---

About the Department

• The K N Govt College Computer Science Department has a incredible  history, with the commencement of the B.Sc Computer Science regular stream in 1999 marking a significant milestone. This program laid the foundation for academic excellence in the field.

• In 2004, the department expanded its offerings by introducing the M.Sc Computer Science program, further advancing its commitment to providing quality education in computer science.

• Additionally, in 2006, the introduction of the B.Sc SSS (Self-Special system) in Computer Science showcased the department's adaptability to diverse educational needs.

• Over the years, the department has played a acute  role in shaping the future of students, fostering a learning environment that emphasizes both theoretical knowledge and practical skills in the dynamic field of computer science.

Vision and Mission of computer Science department

Vision:

"To be a globally recognized frontrunner in advancing computer science education, research, and innovation, empowering students to excel in a rapidly evolving technological landscape."

• To effectively participate in the significant national effort to generate skilled human resources in information technology and related domains, supporting the sustainable development of the country's IT industry.

• To propel innovations in the field of computer science by delving into pioneering research topics, publishing research papers of high quality, and securing lasting patents.

• To contribute to the well-being societies by promoting awareness about IT-related products and emphasizing the importance of knowledge management.

Mission:

• Our mission is to foster excellence in computer science through cutting-edge education, transformative research, and impactful collaborations.

• To equipping students with the skills and knowledge to address complex challenges, while contributing to the advancement of knowledge in computer science.

• Our collaborative and inclusive community strives to cultivate innovation, ethical leadership, and societal impact.

Together, the vision and mission statements outline the Computer Science Department's commitment to excellence, innovation, and societal contribution in the ever-evolving field of computer science.

• To impart robust fundamentals and technical skills for applications in Computer Science through effective teaching and learning methodologies.

• Our mission is to enrich students' lives by instilling ethical values, fostering creativity, and inspiring innovation, ultimately preparing them to become entrepreneurs and establish start-ups.

• Additionally, our commitment includes cultivating an understanding of emerging technologies to encourage students to pursue higher studies, fostering a culture of lifelong learning.

 

Objectives and Goals of the Computer Science Department:

1. Curriculum Enhancement: Revise and update the curriculum to incorporate the latest advancements in computer science, ensuring students are exposed to cutting-edge technologies and industry-relevant skills.

2. Student Engagement: Increase student participation in extracurricular activities, hackathons, and internships to provide practical exposure and foster a culture of continuous learning.

3. Industry Collaboration: Establish short-term collaborations with industry partners to facilitate guest lectures, workshops, and internships, creating a bridge between academia and industry.

4. Research Output: Increase the number of research papers published by faculty in reputable conferences and journals, promoting a culture of research within the department.

5. Infrastructure Development: Invest in state-of-the-art infrastructure and laboratories to provide students with an environment conducive to hands-on learning and research.

6. Diversity and Inclusion: Implement initiatives to enhance diversity and inclusion within the department, ensuring equal opportunities for students from all backgrounds.

Short-Term Goals:

1. Student Placement Rate: Increase the percentage of students securing internships and job placements with reputable IT companies by implementing targeted career development programs.

2. Curriculum Update: Revise and update at least 30% of the curriculum to include emerging technologies, ensuring graduates are well-equipped for the dynamic job market.

3. Industry Partnerships: Establish partnerships with at least three industry leaders to provide real-world insights, internships, and potential job opportunities for students.

Long-Term Goals:

1. Alumni Engagement: Foster a strong connection with alumni, aiming to involve them in mentoring programs, guest lectures, and industry collaborations.

2. Global Rankings: Work towards achieving a ranking among the top computer science departments globally, reflecting the department's commitment to excellence in education and research.

These specific, measurable objectives and goals align with the department's vision and mission, contributing to the overall development and success of both students and the Computer Science Department.

Key Initiatives and Projects:

Collaboration with Industry Partners

In an effort to bridge academia and industry, Project focuses on establishing strong collaborations with Livewire a division of CADD centre partner. Achievements include joint, internship programs, and collaborative projects that have not only enriched academic knowledge but also provided valuable real-world experience for students and faculty alike.

These initiatives and projects collectively demonstrate the Computer science Department commitment to pushing the boundaries of technology, fostering innovation, and creating a positive impact on both academia and IT centers/Industry. The achievements and milestones mentioned above underscore the department's dedication to excellence and its role as a leader in the ever-evolving field of computer science.

Collaborations and partnerships:

The exciting opportunity for collaboration between our esteemed institution and Livewire, a division of CADD Centre in Thanjavur.

Background:

Livewire, with its inception in 1988, has been a trailblazer in the field of training, particularly in Web Development, Software Development, IT Infrastructure Management (ITIM), and specialized programs such as Machine Learning, Artificial Intelligence, Data Science, Accounting & Taxation using Tally, and Office Automation. The extensive expertise and experience that Livewire brings to the table make it a valuable partner for educational institutions seeking to enhance their offerings in the realm of technology and professional development.

Proposed Collaboration:
Our college, recognizing the high standards set by Livewire, expresses a keen interest in harnessing the services and expertise provided by Livewire in the areas of Development and Training. We believe that by forging collaboration, our institution can benefit from Livewire's comprehensive training programs, which align with the evolving needs of the industry.

Performance Metrics:

As part of our commitment to continuous improvement, the Computer Science Department has implemented a robust system of performance metrics to evaluate and enhance our efficiency, effectiveness, and the overall quality of service. An overview of the key performance indicators (KPIs) that we employ for this purpose.

1. Student Achievement Metrics:
a. Graduation Rates: Percentage of students who successfully complete their degree programs within the expected timeframe.
b. Placement Rates: The percentage of graduates who secure employment or enter further education within a specific timeframe after graduation.
c. Student Success: Monitoring academic performance, including GPA trends, course completion rates, and student satisfaction surveys.

2. Research and Innovation Metrics:
a. Publication Impact: Measuring the quality and impact of faculty research publications through citation counts, journal rankings, and impact factor analysis.
b. Grant Acquisition: Tracking the number and value of research grants secured by faculty members, fostering a culture of innovation and external funding.

3. Teaching Effectiveness Metrics:
a. Student Feedback: Regularly collecting and analyzing student feedback on courses and instructors to identify areas of improvement.
b. Classroom Engagement: Assessing the level of student engagement through participation rates, collaborative projects, and interactive learning methods.

4. Operational Efficiency Metrics:
a. Resource Utilization: Evaluating the utilization of physical and technological resources to ensure optimal efficiency and cost-effectiveness.
b. Timeliness of Services: Measuring the speed and responsiveness of administrative services, including admissions, registration, and academic advising.

5. Quality of Service Metrics:
a. Industry Partnerships: Assessing the number and strength of collaborations with industry partners, ensuring that our programs align with industry needs.
b. Alumni Engagement: Tracking alumni success stories and engagement to measure the long-term impact of our programs on graduates.

6. Diversity and Inclusion Metrics:
a. Student Demographics: Monitoring and promoting diversity within the student body, ensuring an inclusive and representative learning environment.
b. Faculty Diversity: Promoting diversity among faculty members to bring varied perspectives and experiences to the department.

7.  IT Infrastructure Metrics:
a. System Uptime: Ensuring the availability and reliability of essential IT systems to support teaching, research, and administrative functions.

These performance metrics collectively contribute to our ongoing efforts to maintain high standards of excellence, respond to the evolving needs of the field, and provide an outstanding educational experience for our students.

Resources and Infrastructure:

An overview of the resources and infrastructure available in the Computer Science Department, highlighting the equipment, tools, and software that contribute to the effective functioning of the department.

1. Computers

The department is equipped with 64 computers, each configured with the latest hardware and software necessary for various programming languages, software development, and other computing activities.

2. Interactive Board:

A state-of-the-art interactive board serves as a focal point for collaborative learning and presentations. This interactive technology enhances the teaching and learning experience, allowing for dynamic and engaging classroom interactions.

3. Audio Equipment:

Bluetooth speakers and multimedia speakers are available to facilitate audio presentations and demonstrations, ensuring a clear and immersive audio experience for both students and faculty.

4. Web Cameras:

Web cameras are provided to support virtual meetings, webinars, and online collaboration. This technology enhances communication and allows for seamless interactions with external speakers, industry professionals, and remote learning opportunities.

5. Printers and Copier:

Printers and copiers are accessible to students and faculty for the printing and duplication of academic materials. This ensures convenient access to hard copies of documents as needed for coursework and research.

6. LCD Displays:

LCD displays are strategically placed in classrooms and common areas to facilitate effective communication of information, announcements, and visual presentations. These displays contribute to an interactive and visually engaging learning environment.

The combination of these resources ensures that the Computer Science Department provides a conducive environment for teaching, learning, and research. The diverse array of equipment and tools supports hands-on learning experiences, collaborative projects, and the integration of cutting-edge technologies into the curriculum.

Best Practices: 

A best practice is supposed to be any practice/practices that have been in existence for at least 5 years. Computer Science Department, it is essential to uphold certain best practices that contribute to the overall quality of education and research. Here are some key recommendations:

1. Effective Use of ICT Tools:
• Integrate modern Information and Communication Technology (ICT) tools into the curriculum to enhance learning experiences.
• Encourage the use of collaborative online platforms, coding environments, and virtual labs to promote hands-on learning.
2. Engaging Presentations with PPT:
• Emphasize the importance of well-structured and visually appealing PowerPoint (PPT) presentations for lectures and seminars.
• Encourage faculty to incorporate multimedia elements and interactive features to keep students engaged.
3. Utilize Video Lectures:
• Embrace the use of video lectures to provide students with flexible learning options.
• Ensure that videos are well-produced, concise, and complement traditional teaching methods.
4. Working Models of Wireless Sensor and Embedded Systems:
• Promote the development and demonstration of working models of wireless sensor networks and embedded systems.
• Encourage students to engage in hands-on projects that involve the design and implementation of practical solutions using these technologies.
5. Integration of Artificial Intelligence:
• Integrate artificial intelligence concepts and applications into the curriculum to reflect the industry trends.
• Encourage faculty to incorporate real-world examples and case studies related to artificial intelligence in their teaching.
6. Paper Models of Data Communication:
• Explore innovative teaching methods, such as the use of paper models, to explain complex concepts related to data communication.
• Foster a practical understanding of networking protocols and data transmission through interactive activities.
7. Microprocessor Architecture Understanding:
• Provide students with a deep understanding of microprocessor architecture and its applications.
• Encourage hands-on projects that involve programming and interfacing with microcontrollers to reinforce theoretical knowledge.

Incorporating these best practices will not only enhance the learning experience for students but also contribute to the reputation and success of our Computer Science Department. Let's continue to innovate and inspire the next generation of computer scientists.

Memorandum of Understanding (MoU) signed. Click to view

Faculty members

Sl.No	Department	Faculty Name	Designation	View
1	Computer Science	Tmt. V. Kayalvizhy	Assistant Professor and HOD	View
2	Computer Science	Tmt. M.Ida Rose	Assistant Professor and ACOE	View
3	Computer Science	V.Chezhiyan	Assistant Professor (Deputation)	View
4	Computer Science	Dr.A.Thirumalairaj	Assistant Professor (Deputation)	View
5	Computer Science	Mrs.G.Umarani	Guest Lecturer	View
6	Computer Science	Mrs.N.Babykala	Guest Lecturer	View
7	Computer Science	Mrs.N.Subha	Guest Lecturer	View
8	Computer Science	Mrs.R.Valarmathy	Guest Lecturer	View
9	Computer Science	Mrs.S.Ramya	Guest Lecturer	View
10	Computer Science	Mrs.K.Sharmila	Guest Lecturer	View
11	Computer Science	Mrs.G.Muthamizselvi	Guest Lecturer	View
12	Computer Science	Mrs.J.Shanmugapriya	Guest Lecturer	View
13	Computer Science	Mrs.N.Anuradha	Guest Lecturer	View

Syllabi

Sl.No	Programme Code	Programme Name	2022-2023	2023-2024
1	UCS	B.Sc. Computer Science	View	View
2	PCS	M.Sc. Computer Science	View	View

Contact Information:

V.Kayalvizhy
Assistant professor
Department of CS
Phone number: 8056815744
Mail ID: v.kayalvizhy@kngac.ac.in