• PO1 : An ability to independently carry out research/investigation and development work in engineering and allied streams
• PO2 : An ability to communicate effectively, write and present technical reports on complex engineering activities by interacting with the engineering fraternity and with society at large.
• PO3 : An ability to demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor program.
• PO4 : An ability to apply stream knowledge to design or develop solutions for real world problems by following the standards.
• PO5 : An ability to identify, select and apply appropriate techniques, resources and state-of-the-art tool to model, analyse and solve practical engineering problems.
• PO6 : An ability to engage in life-long learning for the design and development related to the stream related problems taking into consideration sustainability, societal, ethical and environmental aspects.
• PO7 : An ability to develop cognitive load management skills related to project management and finance which focus on Entrepreneurship and Industry relevance.

• 221TCE100 – PROBABILITY AND STATISTICS
• 221TCE007 – THEORY OF ELASTICITY
• 221TCE008 – STRUCTURAL DYNAMICS
• 221ECE038 – EXPERIMENTAL METHODS IN STRUCTURAL ENGINEERING
• 221ECE043 – FORENSIC ENGINEERING AND REHABILITATION OF STRUCTURES
• 221LCE003 – ADVANCED STRUCTURAL ENGINEERING LAB
• 221RGE100 – RESEARCH METHODOLOGY & IPR

• 222TCE100 – ADVANCED NUMERICAL METHODS
• 222TCE103 – FINITE ELEMENT METHOD
• 222ECE037 – DESIGN OF BRIDGES
• 222ECE043 – DESIGN OF EARTHQUAKE RESISTANT STRUCTURES
• 222EME106 – INDUSTRIAL SAFETY IN ENGINEERING
• 222LCE003 – COMPUTATIONAL LAB

• 223AGE010 – REUSE AND RECYCLE TECHNOLOGY
• 224PCE100 – DISSERTATION PHASE II

• 224PCE100 – DISSERTATION PHASE II

221TCE100 – PROBABILITY AND STATISTICS

• CO1 – To create an awareness of the concepts of statistics and probability distributions
• CO2 – To formulate and test hypotheses for civil engineering problems
• CO3 – To apply statistical data analysis tools such as ANOVA and experimental designs
• CO4 – To build regression models for civil engineering applications and to identify the principal components
• CO5 – To apply the concepts of data analysis for a time series

221TCE007 – THEORY OF ELASTICITY

• CO1 – Apply knowledge of mechanics and mathematics to model elastic bodies as continuum.
• CO2 – Formulate boundary value problems; and calculate stresses and strains.
• CO3 – Comprehend constitutive relations for elastic solids and compatibility constraints.
• CO4 – Solve two-dimensional problems (plane stress and plane strain) using the concept of stress function.

221TCE008 – STRUCTURAL DYNAMICS

• CO1 – Model single and multi-degree freedom systems for dynamic analysis and develop equations of motion
• CO2 – Estimate parameters of dynamic systems
• CO3 – Perform dynamic analysis of single degree freedom systems
• CO4 – Perform dynamic analysis of multi – degree freedom systems
• CO5 – Analyse and design vibration isolation systems
• CO6 – Perform dynamic analysis of distributed parameter systems

221LCE003 – ADVANCED STRUCTURAL ENGINEERING LAB

• CO1 – Understand basic test for the materials
• CO2 – Compute the mix proportion for various types of concrete as per IS guidelines.
• CO3 – Evaluate the mechanical properties of concrete
• CO4 – Analyse the behaviour of reinforced concrete elements.
• CO5 – Analyse the behaviour of steel members
• CO6 – Familiarise modern instruments.

221ECE038 – EXPERIMENTAL METHODS IN STRUCTURAL ENGINEERING

• CO1 – Understand characteristics of a measurement system
• CO2 – Understand working and types of strain gauges and force transducers
• CO3 – Understand working and types of potentiometers and accelerometers
• CO4 – Understand different types of Non-destructive testing methods
• CO5 – Understand the application of Two-dimensional photoelasticity in analysing stress or strain
• CO6 – Understand working of recording instruments like chart recorders and CROs

221ECE043 – FORENSIC ENGINEERING AND REHABILITATION OF STRUCTURES

• CO1 – To understand role and responsibility of a forensic engineer
• CO2 – To understand different cause of deterioration in structures and its prevention
• CO3 – To gain adequate knowledge for the uses of different NDT equipments
• CO4 – To get awareness regarding the structural health monitoring
• CO5 – To gain adequate knowledge in Different modern techniques of retrofitting

221RGE100 – RESEARCH METHODOLOGY & IPR

• CO 1 – Approach research projects with enthusiasm and creativity.
• CO 2 – Conduct literature survey and define research problem.
• CO 3 – Adopt suitable methodologies for solution of the problem.
• CO 4 – Deliver well-structured technical presentations and write technical reports.
• CO 5 – Publish/Patent research outcome.

222TCE100 – ADVANCED NUMERICAL METHODS

• CO1 – Obtain the solution of simultaneous Linear system of equations
• CO2 – Obtain the numerical solutions of ordinary differential equations
• CO3 – Obtain the numerical solutions for solving boundary value problems of partial differential equations
• CO4 – Describe the terminologies, applications or procedure of finite element method
• CO5 – Describe or apply the concept of finite element method

222TCE103 – FINITE ELEMENT METHOD

• CO1 – Develop approximate solution to boundary value problems in structural mechanics using method of weighted residuals and variational methods.
• CO2 – Develop field approximations for various one- and two-dimensional finite elements.
• CO3 – Formulate element equilibrium equations for 1D and 2D finite elements for solution of structural mechanics problems using energy principles.
• CO4 – Understand the computational techniques for numerical integrations, large system of equation solvers etc. and apply the same for implementation of finite element method

222ECE037 – DESIGN OF BRIDGES

• CO1 – Review bridge specifications as per current IRC and IRS standards for bridges
• CO2 – Design and detail slab and T beam bridges
• CO3 – Design and detail box culvert and Prestressed Concrete bridges.
• CO4 – Design and detail plate girder and composite bridges
• CO5 – Design elastomeric bearings in bridges.
• CO6 – Analyse substructures and foundations in bridges.

222ECE043 – DESIGN OF EARTHQUAKE RESISTANT STRUCTURES

• CO1 – Describe various engineering aspects of earthquakes, earthquake effects and earthquake resistant design.
• CO2 – Apply IS code provisions for the analysis, design and detailing of earthquake resistant structures.
• CO3 – Develop earthquake response spectrum.
• CO4 – Perform response spectrum analysis of multi-storied frames.
• CO5 – Analyse and design shear walls.
• CO6 – Describe different strategies for seismic evaluation and seismic retrofitting.

222EME106 – INDUSTRIAL SAFETY IN ENGINEERING

• CO1 – Discuss the basic concepts of Safety Management.
• CO2 – Explain the factors contributing to accidents and how that can be controlled.
• CO3 – Summarize general safety precautions and safe practices to be followed in Engineering Industries.
• CO4 – Explain the occupational health hazards and the methods of control.
• CO5 – Implement the firefighting techniques and understand the methods of pollution control.

222PCE100 – MINI PROJECT

• CO1 – To strengthen the understanding of fundamentals through application of theoretical concepts.
• CO2 – To boost their skills in preparing report and widen the horizon of their thinking
• CO3 – To resolve a problem by applying theoretical knowledge and thus to increase problem solving skills

22LCE003 – COMPUTATIONAL LAB

• CO1 – Model structural elements/ whole structures using finite element packages.
• CO2 – Analyse and design structural elements/ whole structures using finite element packages.
• CO3 – Interpret results from finite element analysis packages.
• CO4 – Draw structural details using AutoCAD
• CO5 – Write design reports.
• CO6 – Develop bar bending schedule and bill of quantities from the structural Drawings

223AGE010 – REUSE AND RECYCLE TECHNOLOGY

• CO1 – Explain the principles and technologies behind waste reduction, resource conservation, and sustainable practices
• CO2 – Describe and Analyze waste generation and management
• CO3 – Apply the knowledge of various reuse strategies and their application in different industries and analyze various recycling technologies
• CO4 – Appraise the methods of E-waste management and Eco-friendly packaging
• CO5 – Comprehend Environmental Regulations and Policies, Understand the importance of environmental regulations and policies in addressing environmental challenges

224PCE100 – DISSERTATION PHASE II

• CO1 – To strengthen the understanding of fundamentals through application of theoretical concepts.
• CO2 – To boost their skills in preparing report and widen the horizon of their thinking
• CO3 – To resolve a problem by applying theoretical knowledge and thus to increase problem solving skills

224PCE100 – DISSERTATION PHASE II

• CO1 – To strengthen the understanding of fundamentals through application of theoretical concepts.
• CO2 – To boost their skills in preparing report and widen the horizon of their thinking
• CO3 – To resolve a problem by applying theoretical knowledge and thus to increase problem solving skills