Course Code & Name

Course Outcome No.

Course Outcomes

SEMESTER – I

After completion of the course, the students will be able to

HS3151 – PROFESSIONAL ENGLISH I

1

Describe the different modes of communication.

2

Describe narrative and summative techniques in communication

3

Express a product or process description using effective lexical components

4

Describe elements for expressing the verbal and non-verbal communication 

5

Express effectively both oral and written medium of communication

MA3151 – MATRICES AND CALCULUS

1

Apply the matrices algebra method for finding higher powers, inverse of the matrices and eigen valves.

2

Apply limits and differential calculus rules to solve maxima and minima problems.

3

Apply partial differentiation techniques into maxima and minima functions of two or more variables.

4

Apply the proper techniques of integration to solve engineering problems.

5

Apply multiple integral in area and volume for solving the real life problem.

PH3151 ENGINEERING PHYSICS

Discuss multiparticle dynamics and rotation of rigid bodies

Explore the properties, energy and momentum of EM waves

Explain   the working principle  and properties  of oscillations, optics and lasers

Explain  the important  concepts and salient features of quantum mechanics

Describe quantum mechanics through Oscillator, Tunneling  and the   formation of energy bands.

CY3151 ENGINEERING CHEMISTRY

1

Infer the quality of water from quality parameter data and propose suitable treatment methodologies to treat water.

2

Explain the synthesis process, characterization and the applications of nanomaterial in advanced engineering and technology.

3

Identify the phase transitions of one and two component systems for alloys and their application in engineering fields

4

Identify of suitable fuels for engineering processes and their applications

5

Recognize different forms of energy resources and apply them for suitable applications in energy sectors.

GE3151  PROBLEM SOLVING AND PYTHON PROGRAMMING

1

Develop algorithmic solutions to simple computational problems.

2

Develop and execute simple Python programs.

3

Write simple Python programs using conditionals, loopings and functions for solving   Problems.

4

Represent compound data using python lists,tuples,dictionaries etc.

5

Develop and execute Python programs to read and write data from/to files.

GE3171  PROBLEM SOLVING AND PYTHON PROGRAMMING LABORATORY

1

Develop algorithmic solutions to simple computational problems.

2

Develop and execute simple Python programs.

3

Implement programs in Python using conditionals and loops for solving problems.

4

Implement Python programs using functions and process compound data using Python data structures.

5

Develop software applications utilizing Python packages.

BS3171   PHYSICS AND CHEMISTRY LABORATORY

1

Demonstrate the basic concepts like torque and elasticity nature of beams for various engineering applications by the determination of rigidity modulus of the wire and Young’s modulus of the materials under uniform and non-uniform conditions.

2

Determine the thickness of thin material, wavelength and velocity of sound and compressibility of liquids  by Air-wedge, Laser  and Ultrasonic interferometer

3

Determine the alkalinity, hardness, chloride & DO content in water sample by EDTA, Mohr’s and Winkler’s methods.

4

Determine the strength of weak and strong acids using pH meter and conductometer

5

Demonstrate the estimation of iron content in the sample by potentiometer

GE3172 ENGLISH LABORATORY

1

Build language fluency in all situations and contexts

2

Demonstrate formal and informal contexts in the communication strategies

3

Interpret opinions effectively in both oral and written medium of communication

4

Summarise key points in audio and video lectures

5

Express opinions related to different situations and contexts

SEMESTER – II

HS3251 PROFESSIONAL ENGLISH – II

1

Compare and contrast products and ideas in technical texts.

2

Identify cause and effects in events, industrial processes through technical texts

3

Suggest solution to the problems in argumentative situations through oral and writing

4

Build reading proficiency for writing scientific and technical reports

5

Construct sentences successfully for effective writing of job and internship applications. 

MA3251 STATISTICS AND NUMERICAL
METHODS

1

Analyze the null hypothesis for large and small number of samples.

2

Apply hypothesis testing in design of experiments.

3

Solve root finding problems and eigen value problems using several methods.

4

Apply numerical techniques of differentiation and integration in solving engineering problems.

5

Solve ordinary differential equations problems using various methods.

PH3201 PHYSICS FOR CIVIL ENGINEERING

1

Identify the modes of heat heat transfer for different thermal material systems

2

Compare  the parameters for ventilation and air conditioning of buildings

3

Describe  the principles of design on sound absorption, noise insulation and lighting systems

4

Compare the properties of composites, metallic glasses, shape memory alloys and ceramics

5

Explain  the fundamentals of natural disasters such as earth quake, cyclone, fire and safety measures

BE3252 BASIC ELECTRICAL, ELECTRONICS AND INSTRUMENTATION ENGINEERING

1

Determine the circuit parameter and steady state response of any circuit using fundamental electrical laws.

2

Explain the behaviour of magnetic circuits and concepts of domestics wiring and protective devices.

3

Explain the working principle and applications of electrical machines.

4

Analyze the characteristics of analog electronic devices.

5

Explain the types and operating principles of sensors and transducers.

GE3251 ENGINEERING GRAPHICS

1

  Familiarize with the fundamentals and standards of Engineering graphics

2

Perform freehand sketching of basic geometrical constructions and multiple views of objects.

3

Project orthographic projections of lines and plane surfaces.

4

Draw projections and solids and development of surfaces.

5

Visualize and to project isometric and perspective sections of simple solids.

GE3271 ENGINEERING PRACTICES LABORATORY

1

Draw pipe line plan; lay and connect various pipe fittings used in common household plumbing work; Saw; plan; make joints in wood materials used in common household wood work.

2

Wire various electrical joints in common household electrical wire work.

3

Weld various joints in steel plates using arc welding work; Machine various simple processes like turning, drilling, tapping in parts.

4

Assemble simple mechanical assembly of common household equipments; Make a tray out of metal sheet using sheet metal work.

5

Solder and test simple electronic circuits; Assemble and test simple electronic components on PCD

BE3272 BASIC ELECTRICAL, ELECTRONICS AND INSTRUMENTATION ENGINEERING LABORATORY

1

Apply the basic electrical laws to determine behaviour of the given circuit.

2

Determine the three phase power in the given circuit using appropriate method.

3

Determine the performance of electrical machines by conducting suitable tests.

4

Analyze the characteristics of basic electronic devices.

5

Demonstrate half wave and full wave rectifiers using electronic devices and measurement of displacement using LVDT.

GE3272 COMMUNICATION LABORATORY / FOREIGN LANGUAGE

1

Infer workplace situations and communicate effectively through speaking and E-mail writing

2

Enhance communication skills using common technological terms

3

Improve speaking ability to communicate effectively in varied formal and informal contexts

4

Classify main and sub-ordinate ideas in technical writing

5

Infer ideas in effective writing recommendations and job winning applications 

SEMESTER – III

MA3351- TRANSFORMS AND PARTIAL DIFFENRENTIAL EQUATIONS

1

Apply partial differential equation concepts in solving homogeneous and non- homogeneous equations.

2

Solve differential equations in vibration analysis and signal processing by using Fourier series.

3

Apply Fourier series techniques to solve one and two dimensional heat flow problems and also one dimensional wave equations.

4

Apply the mathematical principles on transforms and partial differential equations to formulate and solve physical problems in engineering.

5

Apply Z transform techniques to solve Partial Differential equations and discrete time systems.

ME3351 – ENGINEERING  MECHANICS

1

Illustrate the vectorial and scalar representation of forces and moments.

2

Analyse the rigid body in equilibrium.

3

Evaluate the properties of surfaces and solids such as centroid, center of mass, moment of inertia, principal  moment of inertia & mass moment of inertia.

4

Determine the friction and the effects of the laws of friction.

5

Calculate dynamic forces exerted in rigid bod

CE3301 – FLUID MECHANICS

1

Determine the basic properties of fluids in static equilibriu

2

Apply the basic concept of  fluids. 

3

Perform dimensional analysis in fluid flow problem and relate the model and prototype.

4

Estimate the losses in pipelines for both laminar and turbulent conditions and analysis of pipes connected in series and parallel.

5

Apply the concept of boundary layer  to find the drag force exerted by the fluid on the flat solid surface.

  CE3302 – CONSTRUCTION MATERIALS AND TECHNOLOGY

1

Classify the strength tests for stones, bricks, lime  and block.

2

Identify the manufacturing methods and tests for timber, steel, aluminum and applications of various composite materials.

3

Summarise the best construction and service practices such as thermal insulation and air conditioning of the building.

4

Select various equipments for construction works.

5

Develop scheduling techniques for construction activities.

CE3303 – WATER SUPPLY AND WASTE WATER ENGINEERING

1

Estimate the total water demand  for town/city and design intake structures .

2

Select appropriate treatment system for the water available at the source.

3

Design the water distribution system for buildings and pumping stations.

4

Estimate sewage generation and design sewer system for sewage pumping stations.

5

Design various advanced wastewater  treatment systems and apply the  recent advances in sludge and septage disposal methods .

CE3351- SURVEYING AND LEVELLING

1

Identify the tape corrections, bearings and local attraction in compass traversing.

2

Determine the reduced levels of terrain and ground features  using different methods of levelling .

3

Calculate the horizontal and vertical measurements using theodolite surveying.

4

Establish the  horizontal and vertical control points by control surveying and adjustment methods.

5

Demonstrate the  principles of modern surveying equipments .

CE3361-SURVEYING AND LEVELLING  LABORATORY

1

Demonstrate the usage of basic surveying instruments like chain/tape, compass and levelling instruments.

2

Determine the reduced levels of terrain and ground features  by using different methods of levelling.

3

Calculate the horizontal and vertical measurements using theodolite surveying

4

Demonstrate the applications of total station surveying.

5

Carry out survey for different applications.

CE3311 -WATER AND WASTEWATER ANALYSIS LABORATORY

1

Calibrate and standardize the equipment.

2

Collect and Preserve samples to conduct tests on  wastewater.

         3

Categorize the type of treatment required for water and waste water.

         4

Analyze the conditions for the growth of micro-organisms in water and wastewater.

         5

Analyze the pollutant concentration in water and wastewater.

SEMESTER –IV

CE3401-APPLIED HYDRAULIC ENGINEERING

1

Determine the flow characteristics in open channels.

2

Determine steady gradually varied flow, water surface profiles and its length calculation using direct and standard step methods with change in water surface profiles due to change in grades.

3

Identify the relationship among the sequent depths of steady rapidly varied flow and estimating energy loss in hydraulic jump with exposure to positive and negative surges.

4

Develop characteristic curves (speed vs.discharge, power and efficiency) for turbines.

5

Develop characteristic curves (speed vs.discharge, power and efficiency) for pumps.

CE3402-STRENGTH OF MATERIALS

1

Identify the stresses, strains, principal stresses, thermal stresses in elements & shells and torsion on shafts.

2

Determine Shear force and bending moment in beams and apply concept of theory of simple bending.

3

Calculate the deflection of beams by different methods and select suitable method for determining slope or deflection.

4

Analyze propped cantilever, fixed beams and continuous beams for external loadings and support settlements.

5

Determine the stresses due to unsymmetrical bending of beams ,locate the shear center ,and apply the various theories of failures.

CE3403-CONCRETE TECHNOLOGY

1

Summarize the properties of  constituents of concrete and quality tests.

2

Choose the mineral and chemical admixtures for specific applications in construction.

3

Determine the suitable mix proportion of concrete by BIS method.

4

Explain the  properties of fresh and hardened concrete.

5

Compare  self-compacting, fibre reinforced, geopolymer and light weight concretes.

CE3404-SOIL MECHANICS

1

Classify the soil and assess the engineering properties, based on index properties.

2

Determine effective stress parameters of soil.

3

Construct stress distribution diagrams of a soil medium due to load applied at the ground surface.

4

Determine  the shear strength parameters of cohesive and cohesion less soils.

5

Analyze the stability of finite and infinite slopes using different methods.

CE3405-HIGHWAY AND RAILWAY ENGINEERING

1

Plan a highway according to the principles and standards adopted in India.

2

Design the geometric features of road network and components of pavement.

3

Test the highway materials to know its properties and perform pavement evaluation and management.

4

Explain the methods of route alignment and design elements in railway planning and constructions.

5

Illustrate the construction techniques and maintenance of track laying and railway stations.

CE3411 – HYDRAUIC ENGINEERING LABORATORY

1

Calibrate orificemeter, venturimeter and rotameter using constant flow in pipes.

2

Determine frictional losses in pipes.

3

Analyze buoyancy by measuring metacentric height of floating bodies.

4

Compare the performance characteristic curves (speed vs.discharge, power and efficiency) of pumps and turbines.

CE3412 – MATERIAL TESTING LABORATORY

1

Conduct quality tests on  mild steel rod, aggregates and concrete.

2

Compare the quality tests on cement, bricks and wood.

3

Determine the hardness and impact strength on metals.

CE3413 – SOIL MECHANICS LABORATORY

1

Classify soil from its index and compaction properties  

2

Analyze density of soil by performing  in situ tests. 

3

Conduct tests to determine the compressibility, permeability and shear strength of soils.

4

Demonstrate the various tests on Geosynthetics.

GE3451-ENVIRONMENTAL SCIENCE AND SUSTAINABILITY

1.         

Describe the various types of eco system and biodiversity.

2.         

Explain the causes, effects and control measures of different types of environmental pollution.

3.         

Compare the different types of renewable energy sources and its applications.

4.         

Illustrate the concepts of sustainability and environmental management.

5.         

Summarize the various green technologies and sustainability practices.

SEMESTER –V

CE3502 – STRUCTURAL ANALYSIS I

1

Analyze trusses using method of joints, method of sections and method of tension coefficient.

2

Apply slope deflection method to analyze beams and frames.

3

Apply moment distribution method to analyze beams and frames.

4

Analyze statically indeterminate beams and frames by using flexibility matrix method.

5

Analyze statically indeterminate beams and frames by using stiffness matrix method.

CE3503 – FOUNDATION ENGINEERING

1

Describe the methods of site investigation and sampling of soil.

2

Determine the bearing capacity from in-situ tests and settlement of foundations.

3

Analyse and design shallow footings according to codal provision.

4

Determine the load carrying capacity and settlement of pile foundation.

5

Determine the earth pressure on retaining walls and carryout the analysis for stability.

CE3501 – DESIGN OF REINFORCED CONCRETE STRUCTURAL ELEMENTS

1

Design singly and doubly reinforced beams by limit state method and working stress method. 

2

Design flanged beams and apply the concept of combined bending, shear and torsion for design of RC members by limit state method.

3

Design RC slabs and staircases by limit state method.

4

Design columns for axial, uniaxial and biaxial eccentric loadings by limit state method.

5

Design  of isolated footings for axial loads by  limit state method.

CE3025- AIRPORTS AND HARBOURS

1

Illustrate the planning of airports.

2

Outline the various components of airport.

3

Design runways and taxiways in airports.

4

Summarize the various components of seaports and its construction.

5

Discuss the environmental regulations and acts related to seaports.

CE3005 -REHABILITATION/HERITAGE RESTORATION

1

Outline the importance of inspection and maintenance.

2

Discuss the impacts of cracks, corrosion and climate on structures.

3

Compare self compacting, fibre reinforced, geopolymer, high performance and sulphur impregnated concretes.

4

Choose the testing techniques and protection measures for various applications.

5

Compare strengthening, repair, rehabilitation and restoration of structures.

CCE331-AIR AND NOISE POLLUTION CONTROL ENGINEERING

1

Summarize the types of air pollutants and air quality management.

2

Explain the effects of meteorology in air pollution.

3

Describe the principles and design of control of gaseous and particulate pollutant.

4

Discuss the factors affecting selection of control equipments.

5

Outline the sources, effects and control of vehicular, indoor air and noise pollution.(K2-

CE3511-HIGHWAY ENGINEERING LABORATORY

1

Analyze the quality of aggregates for pavement construction .

2

Analyze strength properties of bitumen  for road construction.

3

Compare the bituminous mixes according to their characteristics.

CE3512 -SURVEY CAMP

1

Handle the modern surveying instruments like Total station and GPS .

2

Apply modern surveying techniques in field to establish horizontal control.

3

Understand the surveying techniques in field to establish vertical control .

4

Apply different survey adjustment techniques.

5

Carry out different setting out works in the field.

SEMESTER – VI

CE3601-DESIGN OF STEEL STRUCTURAL ELEMENTS

1

Design bolted and welded connections for steel structures considering failure modes.

2

Select the most suitable section shape and size for tension and compression members and beams according to specific design criteria.

3

Apply the principles, procedures and current code requirements to the analysis and design of steel tension members, columns, column bases and beams.

4

Identify and compute the design loads on Industrial structures and gantry girder.

5

Determine the  ultimate load of steel beams and portal frames using plastic analysis.

CE3602-STRUCTURAL ANALYSIS II

1

Draw influence lines for statically determinate structures and calculate critical stress resultants.

2

Draw influence lines for statically indeterminate structures using Muller Breslau’s principle.

3

Analyse three hinged, two hinged and fixed arches.

4

Analyse the suspension bridges with stiffening girders.

5

Analyse the rigid frames by approximate methods for gravity and horizontal loads.

AG3601-ENGINEERING GEOLOGY

1

Identify the various geological agents & processes involved.

2

Summarize the properties & behavior of the available minerals and classify the available rocks in the construction site.

3

Interpret the different geological features & their engineering importance.

4

Apply the geological investigation and remote sensing techniques in Civil Engineering projects.

5

Conduct investigation on Geo-hazards such as earthquakes, landslides and Tsunami.

CCE332-ENVIRONMENTAL HEALTH AND SAFETY

1

Explain the need of EHS in industries and related Indian regulations.

2

Identify different types of health hazards, effects, exposure assessment and control methods.

3

Illustrate the various safety systems in working environment.

4

Conduct accident investigation & develop strategies for emergency plan.

5

Plan EHS management system for various applications.

CE3003-PREFABRICATED STRUCTURES

1

Explain the need, principles and stages of  prefabricated construction.

2

Describe the components and systems of prefabricated structures.

3

Outline the principles of design of prefabrication units considering cross section , joint flexibilty,joint deformation and stripping & stacking.

4

Describe  the joints, structural connections  and design procedure of expansion joints  in prefabricated construction.

5

Explain the design for abnormal loads to avoid progressive collapse of the prefabricated structures.

OCS352-IOT CONCEPTS AND APPLICATIONS

1

Explain the concept of IoT and its architectures.

2

Describe the functional blocks in Internet of Things (IoT), control units and communication modules.

3

Describe the  protocols and technologies behind IoT.

4

Design an IoT system using Arduino/Raspberry Pi /open platform and connect to cloud.

5

Describe the applications of IoT in various domains.

CE3611-BUILDING DRAWING AND DETAILING LABORATORY

1

Draft the plan, elevation and sectional view of the load bearing and framed buildings.

2

Draw the structural detailing of RCC elements.

3

Draw the structural detailing of RCC combined footing.

4

Draw the structural detailing of steel connections and truss.

5

Illustrate the application of  Building Information Modeling (BIM) in building life cycle.

SEMESTER – VII

CE3701-ESTIMATION, COSTING AND VALUATION ENGINEERING

1

Apply different estimation methods to determine the quantities of materials required for buildings, roads, retaining walls and culverts.

2

Prepare the rate analysis and cost estimates for all items of work.

3

Prepare tenders with reference to the specifications.

4

Draft different types of contracts in accordance with standards and legal requirements.

5

Evaluate valuation for building and land.

AI3404-HYDROLOGY AND WATER RESOURCES ENGINEERING

1

Measure the various  processes in  hydrological cycle using different methods.

2

Estimate the runoff quantity using various methods  and plot hydrographs for given catchment area.

3

Identify the  methods of analysis and propose strategies for management of the natural disasters.

4

Describe site selection, design of components, storage estimation and life prediction of reservoirs.

5

Apply the concepts of groundwater, properties & flow classification  of aquifers, artificial recharge and Rain Water Harvesting (RWH).

GE3752-TOTAL QUALITY MANAGEMENT

1

Explain the concepts of quality and Total Quality Management (TQM) .

2

Apply TQM principles in an enterprise /organization.

3

Describe Six Sigma ,traditional tools & new management  tools of quality,  benchmarking and FMEA.

4

Explain the  application of TQM techniques-Quality Function Deployment  (QFD), Total Productive Maintenance (TPM), Cost of Quality(COQ), Taguchi’s quality loss function and Business Process Reengineering (BPR).

5

Explain the requirements, implementation, documentation and audit procedure of  various ISO standards used in quality and environmental management systems.

GE3791-HUMAN VALUES AND ETHICS

1

Identify  the importance of democratic values through illustration  of  world democracies.

2

Explain  the secular values  in Indian context.

3

Describe the methods of scientific thinking.

4

Describe the application of ethical reasoning to social problems and outline constitutional protection policies.

5

Explain the importance of transparency and fairness in scientific pursuits and  roles & responsibilities of scientists in the modern society.

OCS353-DATA SCIENCE AND FUNDAMENTALS

1

Describe the data science process.

2

Perform data manipulation functions using Numpy and Pandas.

3

Explain different types of machine learning approaches.

4

Perform data visualization using tools.

5

Handle large volumes of data in practical scenarios.

OHS352-PROJECT REPORT WRITING

1

Describe the essentials of project writing.

2

Explain the structure, types and purpose of reports with inclusion of experiments & statistical analysis in STEM fields.

3

Explain the structure of the project report with reference to framing  title, funding details, abstract , introduction and determining the feasibility and relevance.

4

Explain the structure of the project report with reference to literature review, research design, methodology, interpretation, findings, limitations, recommendations ,conclusion and bibliography.

5

Explain the process of proof reading a project and oral presentation.

SEMESTER-VIII

CE3811-

PROJECT WORK/INTERNSHIP

1

Identify civil engineering problems reviewing available literature.

2

Identify appropriate techniques to analyze complex civil engineering problems.

3

Apply engineering and management principles to systematically and effectively execute the project.

4

Design, analyze and fabricate an innovative / novel product or develop computer code.

5

Develop a well documented project report with illustrations, results and outputs.