development, Engineering, Design and Construction of High-speed Rail (HSR)
- Development
- Engineering
- Design And Construction Of High- Speed Rail (HSR) Passenger Transport Systems With Particular Emphasis On The Unique Engineering Elements Of HSR Technology
- Unit 2.0: Key Elements of HSR Systems
- Key Elements Of HSR Systems
- Unit 3.0: Key Elements of HSR Subsystems
- Key Elements Of HSR Subsystems Including Core Systems (trains
- Power
- Signal
- Communication And Control)
- Unit 4.0: Track System and Civil Infrastructure
- Track System And Civil Infrastructure (earthwork
- Bridges
- Viaducts And Tunnels)
- Unit 5.0: Basic Design and Construction of HSR Stations
- Basic Design And Construction Of HSR Stations
- Unit 6.0: Basic Design and Construction of Rolling Stock Maintenance Facilities
- Basic Design And Construction Of Rolling Stock Maintenance Facilities
Text/Reference:
- Rangwala. S.C, "Railway Engineering", 27rd Edition, Charoatar Publishing House Pvt. Ltd, 2017
- Chandola, S.P. "Railway Engineering - A Text Book Of Transportation Engineering", S. Chand & Co. Ltd. 2016
- Satish Chandra, Agarwal M. M, "Railway Engineering", 2nd Edition, Oxford University Press, 2013
- Saxena S.C And Arora S.P, "Railway Engineering", Dhanpat Rai Publications, 8th Edition, 2017
- Mundrey J.S, "Railway Track Engineering", McGraw Hill Publications, 4th Edition, 2010
- Rajat Rastogi," Transportation Engineering-Ⅱ", NPTEL Videos