Structural Engineering Syllabus 2024: Subjects, Semester-wise Syllabus PDF, Top Colleges, Books

Subject 

Subject Details 

Advanced structural analysis 

Structural analysis is a collection of mechanical theories that adhere to physical rules to understand and predict the behaviour of structures. Several types of engineering artefacts fall under the umbrella of structural analysis. 

Structural dynamics 

When a structure is exposed to dynamic (high-acceleration) loads, structural dynamics analyses the structure's behaviour. People, wind, waves, traffic, earthquakes, and explosions are all examples of dynamic loads. Dynamic loading may be applied to any structure. 

Solid Mechanics  

Deformation, load, and strain in solid objects may be calculated in these fields of applied mechanics. To avoid damage or accidents, it's common to test the structural strength of a bridge, for example. 

Finite Element Methods 

Natural issues may be solved using the Finite Element Method (FEM), a process for numerically solving the equations. Slope deflection, the Work energy principle, etc., are all complicated physical structures that cannot be evaluated using ordinary mathematical methods. 

Theory of Concrete Structures 

According to this, the design of a structure consists of two parts: the first part determines forces at every location or element of the provided structure, and the second part selects and designs sections to resist these forces, such as stresses and deformations within permissible bounds. 

Theory of Steel Structures 

Whenever the area of the pressure steel is equal to or higher than the area of the tensile steel, it could be used to identify an estimated value of the moment of resistance of a doubly reinforced beam. This is particularly useful in situations where the area of the compression steel is greater than the area of the tensile steel. 

Earthquake Analysis and Design 

The capacity of a building to bend, swing, and deform without collapsing is an important component of earthquake-resistant constructions. When an earthquake's horizontal and vertical shear stresses are applied to a ductile structure, it bends and flexes. 

Structural Engineering Laboratory 

Activities span the range from teaching and research to development and consulting. The core activity is experimenting with structural components and assemblies under diverse static and dynamic loading situations. 

Subject 

Subject Details 

Analytical and Numerical Methods for Structural Engineering 

Accurate algorithms are used in numerical approaches when it comes to solving mathematical issues. Mathematical problems may be solved numerically or analytically using accurate theorems and formulae derived from analytic approaches.  

Blast Resistant Design of Structures 

Study to build a building to resist large blasts. Thick steel walls and interior features and fittings intended to survive the elevated psi levels associated with modest to major blast events are often used in constructing these structures. 

Design of Bridge Structures 

The following phases in the engineering design process are necessary for creating secure bridge structures: Developing a thorough grasp of the issue, identifying probable bridge loads, combining these loads to find the maximum possible load, and calculating mathematical correlations are all steps in the solution process. 

design of fibre reinforced composite structures  

Damage-sensing or structural health monitoring (SHM) is essential for protecting fibre-reinforced composite structures, such as wind turbine blades, from repetitive complicated loading or straining. 

Design of Masonry Structures 

Using structural masonry, the building's walls can sustain themselves and carry their weight because of how the masonry components are installed. The foundation and eventually the earth will be supported equally by the walls. 

Prestressed and Composite Structures 

Composite construction occurs in Structural Engineering when two distinct materials are bonded together so tightly that they operate as one unit from a structural standpoint. It's known as composite action when this happens. Steel beams supporting concrete floor slabs are one such example. 

Semester 

Core/ Elective 

Subject Title 

Details 

Semester-1 

Core 

Applied Mathematics 

Physics, engineering, medical, biology, finance, business, computer science, and industry use mathematical approaches. Applied mathematics combines maths with specific expertise. 

List of some topics:  

• Polar co-ordinates 
• Quotient law  
• Chrioleffel symbols  
• The inverse of a matrix 
• Two-dimensional heat flow in a transient state 
• Legendre and Bessel equations  

Core 

Advanced Structural Analysis 

Different methods are discussed to solve statically indeterminate structures. 

List of topics:  

• Introduction to matrix methods of analysis  
• Transformation of coordinates  
• element stiffness matrix 
• elements flexibility equations 
•  mixed force 
• structure idealisation stiffness and flexibility matrices 

Core 

Structural Dynamics 

It involves the theoretical and/or experimental study of time-dependent external loads and/or deformations on a structure or structural element and the internal stress and displacement response, including inertial effects. 

It includes:  

• Theory of vibrations: 
• Fundamental objectives of dynamic analysis 
• Single Degree of Freedom Systems : 
• Multi Degree of Freedom Systems 
• Introduction to Earthquake Analysis 

Elective 

Computer-based numerical methods 

It includes: 

• Solutions to linear equations 
• Interpolation 
• Finite Differences and their Applications 
• Numerical Differentiation 
• Ordinary Differential Equation 

Elective 

Prestressed concrete 

Prestressed concrete enables engineers to apply predefined stresses to counterbalance loading strains. 

It includes:  

•  Pre–tensioning and post–tensioning–Prestressing  
• Losses of Prestress  
• Design of Section for Flexure 
• Deflections of Prestressed Concrete Beams  
• Transfer of Prestress in Pretensioned Members 
• Statically Indeterminate Structures 

Semester-2 

Core 

Earthquake Analysis and design 

It deals with: 

• Engineering Seismology 
• Conceptual designs 
• Reinforced Concrete Buildings 
• Structural Walls and Non-Structural Elements 
• Ductility Considerations in Earthquake Resistant Design of RC Buildings 

Core 

Advanced concrete design 

Mixing materials generates concrete's strength and durability. Creating a good concrete mix isn't simple since each component has various qualities. 

• Behaviour in flexure 
• Design of flanged beams 
• Design for Torsion 
• Limit Analysis of R.C.Structures 
• Design of Ribbed slabs, Flat slabs 

Elective 

Maintenance and rehabilitation of structures 

Insuring the strength, permeability, and durability of concrete as-built in construction, 

thermal properties and cracking.  

Special concrete and mortar, concrete chemicals, special elements for accelerated strength gain, and Expansive cement. 

Elective 

Design of steel structures  

It includes the design of members subjected to lateral loads and axial loads, Principles of analysis and design of industrial buildings and bents, Types of connections, Introduction to composite design, etc. 

Semester-3 

Core 

Optimization Techniques 

Introduction to need and scope of optimization, Objective function and its surface, design variables. Learn about Classical Optimization Techniques, Fully stressed design and optimally criterion-based algorithms, Non-linear Programming, Introduction to quadratic programming. 

Core 

Industrial Structures 

Limit analysis of steel structures, Mechanical properties of structural steel, Moment curvature relations, Limit load, Coplanar load, Types of mechanisms method for performing moment check, etc. 

Thesis phase 1 

With a problem-method-results-discussion structure, a thesis is a lengthy experimental, theoretical, or design report.  

Semester-4 

Thesis phase 2 

Phase 2 of the thesis deals with further completion of the thesis adding in the dissertation, and final submission of the thesis. 

Specialisation 

Subjects 

Details 

Construction Management. 

Materials and equipment 

Project cost estimation and control 

Residential and commercial building 

Safety procedures 

Construction project software 

Operations research 

Project planning and scheduling processes 

Marketing management 

Managerial accounting 

These civil engineers oversee a building project from start to finish, coordinating all the professionals involved in such a project, including architects, builders, electricians, plumbers, and financiers. Much construction management involves keeping risk to a minimum by focusing on safety and compliance with local, state and federal building codes. 

Environmental Engineer 

Computational Method and Probability Statistics 

Wastewater Treatment 

Climatology 

Environmental Geology 

Geo-Environmental Engineering 

This specialisation branch focuses on creating projects that sustain or improve the environment in which they exist. Many advances have been made in sustainability in recent years, including using alternative energy sources like solar, wind or water, better insulation to reduce energy usage, and plumbing fixtures that use less water, among other methods. Likewise, engineers can position buildings to harness natural light and solar energy in more sustainable ways. 

Geotechnical Engineering 

Advanced Soil Mechanics. 

Advanced Engineering Mathematics. 

Advanced Foundation Engineering. 

Geotechnical Laboratory. 

Theoretical Soil Mechanics. 

Dynamics of Soil and Foundation. 

Computer Application in Engineering. 

Geotechnical Investigation Practice. 

The stability of the soil and rock on which a project is built and its chemical composition are the main considerations of the geotechnical engineering speciality. Softer ground requires different building methods than harder ground or rock, and geotechnical engineers can prevent foundations from crumbling or damaging erosion from runoff patterns on a building project's land. 

Structural Engineering 

Structural engineers need to ensure that buildings or other structures can support their weight and those who will be using them. By calculating the load a structure is likely to encounter, structural engineers help determine which building materials are used and how the structure's skeleton is assembled. 

Subject 

Book title 

Author 

Description 

Advanced structural Analysis 

Structural Analysis  

C.S.Reddy.  

This book presents a fresh and insightful look at matrix analysis of structures.  

Structural Dynamics 

Dynamics of Structures 

Clough & Penzien 

A form of structural analysis called structural dynamics examines how a structure responds to dynamic (activities with high acceleration) loads. 

Advanced Reinforced Concrete Design  

Advanced Reinforced Concrete Design  

P.C. Varghese 

This book gives details of Advance Concrete which is a computer-aided design (CAD) programme used for modelling and detailing reinforced concrete buildings.  The domains of structural and civil engineering as well as drawing employ Advance Concrete. 

Finite Element Analysis 

Finite element Methods  

OC Zienkiewicz 

Calculations, models, and simulations are used in finite element analysis (FEA) to forecast and comprehend how an item could react under different physical situations. FEA is used by engineers to identify flaws in their design prototypes. 

Prestressed Concrete 

Design of pre-stress concrete structures  

T.Y. Lin and Burn 

Prestressed concrete book explains that this concrete is a very adaptable building material because of its two primary constituents: high-strength, pre-stretched steel and contemporary, pre-compressed concrete. 

Engineering Seismology 

Earthquake Resistant Design of structures  

S. K. Duggal 

This book explains  the Seismology branch that assesses a site or region's seismic danger for earthquake engineering. 

 1

National Institute of Technology (NIT) 

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2 

International Institute of Information Technology 

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3 

Delhi Technological University  

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4 

University of Petroleum and Energy Studies (UPES) 

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 5

Hindustan Institute of Technology and Science 

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 6

Institute of Aeronautical Engineering (IARE) 

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 7

Visveswarya Technological University 

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 8

MVJ College of Engineering 

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9 

Indian Institute of Technology, Madras 

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 10

Indian Institute of Technology, Bombay 

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