department of computer science and engineering

student development ACTIVitiES

Various number of student development activities are constantly being practiced in each classrooms, enforced by our Center of Learning and Teaching.

teaching pedagogies

best practices

Integration of technology into education has enhanced the teaching/learning process to a higher level. The effective use of ICT in pedagogy has helped in grabbing the attention of the student throughout the session. Teaching-learning through various best practices such as Flipped Classroom, Role Play, Case Study, Group Discussion, Small Group Learning, Problem Based Learning, Project Based Learning etc., has elevated the level of it.

Case Study

Group Discussion

Activity Based Learning

Management Games

Management Games

Role Play

Role Play

Peer Group Learning

Peer Group Learning

An online platform for students and teachers to share and access their course materials
SNS Courseware
Environmental Pollution

Environmental Pollution

Objective:

To make students to get well updated on to the environmental pollution hazards happening around the world.

Description:

Pollution is the introduction of contaminants into the natural environment that causes adverse change. Pollution can take the form of chemical substances or energy, such as noise, heat or light. Pollutants, the components of pollution, can be either foreign substances/energies or naturally occurring contaminants. Pollution is often classed as point source or non-point source pollution.

Outcome:

The activity made the students to know about the environmental pollution hazards to prevent the environment.

Automated Teller Machine – ATM model

Automated Teller Machine – ATM model

Objective:
Help the students to know the Transaction management taking place ATM

Description:
There are two primary types of automated teller machines, or ATMs. The basic units allow the customer to only withdraw cash and receive a report of the account's balance. The more complex machines will accept deposits, facilitate credit card payments and report account information. To access the advanced features of the complex units, you will usually need to be a member of the bank that operates the machine.

Outcome:
The activity helps to remember the concept of transaction management with the physical model.
Bluetooth

Bluetooth

Objective:
The make the students to get practical knowledge about Bluetooth data transmission.

Description:
Bluetooth uses a radio technology called frequency-hopping spread spectrum. The transmitted data are divided into packets and each packet is transmitted on one of the 79 designated Bluetooth channels. Each channel has a bandwidth of 1 MHz Bluetooth 4.0 uses 2 MHz spacing which allows for 40 channels. The first channel starts at 2402 MHz and continues up to 2480 MHz in 1 MHz steps. It usually performs 1600 hops per second, with Adaptive Frequency-Hopping (AFH) enabled.

Outcome:
The activity helps to understand the concept of wireless LAN construction and data transmission through demonstration model.
Car Manufacturing

Car Manufacturing

Objective:
Manufacturing Objectives
• Improve Quality
• Reduce Costs
• Increase Flexibility
• Improve Supply Chain Efficiency
• Increase Sustainability

Description:
Create high-quality concepts and designs early in the car design process. Help improve decision making with near-photo realistic real-time visualization. Cut cost and time with simulation. Increase efficiency and quality in production engineering, and improve flexibility and results in production planning.

Outcome:
The activity helps to remember the manufacturing of car.
Interconnection within Processor

Interconnection within Processor

Objective:
The students are exhibited to virtual learning process using model Activity: Students were asked to prepare a physical model of inter-connectivity between various functional units inside a processor.

Description:
The PC (Program Counter) contains the memory address of the instruction to be executed. During execution, the contents of the PC are updated to point to the next instruction. The MAR (Memory Address Register) holds the address of the location to or from which data are to be transferred. The MDR (Memory Data Register) contains the data to be written or read out of the addressed location. The IR (Instruction Register) contains the instruction that is being executed. Before the IR executes the instruction it needs to be decoded first.

Outcome:
The activity helps to remember the concept of superposition with the physical model.
Dress a person: Simulating worn garments.

Dress a person: Simulating worn garments.

Objective:
To design an automatic method for animating realistic clothing on synthetic bodies with different body shapes and sizes.

Description:
An automatic method for animating realistic clothing on synthetic bodies with different body shapes and sizes. This algorithm should conform to the geometric requirements; pose variation, proportionality and fit of the garment

Outcome:
The activity helps to drape the input dress on characters with different body shapes, sizes, poses, limited movements.
Frame in Graphic Programming

Frame in Graphic Programming

Objective:
The students are exhibited to virtual learning process using model

Description:
Event handling frame with 3 buttons is created as a model. Students created the Frame and it is explained with its button component, text field. When the student member made a click on the button then the text field is invoked and the text which is present in the button is printed in the text field

Outcome:
The activity helps to remember the concept and student learned about action perform in the button component, text field
Nuclear Accidents.

Nuclear Accidents.

Objective:
The students done a case study on nuclear accidents.

Description:
The Fukushima Daiichi nuclear disaster was a nuclear disaster at the Fukushima I Nuclear Power Plant on 11 March 2011, resulting in a meltdown of three of the plant's six nuclear reactors. The failure occurred when the plant was hit by a tsunami triggered by the magnitude 9.0Tōhoku earthquake.

Outcome:
The activity made the students to know the cause and effects of nuclear accidents in an effective manner.

classroom

demo models

We practice different modes of classroom presentation and demonstration to increase student engagement. Demonstrations helps students' to understand the underlying concepts better. Our faculty community continuously encourages the students to learn and help creating a demo model, which gives them hands on experience and practical learning.

industrial

case study

Naturally, students are more inductive than deductive, they learn better from examples than from logic. So, we believe that the use of case studies is a very effective classroom technique. Students will be provided with an industrial case study linked with the concept or subject, where they got to explore how their learning are applied in the real world situations. This helps the students to actively engage in figuring out the principles from the examples.

  • A Case Study on Monitoring Absentia for Students in School
  • Protecting Mobile devices, Smartphones and Tablets from malwares
  • Segmenting customers of online retail business using Data Mining Techniques
  • A case study on water contamination detection and monitoring system using sensor for an apartment
  • A Case Study to Improve the customers in Telecom Industry using Big Data
  • Personality Development & Attitude
  • Industry Case study on Software Quality Assurance
  • Improving timing accuracy of health care cabin system for elderly persons using timed automata
  • Smartphone Application for Distracted Driving Prevention
  • A case study on Automatic Gas Accident Prevention System in Gas Station using Sensor
  • A Case Study on Improving Profit in Media and Entertainment using Big Data
  • Case Study on Personality Development in Work Place
  • Effective Listening Skills - An essential for good communication
  • Industry Case study on The Gang of Four
  • Performance analysis and Improvement car-air bag system using timed automata
  • Speech Stress Analysis based on Lie Detector for Loyalty Test
  • A case study on Fire Accident Detection and Prevention monitoring System using sensor
  • A Case Study to increase the food production in Agriculture Using Big Data
  • Language Barriers in cross cultural Comminication

    • students'

    mini projects

    Project-based learning is an instructional approach, which helps the students in developing knowledge and skills by engaging in projects and solving real world challenges/problems. We practice project based learning by encouraging the students to do minimum two mini project per semester. Students are progressively taking up the tasks and projects to pad up their skill-set.
    MARADHATHU ONDRE

    Maradhathu Ondre

    Objective:

    To improve the creativity and team work among the students .To enhance the knowledge in recent graphics tools and the cutting edge technology in the field of film making.


    Description:

    The film based on the relationship between a mother and her son. The film was directed by the duo Karthik Raja & Hariprasath. The 20 seconds short film describes how the son reacts at the moment of his mother’s death.

    TOOLS USED:

    • After Effects CS6

    • Power Directory 12


    Outcome:

    In the modern world this film teaches about the importance of family and relationships. The real teacher is the original mother - regardless in which manifest or non-manifest form, or gender.

    TRAFFIC LIGHT CONTROLLER USING 8085 UMPS MICRO CONTROLLER

    Traffic Light Controller using 8085 UMPS micro controller

    Objective:

    To implement a traffic light controller system. This project is divided into two parts which are hardware and software. The hardware part for this project is a model of four way junction of a traffic light.


    Description:

    Traffic lights, which may also be known as stoplights, traffic lamps, traffic signals, signal lights, robots or semaphore, are signaling devices positioned at road intersections, pedestrian crossings and other locations to control competing flows of traffic. Traffic lights alternate the right of way of road users by displaying lights of a standard color (red, yellow/amber, and green), using a universal color code (and a precise sequence to enable comprehension by those who are color blind).


    Outcome:

    The students understood the sufficient memory for the given scenario. Basic units to be interfaced are supported by 8085 and the aspect of coding and the supporting instruction set

    NATPUKKU NIGARETHUMILLAI

    Natpukku Nigarethumillai

    Objective:
    To teach or promote a topic or something with meaning to the director.

    Description:
    The film based on the relationship between two friends. The film was directed by the duo Kamalakannan & FastsonPrabhu.The 20 seconds short film describes nothing stands in front of friendship. It was shouted near SNS College of Engineering.
    TOOLS USED:
    • After Effects CS6
    • Power Directory 12
    • Sony Vegas

    Outcome:
    It is an educational film, promoting the importance of friendship and social responsibility created with the intention of avoiding communal intolerance.
    SCIENTIFIC CALCULATOR

    Scientific calculator

    Objective:
    To make the student to implement their own ideas as a simple real time.

    Description:
    A group of 4 students are assigned to develop a mini project. Scientific calculator with number buttons 0 to 9 is created and arithmetic operation button are created.
    Front end: Java
    Back end: SQL
    Editor: Net beans

    Outcome:
    The students understood and implemented different concepts of java programming.
    STUDENT DATABASE SYSTEM PROJECT

    Student Database System Project

    Objective:
    To Prepare A Real Time Model As A Mini Project. A group of 4 students are assigned to prepare a real time model as a mini project. The students designed a Student database System using object oriented programming concepts with C++ language.

    Description
    1. Add Records This feature allows you to add general information records. That includes the student’s name, course and section.
    2. List Records It lists all the added records from the first feature. There are some improvements you can make to this feature to make the list look more attractive.
    3. Modify Records This feature allows you to modify the added records. The modified records are stored in file.
    4. Delete Records This feature is for deleting the added students’ information from the file.

    Outcome:
    The students understood the practical difficulties design and development of software using C++.
    STUDENT INFORMATION – AICTE FORM

    Student Information – AICTE Form

    Objective: Student created a student information form – AICTE using java and SQL.

    Description:
    To impart hands on training in requirement, design, implementation and development a one student are assigned to prepare a real time model as a mini project. The student was developed form.

    Outcome:
    The students understood the practical difficulties of design, Development and values are updated.
    LIBRARY MANAGEMENT SYSTEM

    Library Management System

    Objective:
    To develop the library system with the use of vb6.0 and oracle.

    Description:
    Library is regarded as the brain of any institute; many institutes understand the importance of the library to the growth of the institute and their esteem users (students). LMS support the general requirement of the library like acquisition, cataloguing, circulation. Library project system that offers many flexible and convenient features, allowing librarians and library users to maximize time and efficiency. It will track on the how many books available in library and books issued to the students. It shows popular book among the students. It will provide book lost in library. It keeps the record of the suppliers and book binders. It generates MIS reports for management. Our software is customizable for any library requirement.

    Outcome:
    The students understood the practical application, development & difficulties while developing such mini projects