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Civil Engineering

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Introduction

The Department of Civil Engineering was established in the year 2014. It offers an under graduate course with an intake of 120 students.Our main objective is to be the centre of excellence for the development and dissemination of knowledge in Structural Engineering, Construction Engineering and Management, Water Resources and Management, Transportation, Environmental Engineering, Urban Engineering, Geotechnical Engineering, Remote sensing, GIS and its applications. The Department has highly sophisticated infrastructure and well equipped with state- of- the art laboratory facilities for imparting high quality education and to meet the present day needs of the Civil Engineering field.The department has well experienced and highly qualified faculty members who strive consistently to excel their skills in both academic and research areas. Our faculty members are regularly presenting papers in national and international conferences and publishing their technical papers in reputed journals.The department actively promotes curriculum development activities by updating existing courses, developing new courses and preparing resource materials for teaching learning process. Our department is also very active in conducting conferences, workshops, seminars, short term training programmes and visits to industries, construction sites and environmental field. Industrial visits are arranged regularly to impart technical education to the students more effectively and bridge the gap between industries and institute. Wi-Fi enabled internet facilities are available in the department. Students are motivated to do mini projects to improve their practical knowledge. Students are also encouraged to undergo internship training under fast track scheme to improve their placement prospects. Soft skills training programmes are offered to the students bythe Training and Placement cell to enhance their communication and general aptitude skills. Higher education cell of our department is effectively functioning to identify the students who are seeking PG admissions and provide proper guidance to crack GATE and TANCET examinations.

Vission

To be technical department of high standard and quality comparable to Global Excellence and Intelligence. We produce quality Civil engineers, researchers and entrepreneurs as professional of wisdom with ethical and moral values to the society.

Mission

  • To produce smart civil engineers with basic knowledge on science and engineering to compete the global challenges
  • To inculcate moral and ethical values among the students.
  • To encourage students to pursue higher education and take competitive exams and various career enhancing courses .
  • To promote quality education, research and consultancy for industrial and society needs.
  • To establish centres of excellence in emerging areas of research.

Programme’s PEO’s,

  • PEO-1: To provide the students with a strong foundation in the basic Sciences and Mathematics that will enable them to identify and solve real time problems in Civil engineering for Industries and Research activities. [Fundamentals].
  • PEO-2: To provide broad knowledge in Civil engineering and students shall be able to apply their knowledge in the relevant areas. [Core Competence]
  • PEO-3: To provide opportunity for students to work as part of teams on multidisciplinary projects. Students shall have relevant engineering design experience so that they shall understand the relationship between theory and practice for Core Subjects. [Multidisciplinary Competence]
  • PEO-4: Graduates shall possess communication skills to convey and receive the problems and their solutions while working in teams and to become an effective leader. [Communication]
  • PEO-5: To promote student awareness of life-long learning and to develop them as Professionals with Ethics. It also strives to make them responsible citizens to promote progress of industrial growth and societal transformation. [Ethics].

Programme’s PSO’s,

  • 1:Competence in Civil Engineering: Educating students with fundamental mathematical, scientific, and engineering knowledge to have a significant and positive long-term impact on the field of civil engineering.
  • 2:Usage of Cutting Edge Technology: Inspiring students and preparing them for successful professional careers using appropriate techniques, resources and modern attitudes and modeling to complex engineering activities and research.
  • 3:Ability to Coordinate and communicate in groups: Emphasizing the importance of working in a team effectively and to communicate properly within the team to achieve the desired outcome.
  • 4:Continuous improvement: Motivate students in learning to learn and the ability to keep learning for a lifetime to increase their professionalism, update and deepen their knowledge through the development of the profession.

Programme’s PO’s,

  • Engineering knowledge: Apply the knowledge of mathematics, science, engineering fundamentals and an engineering specialization to the solution of complex engineering problems
  • Problem analysis: Identify, formulate, review research literature, and analyze complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences and engineering sciences.
  • Design/development of solutions: Design solutions for complex engineering problems and design system components or processes that meet the specified needs with appropriate consideration for the public health and safety, and the cultural, societal and environmental considerations.
  • Conduct investigations of complex problems: Use research-based knowledge and research methods including design of experiments, analysis and interpretation of data and synthesis of the information to provide valid conclusions.
  • Modern tool usage: Create, select, and apply appropriate techniques, resources, and modern engineering and IT tools including prediction and modeling to complex engineering activities with an understanding of the limitations.
  • The engineer and society: Apply reasoning informed by the contextual knowledge to assess societal, health, safety, legal and cultural issues and the consequent responsibilities relevant to the professional engineering practice.
  • Environment and sustainability: Understand the impact of the professional engineering solutions in societal and environmental contexts, and demonstrate the knowledge of, and need for sustainable development.
  • Ethics: Apply ethical principles and commit to professional ethics and responsibilities and norms of the engineering practice.
  • Individual and team work: Function effectively as an individual and as a member or leader in diverse teams, and in multidisciplinary settings.
  • Communication: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
  • Project management and finance: Demonstrate knowledge and understanding of the engineering and management principles and apply these to one’s own work, as a member and leader in a team, to manage projects and in multidisciplinary environments.
  • Life-long learning: Recognize the need for, and have the preparation and ability to engage in independent and life-long learning in the broadest context of technological change

Curriculum UG

SEMESTER I

HS8151Communicative English
MA8151Engineering Mathematics - I
PH8151Engineering Physics
CY8151Engineering Chemistry
GE8151Problem Solving and Python Programming
GE8152Engineering Graphics
GE8161Problem Solving and Python Programming Laboratory Laboratory
BS8161Physics and Chemistry Laboratory

SEMESTER II

SEMESTER III

SEMESTER IV

SEMESTER V

SEMESTER VI

SEMESTER VII

SEMESTER VIII

PROFESSIONAL ELECTIVE I

PROFESSIONAL ELECTIVE II

PROFESSIONAL ELECTIVE III

PROFESSIONAL ELECTIVE IV

PROFESSIONAL ELECTIVE V

OPEN ELECTIVE I

OPEN ELECTIVE II

Curriculum PG Construction Engineering Management

SEMESTER I

SEMESTER II

SEMESTER III

Professional Electives (PE)

Curriculum PG-Environmental Engineering Management

SEMESTER I

SEMESTER II

SEMESTER III

ELECTIVE IV

ELECTIVE I II & III

ELECTIVE IV & V

Laboratory Facility

1

Hydraulics Laboratory

2

Soil Mechanics Laboratory

3

Strength of Materials Laboratory

4

Survey Laboratory

5

Computer Aided Building and Drawing Laboratory

6

Concrete & Highway Engineering Laboratory

7

Environmental Engineering Laboratory

Projects

S.No Topic Student Name Guidance Description
1 Recognition and localization system of the robot for Recognition and localization system of the robot for ABINAYA G
ABINAYA J
AISHWARYA G
KEERTHANA R
Dr.R.UMAMAHESWARI This project is used to pick the Jasmine flowers from the agricultural land and it saves the time, man power and money of the farmers
2 Low cost soil diagnostics system using IoT ABISHEK M
CHANDHRU M
JEYAKUMAR M
MURUGAN K
MR.P.MURUGAN,AP/CSE Project Allow farmers to collect data about rainfall, temperature, and other metrics over time to track trends and predict irrigation needs
3 Electric energy harvesting using IoT ANJANA A
BAKAYALAKSHMI K
LUBNA A M
MENAKHA J
MR.M.S.SABARI,AP/CSE It capturing energy from one or more renewable energy sources and converting them into usable electrical energy
4 Electric energy harvesting using IoT ARAVINTHAN V
JEEVANANDAN S
PALPANDI K
POOVARASAN P M
MR.M.S.SABARI,AP/CSE It capturing energy from one or more renewable energy sources and converting them into usable electrical energy
5 Automatic water level monitoring, distribution and management system using IoT ARUNKUMAR K
DEEPAK S
ELAVARASAN P M
GABRIEL K
MR.S.GOPINATH,AP/CSE This project is mainly developed to design and develop a low cost reliable and efficient technique to improve water distribution in the community
6 Smart assistance navigation for detecting and notifying objects using IOT BASKAR P
ELANGOVAN S
GUNASEKARAN P
KUMAR R
MS.N.SUBHA,AP/CSE This project used to identify This project used to identify
7 Advanced alert security system for agricultural crops from animals DAYANA M
GOKILA G
GOWSALYA P
MR.K.GOBINATHAN,AP/CSE It detects the movement of the animal and gives an alert to farmers and forest department immediately
8 Ingenious tram invoice system using RFID DAYANA M
GOKILA G
GOWSALYA P
MS.J.JAYARANJANI,AP/CSE This system Improve the quality of services provided by retailers and to augment the consumer value thus allow saving time and money
9 Smart farming by implementing the agribot to sprinkle the grains DEEPIKA M
GAYATHRI A
KEERTHANA A
KAVIYA S
DR.R.C.KARPAGALAKSHMI,AP/CSE In IoT-based smart farming, a system is built for monitoring the crop field with the help of sensors (light, humidity, temperature, soil moisture, etc.) and automating the irrigation system
10 Applying data mining techniques in cyber crimes DINESH S
MAGENDERAN V
MR.S.MUTHURAJ,AP/CSE We have applied the data mining techniques for identifying the Denial of Service attack in public and army field
11 Network security protection by creating a trap in the network KALAISELVAN P
KRISHNA S
MURUGESAN V
MR.S.SURESHU,AP/CSE This project allows attackers to exploit vulnerabilities so you can study them to improve your security policies
12 Illusion pin for shoulder surfing attack GOMATHISHANKAR G
HARIKRISHNAN V
KARTHIKEYAN G
KARTHIKEYAN N
MR.A.GOPALAKRISHNAN,AP/CSE This method is used to restrict the shoulder surfing attack from unauthorized person
13 Enhancement of stock analysis & attendance entry for hostel mess management system HIMANSHU KUMAR
MRITYUNJAY KUMAR
MS.S.LALITHA,AP/CSE The Application of this system is Maintain availability of hostel food materials whenever and wherever required in optimal quantity also minimize the ineffective stock of hostels
14 Child monitoring system using android with IOT INDUJA S
JAYASREE R
JEEVITHA T
MS.R.ARCHANADEVI,AP/CSE This Project is tracking the children, the android based solution is provided to parents. Parent’s track their children in real time of the location tracker by GSM
15 IMPLEMENTATION OF AUTOMATED LOW COST DATA WAREHOUSE FOR PRESERVING AND MONITORING VEGETABLES AND FRUITS NAVEENKUMAR A
VIGNESH R
YOGARAJ M
BHARATH KUMAR S
Dr R C Karpagalakshmi,Professor/CSE This project is used to preserve the vegetables and fruits over period by effective monitoring Using IoT and Marketing the products to public by farmers in rural areas. Also the wasted products will be converted as manures
16 RECOGNITION AND LOCALIZATION SYSTEM OF THE ROBOT FOR HARVESTING GENUS NERIUM NAVEENKUMAR A
SATHEESH P
SENTHILRAJA G
THIRUPPATHI B
R.UMAMAHESHWARI,HOD/CSE This project is very much useful to to automate the work of Genus Nerium flower picking by image recognition.
17 UTILIZATION OF NETWORKING TECHNOLOGY IN HEALTH INDUSTRY NAVIYA S
PRIYADHARSHINI R
RAMANAPRIYA P
UMARANI C
S.SURESHU, AP/CSE The project is used to computerize the entire work of hospital with the help of networking technology like registration of patients, storing their details into the system, computerized billing in the pharmacy and labs
18 COMPUTER PARTS FORECASTING AND SELECTIVE MAINTENANCE SYSTEM RAGAVI R
NETHARA DEVI K
PREETHI K
PRIYANKA S
R.ARCHANADEVI,AP/CSE This project presents the implementation of lab maintenance reports based on stock details and fault detection and work done report. This system provides a better interactive information environment and promotes an effectiveness
19 TRAFFIC ANALYSIS ATTACK FOR IDENTIFYING USER'S ONLINE ACTIVITIES NANDHINI S
POOJA M
VINODHINI M
SANTHIYA S
S.GOBINATH,AP/CSE This Project enables us to detect and prevent a wide range of threats in online activities. It also used to analyze the traffic attack
20 DISEASES ANALYZER FROM SYMPTOMS PRABAHARAN M
SHIJO MON T
VIJAY PRABAKARAN K
SANKAR P
DISEASES ANALYZER FROM SYMPTOMS. A novel framework is proposed for retrieving the most relevant information of patients from multiple data sources Using Pattern Matching Algorithm like the laboratory test data and basic information of patients, a set of experiments of different multi-label learning methods. It recommends the top N diseases to the physicians
21 DETECTING PRODUCT REVIEW BASED ON COMPLAINTS USING SVM CLASSIFICATION RAJALAKSHMI N
SHREETHA N
SANGEETHA M
SOWNTHARYA N
A.GOPALAKRISHNAN,AP/CSE This project developed the system for fraud ranking and fraud review detection using SVM Classification algorithm. And it recommend the best Product based on the user opinions and provide solutions
22 DEVELOPING AND PROVIDING A ROUTE MAP FOR AN ORGANIZATION USING THE WIRELESS TECHNIQUES RAJESWARI N
SUMITHRA S
SUJITHA R
VANITHA S
S.MUTHURAJ, AP/CSE A route map can provide with open wi-fi by setup a network SSID and to protect wireless network. Network security keys encrypted with WPA2 are more secure. This project can be implemented for the places where it is difficult to implement the GPS Navigation Systems
23 CHATBOT FOR HELPING PEOPLE TO FIND THE BUS ROUTES AND DETAILS USING AI SAKTHIVEL R
VINOTH KUMAR R
VIJAYARAM B
J.GAYATHRI, AP/CSE This Project provide the design of a chatbot, which provides a genuine and accurate answer for any query using Artificial Intelligence Markup Language (AIML) and Latent Semantic Analysis (LSA) with python platform
24 REVIEWING AND MODELING OF SEED SOWING MULTIPURPOSE ROBOT TOWARDS SMART FARMING SIVA C K.GOBINATHAN, AP/CSE This project strives to develop a robot that capable of performing operations like automatic excavation, seeds dispensing and irrigate
25 DEVELOPING AN ANDROID APPLICATION FOR RETRIEVING A LOW COST PRODUCT FROM THE NEARBY GEOGRAPHICAL AREA SUPERMARKET USING DATA MINING SATHYA B
SUGANTHI P
TAMILARASI S
S.LALITHA, AP/CSE This project is used to retrieve the low cost product from near by supermarket as android application using data mining
26 DEVELOPMENT OF ENHANCED SECURITY SYSTEM FOR SMART HOME AUTOMATION USING IOT SHUBHAM TRIPATHI
SUNNY KUMAR
SUNNY KUMAR PRASAD
VIKRAM KUMAR RAJ
T.M.SIVANESAN, AP/CSE. This project used to enhance and automate the home security using IoT. The main advantage of such a system includes the ease of setting up, lower costs and low maintenance
27 DESIGN AND IMPLEMENTATION OF WEEDING ROBOT FOR ORGANIC FARMING SUMAIYA S
SOWMIYA K
SUBASHINI P
Dr. K.CHANDRAMOHAN ,PROF & VP This Project helps to automate the work of farmers to remove the weeds. It helps to decrease labors cost and time and increase the yield
28 Secure auditing based data sharing withclassified information data hiding for cloud storage BABYSHALINI D
DURGA M
KEERTHIKA R
MALARKODI A
Dr. R.C.Karpagalakshmi, Professor/CSE" This system builds and maintains a local data centre for hosting IT services would inevitably increase the cost of healthcare services
29 Crypto based trust management for insider attacks in healthcare system DEEPIKA SRILAXMI G V
ARCHANA L
DHIVYA S
GOWSALYA J
Dr.K.Chandramohan, Vice Principal & Professor/CSE This project is mainly used to protect the information from insider threats in healthcare system by using Public Key Infrastructure (PKI) and certificate authority (CA) with Diffie-Hellman algorithm
30 Automatic Identification of legitimate users in indoor environments by non-intrusive WiFi KOKILA C
MALATHI V
MOHANASRI S
Mrs.P.Sathyasutha, AP/CSE This project is mainly used to identify mobile devices of legitimate WiFi user with Watch dog algorithm to find the de-authentication frames in WiFi network
31 Privacy preserving content based image retrieval using peer-to-peer with multi cloud computing ANUSUYA M
JAYASUDHA J
KALAIVANI V
Ms.K.Hemalatha, AP/CSE This project is used to allow the data owner to outsource the image database and CBIR service to the cloud, without revealing the actual content of the database to the cloud server
32 Topology identification of multiflex delayed networks using pinning control ANUSUYA S
DIVYA K
MANORANJANI P
Mrs.J.Gayathri, AP/CSE This project is used to identify the topology in multiflex delayed networks using pinning control
33 Skin Disease detection based on the image processing technique ALPHONSRAJ A
KARTHICK M
KRISHNAMOORTHI P
Mr.P.Murugan, AP/CSE The Application is mainly designed to detect the skin disease using mobile application.
34 Vehicle accident collision and detection AJITHKUMAR A
ARUNPANDI P
HARISHKUMAR U
MALAISAMY E
Mr.K.J.Jagdish, AP/CSE This project is used to monitor vehicle accidents using accident detection and ultrasonic sensor-based distance monitoring and keeping the distance in automatic mode is an ideal to know without making any physical touch of the vehicle using IoT
35 Similarity and location aware scalable data cleaning system for storage environments DHANASEKARAN A
GOWTHAM S
GUNAPRAKASH V
JEYAMANI K
Mr.M.Manikandan, AP/CSE The main aim of this project to improve the quality of database schemas and reduce manipulation anomalies with eliminating repeated data contents
36 Remote access to improve ATM security by using IoT CHANDRU S
DHANESH S
ILAYARAJA M
Mr.G.Sivakumar, AP/CSE This project provides remote access to improve ATM Security by using Internet of Things
37 E-healthcare data integrate recommandate system KUMAR N
KUMARESAN S
MANIKANDAN S
MANOJ KUMAR K
Mr.R.Krishnakumar, AP/CSE This recommender system provides a privacy preserving medical service recommendation scheme for eHealthcare system
38 Automated irrigation monitoring system using Arduino and IoT module BALAKARTHICKRAJA C
DINESHKUMAR S
KARTHIK E
GOWTHAM D
Mr.T.M.Sivanesan, AP/CSE This project provides an automatic farm process, farmers would be able to know the right amount of water at the right time thus to maintain the growth of crop without the visiting the farm day by day using IoT
39 An improved transfer learning approach for intrusion detecting in ATM DAVID NESARAJAN C
DINESH M
KATHIRAVAN P
MATHAVAN N
Mr.K.J.Jagdish, AP/CSE This project helps to detect customer’s abnormal activity during the transaction time with wore a helmet by using deep learning
40 Ownership identification and data transactions based of multimedia contents SELVAMANI R
MOHANRAJ N
MURALI A
SANTHOSHKUMAR M
Mr. MOHAMMED IBRAHIM M This project is used for Providing Security in data transactions
41 New filter points of cyber plans for complex digital assets at nuclear stations MYTHILI K
NITHYA S
SHALINI L
Mrs. SATHYA SUTHA P This project is used providing cyber security in nuclear stations
42 ” A secure healthcare system with body sensor network based on IOT SWETHA R
SANGEETHA M
RENUKADEVI R
POOJA P
Ms. HEMALATHA K This project is used for secure IoT based healthcare systems
43 Automatic building consumption of water quantity checking using IOT SURYA S
SELANIGA C
PRIYADHARSHINI S
VANITHA R
Mrs. SUBHA N This project is used for Automatic water quality checking water in home and Organization
44 A clinical decision support framework for heterogeneous data sources PASUPATHI S
PRAVEEN S
PRASANTH T
VIKKIKUMAR K
Mr. KRISHNAKUMAR R This project is used for integrate heterogeneous health data from different sources using CDS frame work
45 Multilayer security using RSA cryptography on video steganography PURUSHOTHAMAN T
RAMKUMAR I
VASANTH G
RAMSAKTHI V
Mr. MANIKANDAN M This project is used for providing multilayer security by combining cryptography and steganography.
46 IoT based smart agriculture monitoring system with low water and power consumption SURENDER E
SURESHKUMAR M
VIGNESH G
MURALISWARAN S
Mr. SIVAKUMAR G This project is mainly used for provides better crops yield in Agriculture field.
47 Hybrid smart home energy management system using IOT NITHIN KUMAR R
VEERAMANIKANDAN K
SEKAR P
PRAKASH P
Mr. JAGDISH K J This project is mainly used for smart home automation using IoT
48 The diagnosis of coronary heart disease using machine learning algorithm POORNIMA A
SARASWATHI M
SOUNDHARIYA V
SAVITHA N
Mr. GOPALAKRISHNAN A This project is mainly used to predict CHD using Machine Learning (ML) technology.
49 Lightweight Three factor Authentication and key agreement protocol for Internet Integrated wireless sensor networks NANDHAKUMAR S
VASANTH G
THARMADURAI C
Mr. MOHAMMED IBRAHIM M This project is mainly used to lightweight and secure user authentication protocol based on the Rabin cryptosystem
50 Biometric based data integration and data auditing for cloud storage SANDHIYA M
SNEKA V
Mr. KRISHNAKUMAR R This project is mainly used in security issue with finger biometric authentication model.

LIBRARY DETAILS

Department Library

S.No. Category Cumulative acquisition as on date
1 No of book titles 255
2 No of book volumes 288
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