Vision

• To meet global changes in development, innovation and applications of Technology in the service of humanity.
• To sustain the excellence in teaching, research and scholarship, creating and transferring knowledge that provides foundation for new educational programmes in areas of emerging technologies.
• Offer nationally recognized, integrated Civil Engineering Educational programme that tailor a student's learning expertise to her / his professional and career aspirations.

Mission

• To produce competent, disciplined quality Engineers and Administrators through service par excellence.
• To accomplish the Department as the center of excellence in Civil Engineering education shaping the youth into prosperous Civil Engineers to make India a major industrial power.
• To make the department, the highest state of learning, preparing men and women with a strong conceptual foundation coupled with practical insight to meet the global business changes.
• To develop conducive educational environment where students can reach their full potential in the Civil Engineering discipline.
• To produce the exemplary professional Civil Engineers of high ethics.

Program Outcomes

• Civil Engineering Graduates will be able to apply the knowledge of mathematics, science and engineering fundamentals to solve complex engineering problems.
• Civil Engineering Graduates will be able to identify, formulate and analyze Civil Engineering problems, using the principles of mathematics and engineering sciences.
• Civil Engineering Graduates will have the capacity to design Civil Engineering based systems, components or processes that meet desired specifications and requirements with appropriate consideration for public health and safety, cultural, societal, and environmental issues.
• Civil Engineering Graduates will be able to use research-based knowledge and research methods such as design of experiments, analysis and interpretation of data, and synthesis of information to provide appropriate solutions to complex Civil Engineering problems.
• Civil Engineering Graduates have to be familiar with modern engineering and software tools and equipments to analyze complex Civil Engineering problems.
• Civil Engineering Graduates will be able to assess societal health, safety, legal and cultural issues and consequent responsibilities relevant to the professional Civil Engineering practice.
• Civil Engineering Graduates will be in a position to understand the impact of professional Civil engineering solutions in societal and environmental contexts and demonstrate their knowledge for sustainable development.
• Civil Engineering Graduates will be able to apply ethical principles and commit to professional ethics and responsibilities and norms of the Civil Engineering practice.
• Civil Engineering Graduates will be able to function effectively as an individual, and as a member or leader in diverse teams and multidisciplinary settings.
• Civil Engineering Graduates will be able to communicate effectively on complex engineering activities with the engineering community and with society at large, such as, being able to comprehend and write effective reports and design documentation, make effective presentations, and give and receive clear instructions.
• Civil Engineering Graduates will have the capacity to express their knowledge and understanding of the engineering and management principles and apply these to work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
• Civil Engineering Graduates will be able to recognize the need for and have the preparation and to engage in independent and life-long learning in the context of technological change.

Educational Objectives

• To make the students Excel in professional career and higher education by acquiring knowledge in mathematical, computing,Basic Sciences and Civil engineering principles.
• To Analyze the real life problems, design the structures in accordance with safety and Stability that are technically sound, economically feasible and socially acceptable by all forms of society.
• To Exhibit professionalism, ethical attitude, communication skills, team building in their profession and adapt to current trends by engaging in lifelong learning.
• To Build leadership qualities to cope up with modern and emerging technological multi disciplinary environment.

Programme Specific Outcomes

Graduates will be able to

• Identify the sources of Environmental contaminants and processes that affect the movement, fate, and health effects of such contaminants in environment and human systems.
• Identify the broad context of Civil Engineering problems in the thrust areas viz Geotechnical, Highway and Seaways including describing the problem conditions, identifying possible contributing factors, and generating alternative solution strategies for the common cause of society.
• Design the fundamental elements of Civil Engineering systems, system components and processes, with a good understanding of associated safety, quality, schedule and cost considerations for the betterment of human beings.
• Employ mathematics, science, and computing techniques in a systematic, comprehensive, rigorous manner to support the study and solution of Civil Engineering problems pertaining to construction Industry

PG - STAFF

Achievements

STUDENT ACHIEVEMENTS

S.NO	STUDENT NAME	NAME OF THE COLLEGE	NATURE OF THE EVENT	DATE	PARTICIPATION/ PRIZE
1	MANIKANDAN V	SREE SAKTHI ENGINEERING COLLEGE, COIMBATORE	PAPER PRESENTATION	25.02.2023	PARTICIPATED
2	MANOJ KUMAR S	SREE SAKTHI ENGINEERING COLLEGE, COIMBATORE	PAPER PRESENTATION	25.02.2023	PARTICIPATED
3	AJAY KUMAR K	SREE SAKTHI ENGINEERING COLLEGE, COIMBATORE	SPELLBEE AND BUIL ZONE	25.02.2023	2ND PRIZE
4	HARISHKANNAN N	SREE SAKTHI ENGINEERING COLLEGE, COIMBATORE	SPELLBEE, BUIL ZONE AND PHOTOGRAPHY	25.02.2023	PARTICIPATED
5	SRI GAYATHRI	SREE SAKTHI ENGINEERING COLLEGE, COIMBATORE	SPELLBEE AND BUIL ZONE	25.02.2023	1ST PRIZE
6	SUBRAMANIAM N	KUMARAGURU COLLEGE OF TECHNOLOGY, COIMBATORE	TECHNICAL QUIZ	16.09.2022	PARTICIPATED
7	AJMEER S	KUMARAGURU COLLEGE OF TECHNOLOGY, COIMBATORE	TECHNICAL QUIZ	16.09.2022	3RD PRIZE
8	NAVEENDDRRAN D	KUMARAGURU COLLEGE OF TECHNOLOGY, COIMBATORE	TECHNICAL QUIZ	16.09.2022	2ND PRIZE
9	RAGHUL ROHIT M G	KUMARAGURU COLLEGE OF TECHNOLOGY, COIMBATORE	TECHNICAL QUIZ	16.09.2022	PARTICIPATED
10	ALAGUDURAI T	KUMARAGURU COLLEGE OF TECHNOLOGY, COIMBATORE	TECHNICAL QUIZ	16.09.2022	PARTICIPATED
11	SURYANARAYANAN V.K	SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY	PAPER PRESENTATION	19.02.2020	1ST PRIZE
12	SURYANARAYANAN V.K	JAI SRI RAM ENGINEERING COLLEGE	PAPER PRESENTATION	10.02.2020	PARTICIPATED
13	NIHAL P.A	SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY	PAPER PRESENTATION	19.02.2020	1ST PRIZE
14	NIHAL P.A	JAI SRI RAM ENGINEERING COLLEGE	PAPER PRESENTATION	10.02.2020	PARTICIPATED
15	SURYANARAYANAN V.K	SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY	CLASH OF CADD	19.02.2020	PARTICIPATED
16	NIHAL P.A	SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY	CLASH OF CADD	19.02.2020	PARTICIPATED
17	SURYANARAYANAN V.K	JAI SRI RAM ENGINEERING COLLEGE	TECHNICAL QUIZ	10.02.2020	PARTICIPATED
18	NIHAL P.A	JAI SRI RAM ENGINEERING COLLEGE	TECHNICAL QUIZ	10.02.2020	PARTICIPATED
19	AMAL ARAVIND	SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY	PAPER PRESENTATION	19.02.2020	PARTICIPATED
20	FRANKLIN V	SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY	PAPER PRESENTATION	19.02.2020	PARTICIPATED
21	AMAL ARAVIND	SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY	CLASH OF CADD	19.02.2020	PARTICIPATED
22	FRANKLIN.V	SRI RAMAKRISHNA INSTITUTE OF TECHNOLOGY	CLASH OF CADD	19.02.2020	1ST PRIZE
23	AMAL ARAVIND	KONGU COLLEGE OF ENGINEERING	PAPER PRESENTATION	29.02.2020	PARTICIPATED
24	FRANKLIN.V	KONGU COLLEGE OF ENGINEERING	PAPER PRESENTATION	29.02.2020	PARTICIPATED
25	FRANKLIN.V	KONGU COLLEGE OF ENGINEERING	PRINT IT BLUE	29.02.2020	3RD PRIZE
26	KAVIYARASU	JAI SRI RAM ENGINEERING COLLEGE	TECHNICAL QUIZ	10.02.2020	PARTICIPATED
27	K.KAVIN	Coimbatore institute of technology	Workshop	07.09.2019	PARTICIPATION
28	RAJASEKAR J P	Coimbatore institute of technology	Workshop	07.09.2019	PARTICIPATION
29	SILAMBARASAN D	Coimbatore institute of technology	Workshop	07.09.2019	PARTICIPATION
30	BHUVANANESARAN D	Jansons institute 0f technology	ENGINEERING GRAPHICS	18.09.2019	PARTICIPATION
31	ELAKYA K	Jansons institute 0f technology	ENGINEERING GRAPHICS	18.09.2019	PARTICIPATION
32	NISHANTH P	Sri krishna college of engineering	SHORT FILM	09.10.2019	PARTICIPATION

S.NO	STUDENT NAME	NAME OF THE COLLEGE	NATURE OF THE EVENT	DATE	PRIZE
1	G.Sivamanikandan	CIT	National level workshop	11/8/17	Participation
2	S.Muniyasami	CIT	National level workshop	12/8/17	Participation
3	Venkatesh G	TCE	Two day workshop	9/2/2017	Participation
4	Sujai R	GCE,Salem	National conference	1-2/3/2017	Participation
5	Subin Varghese
6	G.Sivamanikandan	Kings college of engiuneering	National level symposium	1/9/2017	Participation
7	Vishnupriya R	TCE	Workshop	28/2/2017	Participation
8	Vishnupriya R	KPR	National level workshop cum hands on training	10-11/2/2017	Participation
9	Vishnupriya R	M Kumarasamy college of engineering	National level workshop	9/2/2017	Participation
10	Prem Rishikkha P	TCE	National level workshop	28/2/2018	Participation
11	M I Mohamed Thanveer	Bannari Amman Institute of Technology	National level workshop	20/2/2018	Participation
12	Akshaya Kumaran V I	Bannari Amman Institute of Technology	National level workshop	20/2/2018	Participation
13	S Vignesh	Bannari Amman Institute of Technology	Paper presentation	20/2/2018	Participation
14	Akshaya Kumaran V I	GCE,Salem	National level workshop	10/3/2018	Participation
15	M Deepakani
16	B Kokila
17	M Gunavathi
18	S Sukumar & R Mirmal	PSG itech	National level workshop	9/3/2018	Participation
19	R Vishnupriya	CIT,Coimbatote	National level technical symposium	23/2/2018	Participation
20	R Vishnupriya	CIT,Coimbatote	Brick bonding	23/2/2018	Participation
21	B Inthirani	School of Engineering,Ambal Professional Group of Institutions	International conference	27-28/03/2018	Participation
	A S Karthikeyan
	S Manoj
	G Venkatesh
	Nandhini K
	Sujai R
	Subin Varghese
	Kharvarnnan S S

LABORATORY FACILITIES

The Civil engineering department has well equipped laboratories which provides good facilities for teaching, field testing and research works in civil engineering. The laboratories have been set up to enable students to use the techniques, skills and modern engineering tools necessary for engineering practice. The following laboratories are part of the Civil Engineering Department

SURVEY LAB

Survey lab serves to provide practical training and insight about basic surveying applications including plane surveying, and supports the advanced surveying courses as well. The basic level topics include compass survey, plane table survey, leveling and theodolite survey. Training is imparted in advanced surveying tools like total station survey as well.

GEOTECHNICAL ENGINEERING LAB

The Geotechnical Engineering laboratory is well equipped to execute all the necessary soil tests. It consists of several equipments for testing the various parameters of soil like CBR test, Direct Shear test, Vane Shear test, Unconfined compression test, Triaxial compression test, Consolidation test, Permeability test, Compaction test, Consistency limit tests etc. The various test informations are used for designing the type of foundations, earthworks such as dams, embankments, tunnels, reservoirs, pavement subgrades etc. Thus this lab helps the students in understanding the concept of geotechnical engineering in detail.

STRENGTH OF MATERIALS LAB

Strength of Materials laboratory familiarizes the students with the testing procedure of materials used in the civil engineering discipline. The laboratory facilities gives a clear understanding of the behaviour of the materials through the study of physical properties, mechanical properties, suitability of material for use in construction, material selection code provisions, etc. The material testing laboratory is designed also to serve the research works for both faculty and students.

CAD LAB

The computer centre is equipped with sophisticated software facilities for training students in areas of computer aided design, structural design and project planning. This lab deals with the study of various distinctive features and tools used in AutoCAD and the uses of this software in Civil engineering. The centre is actively used for the research work also.

TRANSPORTATION AND HIGHWAY ENGINEERING LAB

Transportation and highway engineering laboratory provides a platform for the students for practical implementation of Transportation engineering projects, thereby uplifting the standards of the students to industrial level. Testing facilities are provided for materials used in highway-pavement construction. The laboratory is well equipped with latest instruments with advanced testing facilities.

ENVIRONMENTAL ENGINEERING LAB

The Environmental Engineering lab helps to acquaint students with the details of water and wastewater analysis, and to provide hands-on experience in the operation and performance of traditional and innovative systems for water and wastewater treatment. The lab is well equipped with all testing apparatus and instruments.

STRUCTURAL ENGINEERING LAB

This lab provides facilities for testing structural aspects of elements in a building including practical behavior of the physical structures like beams, different arches, roof truss etc. It helps the post graduate students to gain concrete idea about their research areas and to bring out the best results.

FLUID MECHANICS LAB

This Lab is intended to make the students aware of the all the aspects which comes under fluid flow. The experiments include flow measurement, practical applications of the basic principles of fluid mechanics and the study of major tools used.

ENGINEERING PRACTICES LAB

Engineering practices lab is a learning arena for first year students to understand the basic engineering principles and ideas through practical exercises. The well equipped facilities in both civil and mechanical workshops provide the students with best opportunities to have hands-on training and thereby to gain engineering skills right from their first year of study.

DEPARTMENT LIBRARY

The Civil engineering department library occupies a unique place in academic and research activities of the department. It is perhaps one among the most important academic facilities provided by the Institute. The library is well equipped with around 1500 titles and 2000 volumes and maintains an excellent collection of data books, more that 20 journal subscriptions and other research documents/materials. The Library has a well equipped facility for reading.

Association

S.NO	DATE	EVENT	TOPIC	CONDUCTED BY
1	08.02.2023	SEMINAR	IMPORTANCE OF A REVIEW PAPER PUBLISHES IN RESEARCH	Dr.P.MAGUDEASWARAN ADITHYA INSTITUTE OF TECHNOLOGY
2	19.01.2023	GUEST LECTURE	PERMANENT WAY CONSTRUCTION	R.RAGAVAN, CONSULTANT ENGINEER, BANGALORE METRO
3	15.11.2022	WORKSHOP	3 15.11.2022 WORKSHOP WORKSHOP ON ADVANCED BUILDING MATERIALS J.P.GOBINATH J.P.G CONSTRUCTION,COIMBATORE	3 15.11.2022 WORKSHOP WORKSHOP ON ADVANCED BUILDING MATERIALS J.P.GOBINATH J.P.G CONSTRUCTION,COIMBATORE
4	30.09.2022	TECH AMALGAM 22	ASSOCIATION INAUGURAL FUNCTION	Er.ARUNKUMAR KRISHNASAMI DATA ARCHITECT, ACCENTURE TECHNOLOGY, BANGALORE
5	25.08.2022	SEMINAR	GREEN BUILDING WITH AI TECHNIQUES	R.UDHAYASANKAR, B.T.R CONSTRUCTION
6	24.11.2021	GUEST LECTURE	SUSTAINABLE MATERIALS IN CONSTRUCTION	S.PON VINOTH, QUALITY ENGINEER, TEAM LEAD SGS Pvt,LTD, Tiruppur
7	17.08.2019	SKEPPERS 2K19- Association inaugural function And Guest lecture	RECENT ADVANCE IN CIVIL ENGINEERING	Er. K.CHANDRASEKER CLASSIC BUILDERS,COIMBATORE

NEWSLETTER

• CIVIL NEWSLETTER 2020

Value Added Courses

S.NO	Topic	Course coordinator	Technical person	No. Of students attended	Academic year	Semester	Duration(hours)
1	STAAD Pro,AutoCADD and structural detailing	Prof.L.Periyasamy	R.UDHAYASANKAR	39	2022-2023	2,4,6,8	48 Hours
2	STAAD Pro and ETABS	Dr.V.KAVIMANI	R.UDHAYASANKAR	42	2022-2023	1,3,5,7	40 Hours

ONE DAY VISIT @NTC NAMAKKAL

Civil Engineering students are studying many subjects which are often limited to class room environment. This kind of regular studies is not sufficient to meet the current trends and industrial requirements. By considering these facts, the department has taken initiative to undergo value added courses related to the core disciplines of Civil engineering to enhance the technical knowhow of the students.

In order to strengthen the teaching learning processand to prepare the undergraduate students to meet the challenges of the global work environment, Civil Engineering department offersclose interaction with the industry to bridge the gap between the curriculum and the requirement of the industry.

Value added courses aims to provide additional learner centric graded skill oriented technical training with the primary objective of improving the employability skills of the students and also to provide an opportunity to the students to develop interdisciplinary skills.

SOME OF THE VALUE ADDED COURSES CONDUCTED SO FAR AT A GLANCE.

• Auto CADD, Archi CADD, STADD Pro
• Introduction to Revit architecture.
• Building information modelling
• Introduction to Civil Engineering softwares
• Importance of software in Civil Engineering construction
• ETABS
• Primavera and Project Management software
• Awareness on NDT methods.

Course Outcomes

• Graduating students will have an integrated knowledge of and demonstrated ability to perform as management professionals, Further; they will be prepared for continued learning throughout their career;
• Students will have the positive perspectives and skills that create productive managerial leaders;
• The Graduate program faculty will demonstrate an excellence in teaching, as well as evidence of meaningful professional and scholarly activities.

ACADEMIC YEAR 2022-2023

REGULATION 2017

SEM	SUBJECT CODE	SUBJECT NAME	COURSE OUTCOME No.	COURSE OUTCOMES
V	CE8501	DESIGN OF REINFORCED CEMENT CONCRETE ELEMENTS	CO1	Illustrate the criteria specified in various methods for designing of different types of reinforced concrete elements.
			CO2	Analyze the working stress method and use it for the design of beams and slabs
			CO3	Compute the design parameters with respect to bond, anchorage, shear and torsion
			CO4	Design of beams and slabs as per the codal guidelines
			CO5	Design of Columns and Footings by using limit state method.
V	CE8502	STRUCTURAL ANALYSIS I	CO1	Analyze continuous beams, pin-jointed indeterminate plane frames and rigid plane frames by strain energy method
			CO2	Analyse the continuous beams and rigid frames by slope defection method.
			CO3	Understand the concept of moment distribution and analysis of continuous beams and rigid frames with and without sway.
			CO4	Analyze the indeterminate pin jointed plane frames continuous beams and rigid frames using matrix flexibility method.
			CO5	Understand the concept of matrix stiffness method and analysis of continuous beams, pin jointed trusses and rigid plane frames.
V	EN8491	WATER SUPPLY ENGINEERING	CO1	Estimate the total water demand for a town/city and identify suitable sources of water and intake structures to meet the demand
			CO2	Prepare the physical, chemical and biological characteristics of water and compare it with the standards
			CO3	Select & design the conduits and pumps for the transportation of water
			CO4	Design a suitable basic and advanced treatment system for the available source of water
			CO5	Design a good water distribution system for an individual building and for a community
V	CE8591	FOUNDATION ENGINEERING	CO1	Discuss the methods of subsoil investigation, sampling techniques and bore log report preparation
			CO2	Determine the bearing capacity of the soil by interpreting the bore log data to decide the depth, type and probable settlement of foundation
			CO3	Compute the load and dimensions of various shallow foundations in normal and seismic conditions
			CO4	Estimate the load carrying capacity of pile foundation and probable settlement of pile group in granular and cohesive soil
			CO5	Verify the stability of retaining structures by evaluating the active and passive pressure of soil
V	GE8071	DISASTER MANAGEMENT	CO1	Discuss the types of disasters, causes and their impact on environment and society
			CO2	Assess vulnerability and various methods of risk reduction, Institutional framework and mitigation.
			CO3	Identify the hazard, impact of developments, Climate change associated disaster.
			CO4	Express disaster risk management by understanding Disaster Relief, GIS/Information Technology and Disaster Management Act.
			CO5	Construct Hazard Zonation map, Vulnerability Assessment, Drought Assessment, Storm Surge Assessment report and perform field works related to disaster management.
V	OAI551	ENVIRONMENT AND AGRICULTURE	CO1	Discuss the Land use and landscape changes
			CO2	Assess agricultural drainage and downstream impacts
			CO3	Identify the changing blue-green-grey water cycles
			CO4	Verify the GM crops and their impacts on Environment
			CO5	Analyse the Agricultural Environmental policies and its impaacts
V	CE8511	SOIL MECHANICS LABORATORY	CO1	Determine the index and engineering properties of soils to characterize it
			CO2	Compute the properties of soil in field and lab
			CO3	Verify the soil as cohesive or cohesionless
V	CE8512	WATER AND WASTE WATER ANALYSIS LABORATORY	CO1	Analyse the physical and chemical characteristics of water and wastewater
			CO2	Estimate the chemical dosage required for water treatment
			CO3	Analyse the biological characteristics of water and wastewater
V	CE8513	SURVEY CAMP	CO1	Compute the cross-sectional area by applying levelling concept and plot the cross-section, longitudinal sections and contours.
			CO2	Calculate the given area of site by using total station and GPS.
VI	CE8601	DESIGN OF STEEL STRUCTURAL ELEMENTS	CO1	Understand the concepts o various design philosophies asper (IS 800-2007)
			CO2	Design common bolted and welded connections for steel structures
			CO3	Design tension members and understand the effect of shear lag
			CO4	Apply the design concept of axially loaded columns and column base Connections
			CO5	Apply specific problems related to the design of laterally restrained and unrestrained steel beams.
VI	CE8602	STRUCTURAL ANALYSIS II	CO1	Draw influence lines for statically determinate structures and calculate critical stress resultants.
			CO2	Understand Muller Breslau principle and draw the influence lines for statically indeterminate beams
			CO3	Analyze of three hinged, two hinged and fixed arches.
			CO4	Analyze the suspension bridges with stiffening girders
			CO5	Understand the concept of Plastic analysis and the method of analyzing beams and rigid frames.
VI	CE8603	IRRIGATION ENGINEERING	CO1	Acquire knowledge on the the basic concepts of Irrigation such as different crop seasons and crop water requirements including estimation of evapotranspiration
			CO2	Illustrate the different types of Irrigation systems and Irrigation methods
			CO3	Understand the different types of Impounding structures and canal irrigation structures
			CO4	Apply the concepts of canal irrigation systems including regulating and cross drainage works and design a canal irrigation system
			CO5	Comprehend the importance of water management in irrigation sector and importance of water optimization
VI	CE8604	HIGHWAY ENGINEERING	CO1	Summarize the concepts of highway planning and alignment
			CO2	Compute the geometric elements of highway
			CO3	Design the flexible and rigid pavements
			CO4	Discuss the significance of different highway materials and various construction practices
			CO5	Illustrate the different highway pavement failures and their maintenance activities
VI	EN8592	WASTEWATER ENGINEERING	CO1	Identify sources, effects, characteristics and composition of waste water & suitable pumps and plumbing systems
			CO2	Estimate the sanitary sewage flow & storm runoff and design the sanitary and storm sewers
			CO3	Design and draw various onsite and offsite primary sewage treatment Processes
			CO4	Design and draw various secondary and advanced treatment units of Sewage
			CO5	Explain various methods of sewage and sludge disposal
VI	CE8001	GROUND IMPROVEMENT TECHNIQUES	CO1	Choosethe appropriate methodsofgroundimprovement techniques for a particular type of soil.
			CO2	Understand dewatering techniques and design for simple cases
			CO3	Demonstrate various insitu treatment of cohesionless and cohesive Soils
			CO4	Apply the concept of earth reinforcement for ground improvement and design of reinforced earth.
			CO5	Explain the various types of grouts and grouting technique
VI	CE8611	HIGHWAY ENGINEERING LABORATORY	CO1	Evaluate the properties of aggregates for highways
			CO2	Analyze the properties of bitumen for highways
			CO3	Investigate the properties of bituminous mixes
VI	CE8612	IRRIGATION AND ENVIRONMENTAL ENGINEERING DRAWING	CO1	Design and draw various Irrigation structures
			CO2	Design various components of water and sewage treatment plant
VI	HS8581	PROFESSIONAL COMMUNICATION	CO1	Demonstrate effective use of teamwork skills to complete communication Tasks
			CO2	Use rhetorical strategies to produce persuasive research reports and Presentations
VII	CE8701	ESTIMATION, COSTING AND VALUATION ENGINEERING	CO1	Estimate the quantities and cost for buildings
			CO2	Analyse the rate for all items of building works, canals, and Roads
			CO3	Understand types of specifications, principles for report preparation, tender notices types
			CO4	Obtain knowledge on types of contracts
			CO5	Evaluate valuation for building and land.
VII	CE8702	RAILWAYS, AIRPORTS, DOCKS AND HARBOURENGINEERING	CO1	Explain the importance of railway infrastructure planning and design
			CO2	Describe the process of construction and maintenance of railway track and associated amenities
			CO3	Discuss the importance of airport planning and airport zones
			CO4	Design the geometric elements of runways and taxiways
			CO5	Illustrate the planning and design concepts of harbor structures
VII	CE8703	STRUCTURAL DESIGN AND DRAWING	CO1	Design and draw reinforced concrete Cantilever and Counterfort Retaining Walls
			CO2	Illustrate the design and reinforced details of flat slab, concrete and steel bridges as per code provisions
			CO3	Outline the design and detail of liquid storage structures
			CO4	Design and draft the steel structures
			CO5	Design and detail the various steel trusses and gantry girders
VII	EN8591	MUNICIPAL SOLID WASTE MANAGEMENT	CO1	Summarize the nature and characteristics of Municipal solid wastes and the regulatory requirements regarding Municipal solid waste Management
			CO2	Assess the Reduction, Reuse and Recycle the wastes
			CO3	Design the System for storage,collection,Transport,Processing and disposal of Municipal solid waste management
			CO4	Discuss the issues on solidwaste management from an integrated and holistic perspective as well as local and International context
			CO5	Construct the sanitary Landfill
VII	OEN751	GREEN BUILDING DESIGN	CO1	Describe the fundamental concepts of emission, environmental implications and embodied energy in building materials
			CO2	Relate the concepts of building technologies and its implications
			CO3	Compare the thermal comfort and heat transfer characteristics in building materials
			CO4	Summarize the solar passive cooling and heating of buildings with case studies
			CO5	Discuss the energy and water conservation and predict a way to manage solid waste, sullage water and sewage
VII	CE8711	CREATIVE AND INNOVATIVE PROJECT	CO1	Formulate a real world problem, identify the requirements and develop the design solutions.
			CO2	Express the technical ideas, strategies and methodologies.
			CO3	Utilize the new tools (software), algorithms (computer code), techniques (design/fabrication) that contribute to obtain the solution of the project.
			CO4	Demonstrate the novelty of the project by means of testing and validate through conformance of the developed prototype and analyse the cost effectiveness.
			CO5	Prepare reports and present the oral demonstrations.
VII	CE8712	INDUSTRIAL TRAINING	CO1	Express the intricacies of implementation textbook knowledge into practice
			CO2	Recognize the concepts of developments and implementation of new techniques.
VIII	GE8076	PROFESSIONAL ETHICS IN ENGINEERING	CO1	Describe human values and engineering ethics
			CO2	Apply the ethical theories to solve ethical issues.
			CO3	Explain the code of ethics used in social experiments
			CO4	Explain safety and risk assessment methods, IPR, professional rights and employee rights.
			CO5	Apply ethical principles to solve global issues
VIII	CE8020	MAINTENANCE, REPAIR AND REHABILITATION OF STRUCTURES	CO1	Illustrate the maintenance and repair strategies of structures
			CO2	Explain the causes of deterioration in concrete structures
			CO3	Describe the properties, quality assurance and the thermal effects on Concrete
			CO4	Select suitable type of special concrete for repair of structures
			CO5	Identify the properties of concrete by using Non destructive testing methods
			CO6	Apply appropriatetechniques for repair demolition and strengthening of structures and also corrosion protection for steel reinforcement
VIII	CE8811	PROJECT WORK	CO1	Analyze and determine the solution for any challenging practical problems or a new research area
			CO2	Develop and Formulate proper methodologies and strategies for any kind of problems arising in the field of study

ACADEMIC YEAR 2022-2023 REGULATION 2017

SEM	SUBJECT CODE	SUBJECT NAME	COURSE OUTCOME No.	COURSE OUTCOMES
III	MA3351	TRANSFORMS AND PARTIAL DIFFERENTIAL EQUATIONS	CO1	Understand how to solve the given standard partial differential equations.
			CO2	Solve differential equations using Fourier series analysis which plays a vital role in engineeringapplications.
			CO3	Appreciate the physical significance of Fourier series techniques in solving one and two dimensional heat flow problems and one dimensional wave equations.
			CO4	Understand the mathematical principles on transforms and partial differential equations would,provide them the ability to formulate and solve some of the physical problems of engineering.
			CO5	Use the effective mathematical tools for the solutions of partial differential equations by using Z transform techniques for discrete time systems.
III	ME3351	ENGINEERING MECHANICS	CO1	Illustrate the vectorial and scalar representation of forces and moments
			CO2	Analyse the rigid body in equilibrium
			CO3	Evaluate the properties of distributed forces
			CO4	Determine the friction and the effects by the laws of friction
			CO5	Calculate dynamic forces exerted in rigid body
III	CE3301	FLUID MECHANICS	CO1	Demonstrate the difference between solid and fluid, its properties and behaviour in static conditions.
			CO2	Apply the conservation laws applicable to fluids and its application through fluid kinematics and dynamics.
			CO3	Formulate the relationship among the parameters involved in the given fluid phenomenon and to predict the performance of prototypes by model studies.
			CO4	Estimate the losses in pipelines for both laminar and turbulent conditions and analysis of pipes connected in series and parallel.
			CO5	Explain the concept of boundary layer and its application to find the drag force excreted by the fluid on the flat solid surface.
III	CE3302	CONSTRUCTION MATERIALS AND TECHNOLOGY	CO1	Identify the good quality brick, stone and blocks for construction.
			CO2	Recognize the market forms of timber, steel, aluminum and applications of various composite materials.
			CO3	Identify the best construction and service practices such as thermal insulations and air conditioning of the building
			CO4	Select various equipments for construction works conditioning of building
			CO5	Understand the construction planning and scheduling techniques
III	CE3303	WATER SUPPLY AND WASTE WATER ENGINEERING	CO1	Understand the various components of water supply scheme and design of intake structure and conveyance system for water transmission
			CO2	Understand on the characteristics and composition of sewage, ability to estimate sewage generation and design sewer system including sewage pumping stations
			CO3	Understand the process of conventional treatment and design of water and wastewater treatment system and gain knowledge of selection of treatment process and biological treatment process
			CO4	Ability to design and evaluate water distribution system and water supply in buildings and understand the self-purification of streams and sludge and septage disposal methods.
			CO5	Able to understand and design the various advanced treatment system and knowledge about the recent advances in water and wastewater treatment process and reuse of sewagewater and wastewater treatment process and reuse of sewage
III	CE3351	SURVEYING AND LEVELLING	CO1	Introduce the rudiments of various surveying and its principles.
			CO2	Imparts knowledge in computation of levels of terrain and ground features
			CO3	Imparts concepts of Theodolite Surveying for complex surveying operations
			CO4	Understand the procedure for establishing horizontal and vertical control
			CO5	Imparts the knowledge on modern surveying instruments
III	CE3361	SURVEYING AND LEVELLING LABORATORY	CO1	Impart knowledge on the usage of basic surveying instruments like chain/tape, compass and levelling instruments
			CO2	Able to use levelling instrument for surveying operations
			CO3	Able to use theodolite for various surveying operations
			CO4	Able to carry out necessary surveys for social infrastructures
			CO5	Able to prepare planimetric maps
III	CE3311	WATER AND WASTEWATER ANALYSIS LABORATORY	CO1	Calibrate and standardize the equipment
			CO2	Collect proper sample for analysis
			CO3	To know the sample preservation methods
			CO4	To perform field oriented testing of water, wastewater
			CO5	To perform coliform analysis
III	GE3361	PROFESSIONAL DEVELOPMENT	CO1	Use MS Word to create quality documents, by structuring and organizing content for their day to day technical and academic requirements
			CO2	Use MS EXCEL to perform data operations and analytics, record, retrieve data as per requirements and visualize data for ease of understanding
			CO3	Use MS PowerPoint to create high quality academic presentations by including common tables, charts, graphs, interlinking other elements, and using media objects
IV	CE3401	APPLIED HYDRAULICS ENGINEERING	CO1	Describe the basics of open channel flow, its classification and analysis of uniform flow in steady state conditions with specific energy concept and its application
			CO2	Analyse 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.
			CO3	Derive 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
			CO4	Design turbines and explain the working principle
			CO5	Differentiate pumps and explain the working principle with characteristic curves and design centrifugal and reciprocating pumps
IV	CE3402	STRENGTH OF MATERIALS	CO1	Understand the concepts of stress and strain, principal stresses and principal planes.
			CO2	Determine Shear force and bending moment in beams and understand concept of theory of simple bending.
			CO3	Calculate the deflection of beams by different methods and selection of method for determining slope or deflection
			CO4	Analyze propped cantilever, fixed beams and continuous beams for external loadings and support settlements.
			CO5	Determine the stresses due to Unsymmetrical bending of beams, locate the shear center, andstudy the various theories of failure
IV	CE3403	CONCRETE TECHNOLOGY	CO1	Understand the requirements of cement, aggregates and water for concrete
			CO2	Select suitable admixtures for enhancing the properties of concrete
			CO3	Design concrete mixes as per IS method of mix design
			CO4	Determine the properties of concrete at fresh and hardened state.
			CO5	Know the importance of special concretes for specific requirements.
IV	CE3404	SOIL MECHANICS	CO1	Demonstrate an ability to identify various types of soils and its properties, formulate and solve engineering Problems
			CO2	Show the basic understanding of flow through soil medium and its impact of engineering solution
			CO3	Understand the basic concept of stress distribution in loaded soil medium and soil settlement due to consolidation
			CO4	Show the understanding of shear strength of soils and its impact of engineering solutions to the loaded soil medium and also will be aware of contemporary issues on shear strength of soils.
			CO5	Demonstrate an ability to design both finite and infinite slopes, component and process as per needs and specifications
IV	CE3405	HIGHWAY AND RAILWAY ENGINEERING	CO1	Plan a highway according to the principles and standards adopted in various institutions in India.
			CO2	Design the geometric features of road network and components of pavement.
			CO3	Test the highway materials and construction practice methods and know its properties and able to perform pavement evaluation and management
			CO4	Understand the methods of route alignment and design elements in railway planning and constructions.
			CO5	Understand the construction techniques and maintenance of track laying and railway stations
IV	GE3451	ENVIRONMENTAL SCIENCES AND SUSTAINABILITY	CO1	To recognize and understand the functions of environment, ecosystems and biodiversity and their conservation
			CO2	To identify the causes, effects of environmental pollution and natural disasters and contribute to the preventive measures in the society.
			CO3	To identify and apply the understanding of renewable and non-renewable resources and contribute to the sustainable measures to preserve them for future generations
			CO4	To recognize the different goals of sustainable development and apply them for suitable technological advancement and societal development.
			CO5	To demonstrate the knowledge of sustainability practices and identify green materials, energy,cycles and the role of sustainable urbanization.
IV	CE3411	HYDRAULIC ENGINEERING LABORATORY	CO1	Apply Bernoulli equation for calibration of flow measuring devices.
			CO2	Measure friction factor in pipes and compare with Moody diagram
			CO3	Determine the performance characteristics of rotodynamic pumps.
			CO4	Determine the performance characteristics of positive displacement pumps.
			CO5	Determine the performance characteristics of turbines.
IV	CE3412	MATERIALS TESTING LABORATORY	CO1	Determine the mechanical properties of steel.
			CO2	Determine the physical properties of cement
			CO3	Determine the physical properties of fine and coarse aggregate.
			CO4	Determine the workability and compressive strength of concrete
			CO5	Determine the strength of brick and wood.
IV	CE3413	SOIL MECHANICS LABORATORY	CO1	Conduct tests to determine the index properties of soils
			CO2	Determine the insitu density and compaction characteristics.
			CO3	Conduct tests to determine the compressibility, permeability and shear strength of soils.
			CO4	Understand the various tests on Geosynthetics

ME STRUCTURAL ENGINEERING

ACADEMIC YEAR 2022-2023

REGULATION 2021

SEM	SUBJECT CODE	SUBJECT NAME	COURSE OUTCOME No.	COURSE OUTCOMES
I	MA4153	Advanced Mathematical Methods	CO1	Application of Laplace and Fourier transforms to initial value, initial–boundary value and boundary value problems in Partial Differential Equations.
			CO2	Maximizing and minimizing the functional that occur in various branches of Engineering Disciplines.
			CO3	Construct conformal mappings between various domains and use of conformal mapping in studying problems in physics and engineering particularly to fluid flow and heat flow problems.
			CO4	Understand tensor algebra and its applications in applied sciences and engineering and develops ability to solve mathematical problems involving tensors.
			CO5	Competently use tensor analysis as a tool in the field of applied sciences and related fields.
I	ST4101	Theory of Elasticity and Plasticity	CO1	Derive and write the fundamental equations of elasticity describing the linear behavior of elements and develop constitutive models based on material behavior
			CO2	Demonstrate the application of plane stress and plane strain in a given situation in both cartesian and polar coordinate systems
			CO3	Solve torsion problems in circular and non-circular cross-sections
			CO4	Analyse beams resting on elastic foundations
			CO5	Solve analytically the simple boundary value problems with elasto-plastic and strain hardening properties
I	ST4102	Structural Dynamics and Earthquake Engineering	CO1	Do vibration analysis of system/structures with a single degree of freedom and can explain the method of damping the systems
			CO2	Do the dynamic analysis of system/structures with Multi degrees of freedom under free and forced vibration
			CO3	Derive a mathematical model of a continuous system and do a dynamic analysis under free and forced vibration
			CO4	Explain the causes and effects of an earthquake
			CO5	Design masonry and RC structures for the earthquake forces as per their commendations of IS codes of practice
I	RM4151	Research Methodology and IPR	CO1	Understand the research problem and research process.
			CO2	Understand research ethics .
			CO3	Prepare a well-structured research paper and scientific presentations
			CO4	Explore on various IPR components and process of filing.
			CO5	Understand the adequate knowledge on patent and rights
I	ST4004	Prefabricated Structures	CO1	At the end of this course student will have god knowledge about the prefabricated elements and the technologies used in fabrication and erection.
			CO2	They will be in a position to design floors, stairs, roofs, walls and industrial buildings, and various joints for the connections.
			CO3	Discuss the usage of prefabricated structures in modern construction.
			CO4	Create a panel and framed buildings with their connections of prefabricated RC structures
			CO5	Construct a prefabricated structural components for industrial buildings.
I	ST4161	Advanced Construction Engineering and Experimental Techniques Laboratory	CO1	Do the mix proportion using IS and ACI codal provisions.
			CO2	Test the concrete in a non-destructive manner using rebound hammer.
			CO3	Know the permeability characteristics of concrete.
			CO4	Observe the effect of mineral and chemical admixture in concrete.
			CO5	Study the flow characteristics of self-compacting concrete
I	ST4111	Technical Seminar	CO1	Identify the latest developments in the field of Structural Engineering
			CO2	Acquire technical writing abilities for seminars, conferences and journal publications
			CO3	Use modern tools to present the technical details
			CO4	Conduct brainstorming sessions on technical concepts
			CO5	Gain insight on upcoming trends in Structural Engineering
II	ST4201	Advanced Steel Structures	CO1	Design the steel members such as purlins, gable wind girders subjected to combined forces
			CO2	Explain and design different types of steel connections such as welded and bolted flexible as well as moment resisting connections
			CO3	Analyze and design industrial structures such as trusses and portal frames subjected to wind and seismic forces
			CO4	Explain the effect of axial force and shear force on steel structures and analyse continuous beams and frames using plastic theory
			CO5	Evaluate the behaviour and design of compression and flexural Cold-formed Steel members
II	ST4202	Advanced Concrete Structures	CO1	Explain the structural behaviour of flexural members and columns
			CO2	Design the compression members and construct interaction diagrams
			CO3	Design the special elements like corbels, deep beams and grid floors
			CO4	Design flat slab and spandrel beams
			CO5	Predict the moment curvature behavior and design and detail concrete elements based on ductility
II	ST4203	Finite Element Analysis in Structural Engineering	CO1	Formulate a finite element problem using basic mathematical principles
			CO2	Explain the various types of elements and select the appropriate element for modelling
			CO3	Analyse a frame using truss element
			CO4	Formulate and analyse the two- and three-dimensional solid finite element problems
			CO5	Analyse shells, thick and thin plates and explain the dynamic analysis using FEM
II	CN4071	Advanced Concrete Technology	CO1	Discuss about concrete ingredients and its influence on gaining strength
			CO2	Determine the properties of fresh and hardened of concrete
			CO3	Design the concrete mix using ACI and IS code methods
			CO4	Provide solutions related with concrete and concreting problems.
II	ST4073	Maintenance, Repair and Rehabilitation of Structures	CO1	At the end of this course students will be in a position to point out the causes of distress in concrete, masonry and steel structures and also they will be able to suggest the remedial measures.
			CO2	Conduct systematic condition assessment of damaged structures using conventional and non-destructive testing methods.
			CO3	Suggest suitable materials for repair based on damage level, deterioration mechanism and durability requirements of the distressed structures.
			CO4	Recommend repair techniques for rehabilitation of damaged structural elements based on deterioration level, serviceability and durability requirements.
			CO5	Specify rehabilitation procedure for fire affected, corrosion affected and other structurally distressed members and engineered demolition techniques.
II	ST4211	Numerical and Finite Element Analysis Laboratory	CO1	Thorough knowledge to handle FE software
			CO2	Dynamic analysis of frames
			CO3	Analysis of thin and thick plates
			CO4	Stability Analysis
			CO5	Learn to use MATLAB and import MATLAB codes for FE Modeling
II	ST4212	Structural Design Studio	CO1	Understand the requirements of a structure and model it accordingly using computer software
			CO2	Analyze the structure for various loads and load combinations according to the relevant IS codes
			CO3	Design and detail structures using computer software/tools and check the correctness using manual approximate methods
			CO4	Prepare the complete structural drawings using computer software
			CO5	Observe the flow of forces in a structure and its response to it.
III	ST4013	Structural Health Monitoring	CO1	Able to understand the fundamentals of maintenance and repair strategies
			CO2	Able to diagnose for serviceability and durability aspects of concrete and know the materials and techniques used for repair of structures
			CO3	Able to decide the appropriate repair, strengthening, rehabilitation and retrofitting technique required for a case study building.
			CO4	Able to use an appropriate health monitoring technique and demolition technique.
III	ST4091	Design of Bridge Structures	CO1	Able to calculate design loads for bridges.
			CO2	Able to design RC and Pre-stressed Concrete Slab Bridges.
			CO3	Able to design RC and Pre-stressed Concrete Girder Bridges
			CO4	Able to analyze Box-Girder Bridges, Arch Bridges, Suspension and Cable Stayed Bridges.
III	CX4016	Environmental Sustainability	CO1	Students will be able to define sustainability and identify major sustainability challenges.
			CO2	Students will have an understanding of the carrying capacity of ecosystems as related to providing for human needs.
			CO3	Students will be able to apply concepts of sustainable development to address sustainability challenges in a global context.
			CO4	Students will be able to demonstrate an understanding of the nature of systems.
			CO5	Students will have an understanding of their social responsibility as future professionals and citizens.
III	ST4311	Practical Training (4 Weeks)	CO1	At the end of the course the students will have a clear idea of his/her area of work and they are in a position to carry out the remaining phase II work in a systematic way.
			CO2	Students are trained to face the delegates during their project presentation.
			CO3	Students will be trained to conduct research work on various materials used in structures.
			CO4	Students will have knowledge in design and analysis using various software.
			CO5	Able to handle the work individually.
III	ST4312	Project Work I	CO1	Students will be in a position to take up any challenging practical problem and find better solutions.
			CO2	Students are trained to face the delegates during their project presentation.
			CO3	Students will be trained to conduct research work on various materials used in structures
			CO4	Students will have knowledge in design and analysis using various software.
			CO5	Students will be able to handle the work individually.
IV	ST4411	Project Work II	CO1	Students will be in a position to take up any challenging practical problem and find better solutions.
			CO2	Students are trained to face the delegates during their project presentation.
			CO3	Students will be trained to conduct research work on various materials used in structures
			CO4	Students will have knowledge in design and analysis using various software.
			CO5	Students will be able to handle the work individually.