Computer Science

Title of the Practice: Flipped Classroom

Flipped classrooms  teaching flips the traditional method of instruction , where teachers give lectures in the classroom and students complete assignments outside of the classroom . In a flipped classroom , students complete assignments ( watch videos , read articles , practice problems ) outside of the classroom and then the class period is used to discuss the material and apply what was learned to different activities . The idea behind this is to give students more time to learn best , as they can explore and ask questions , and use the class period to discuss and go further into the topic . When implementing a flipped classroom , there are some best practices that teachers should follow :

1 . Before beginning , provide an overview of the flipped classroom concept to students . Make sure they are aware of their responsibility to complete the work assigned outside of the classroom .

2 . Make the material for the flipped classroom engaging and interactive . Use videos , animations , online activities , and other tools to help students understand the material .

3 . Provide clear instructions for each assignment . Assignments should be broken down into simple parts so that students can understand what is expected of them .

4 . Give students time in class to practice the material and ask questions . Setting aside some dedicated time in the classroom for practice will help build students ’ confidence and understanding of the material.

5 . Evaluate student progress . In a flipped classroom , it ’ s important to track and assess student progress . Monitor how they are doing on assignments and activities , and provide feedback so students can continue to refine their skills .



Title of the Practice: TACW-Software Development Cell

Objectives:

·          To enhance the software development skills determine by quality standards with respect to industrial expectations.

·          To provide a platform to the students on real time projects.

·          To build strong foundation of technical knowledge by teaching different recent technologies required by industries.

·          This will helps them to meet the challenges faced by today’s IT professional by exposing them to wide array of cutting-edge technologies during the course of development and also to enhance entrepreneur skills.

Context:

The Software Development Cell formed by the department caters the automation of various system oriented applications for the college. It is initiated in the year 2019.

The Practices:

In this software development cell, it involves working with small groups of interested students. Each student takes on a role within the group and developed based on their modules. Now the Software Development cell takes up in-house projects. To identify the problem based on their institutional needs. Later it will consider to consultancy projects with industrial exposure. The developers are developing the software. Under the guidance of Department faculty coordinator interested students are identified and projects related to the college internal applications are developed. Periodical meetings are conducted to sort out the findings with this regard and also to aid in organized development. After developing the software, testing at each level can be done by different IT teams members, or we have to organize workshop to test the software from various institution or industries. The software testing steps can be performed either as manual testing or using automation testing tools.

Evidence of Success:

SDC Committee Members

·          Dr S Manimekalai,

          Dean of Computer Science

  ·       Ms. K Manohari,

         Head & Assistant Professor.             

Title of the Practice: Intel Webinars

Objectives:

·          To provide an in-depth understanding of the latest Intel innovations, their underlying technologies, and how they can be leveraged to drive enhanced performance and capabilities across various applications and industries.

·          To guide students through practical steps for integrating Intel technologies into their projects, systems, or solutions, ensuring a seamless and efficient adoption process.

·          To showcase real-world use cases and success stories where organizations have harnessed Intel innovations to solve complex challenges, optimize processes, and achieve tangible results.

Context:

In today's dynamic technological landscape, staying at the forefront of innovation is crucial for organizations aiming to excel and remain competitive. This webinar aims to provide students with a comprehensive overview of Intel's cutting-edge technologies, empowering them to harness these innovations effectively to drive business success and technological advancement.


Title of the Practice: Intra Departmental Workshop



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