The Department of Computer Applications offers undergraduate and postgraduate programmes designed to develop technically competent, innovative, ethical, and socially responsible computing professionals.
The Bachelor of Computer Applications programme focuses on building strong foundations in computer applications, programming, emerging technologies, and data sciences. It develops students’ Technical, Analytical, Problem-Solving, Communication, and Entrepreneurial Skills, preparing them for diverse careers in the IT sector and for continuous professional development.
The programme also emphasizes research, artificial intelligence, cybersecurity, software development, practical projects, industry interaction, and community-oriented digital solutions.
The Master of Computer Applications programme provides advanced education in computing, integrating Advanced Computing Concepts, Emerging Technologies, Data Science, Artificial Intelligence, Cybersecurity, Cloud Computing, and Domain Knowledge.
It aims to produce expert software professionals and innovative technocrats with advanced analytical, programming, project management, and research capabilities. The programme emphasizes real-world applications, industry collaboration, entrepreneurship, ethical practices, and lifelong learning.
To stand as a dynamic center of excellence in computer applications, inspiring innovative technologists, analytical thinkers, and ethical digital professionals who harness computing power to drive technological advancement, efficiency, and positive societal transformation.
To offer inclusive, adaptable, and interdisciplinary undergraduate programs in computer applications that combine core computing principles with emerging technologies, programming, and data sciences, building graduates equipped with robust technical, problem-solving, and communication skills for diverse career paths and ongoing professional development.
To advance cutting-edge research and creative inquiry in software development, digital solutions, artificial intelligence, and cybersecurity, tackling key challenges in industry, healthcare, education, and community services.
To broaden access to quality computing education for rural and underrepresented students by merging contemporary IT skills with local needs, preserving traditional knowledge through digital tools, and cultivating entrepreneurial abilities for self-reliant career growth.
To nurture ethical practices, social responsibility, and global outlook via hands-on projects, industry linkages, community initiatives, and experiential learning that connect theoretical concepts with practical real-world computing applications.
To emerge as a distinguished leader in advanced computing education, nurturing expert software professionals, visionary innovators, and responsible technocrats who leverage cutting-edge technologies to solve complex problems and foster digital empowerment across society.
To deliver inclusive, flexible, and interdisciplinary postgraduate programs in computer applications that integrate advanced computing concepts, emerging technologies, and domain knowledge, equipping graduates with superior analytical, programming, and project management skills for multifaceted careers and lifelong learning.
To promote high-quality research and innovation in software engineering, data science, artificial intelligence, cybersecurity, and cloud computing, addressing real-world challenges in industry, governance, healthcare, and education sectors.
To expand access to advanced computing education for rural and marginalized students by blending modern IT expertise with local requirements, preserving cultural knowledge through digital platforms, and developing entrepreneurial competencies for self-sustaining professional growth.
To instill strong ethical standards, social commitment, and global perspective through practical projects, industry collaborations, community engagements, and experiential learning that effectively bridge advanced theory with impactful real-world computing solutions.
To impart a strong foundation in programming, database management, software engineering, networking, and web technologies, enabling graduates to pursue rewarding careers in IT industry, software development, and allied sectors.
To cultivate logical thinking, analytical abilities, and technical proficiency so that graduates can design, develop, test, and maintain efficient software solutions and computer applications for real-life problems.
To develop professional ethics, teamwork, communication skills and leadership qualities that prepares graduates to work collaboratively in multidisciplinary environments and contribute responsibly to the IT ecosystem.
To encourage continuous learning and adaptability, empowering graduates to keep pace with rapid technological changes and explore higher studies, research, or entrepreneurial opportunities in computer applications.
Graduates will be capable of applying core concepts of programming, algorithms, data structures, and software development methodologies to create robust, user-friendly applications and digital solutions.
Graduates will demonstrate expertise in database handling, web and mobile application development, cyber security basics, and emerging tools, enabling them to contribute effectively to the IT industry, digital entrepreneurship, and community technology projects.
Demonstrate comprehensive knowledge and understanding of the fundamental concepts, theories, principles, and applications in the chosen discipline and allied fields.
Identify, analyze, and solve complex academic, professional, and societal problems using logical reasoning, analytical skills, and evidence-based approaches.
Apply scientific methods, research techniques, and investigative skills to conduct studies, analyze data, interpret results, and draw meaningful conclusions.
Develop innovative ideas, creative solutions, and entrepreneurial approaches to address contemporary challenges in academic, professional, and social contexts.
Utilize appropriate digital technologies, software tools, and information resources effectively and ethically for learning, research, communication, and problem-solving.
Understand environmental issues and sustainable development goals and apply this knowledge to promote ecological balance and responsible resource utilization.
Demonstrate ethical values, integrity, inclusiveness, and social responsibility while contributing positively to society and professional environments.
Work effectively as an individual and as a member or leader of diverse and multidisciplinary teams, demonstrating leadership, collaboration, and interpersonal skills.
Communicate effectively through oral, written, visual, and digital means with diverse audiences in academic, professional, and societal settings.
Develop professional competencies, managerial abilities, and entrepreneurial skills required for employment, higher education, and self-employment opportunities.
Recognize the need for continuous learning, adaptability, and self-development to meet evolving personal, professional, and societal demands in a dynamic global environment.
To provide graduates with an in-depth understanding of advanced computer applications, software architecture, database systems, networking, and modern development frameworks, preparing them for leadership roles in IT industry, research organizations, and academia.
To enhance problem-solving, critical analysis, and research capabilities so that graduates can independently design, develop, implement, and evaluate sophisticated software systems and applications for complex real-life scenarios.
To cultivate professional ethics, effective communication, teamwork, and leadership skills that enable graduates to excel in multidisciplinary teams and contribute responsibly to technological and societal development.
To foster a culture of continuous learning and adaptability, empowering graduates to stay abreast of rapid technological advancements and pursue research, higher studies, innovation, or entrepreneurial initiatives in computer applications.
Graduates will be proficient in applying advanced algorithms, software engineering principles, full-stack development, and emerging technologies to build scalable, secure, and efficient software solutions and applications.
Graduates will demonstrate expertise in data analytics, artificial intelligence techniques, project management, and ethical computing practices, enabling them to contribute meaningfully to the IT industry, research projects, and technology-driven community initiatives.
Apply knowledge of computing fundamentals, mathematical foundations, and domain-specific concepts to develop computing solutions for complex problems.
Identify, formulate, analyze, and solve complex computing problems using principles of mathematics, computer science, and relevant disciplines.
Design, develop, and evaluate computing systems, software, and processes that meet specified requirements while considering societal, environmental, and safety aspects.
Conduct investigations using research methodologies, experimentation, data analysis, and interpretation to derive valid conclusions for computing problems.
Select, adapt, and apply appropriate modern computing tools, technologies, and techniques for designing and implementing effective solutions.
Demonstrate professional ethics, integrity, cyber responsibility, and adherence to legal and ethical standards in computing practice.
Function effectively as an individual and as a member or leader in multidisciplinary teams to accomplish shared goals.
Communicate effectively through technical reports, documentation, presentations, and interpersonal interactions with professional and societal stakeholders.
Apply project management principles, financial considerations, and leadership skills to manage computing projects in multidisciplinary environments.
Assess and address societal, environmental, health, safety, legal, and cultural issues associated with computing solutions and professional practice.
Recognize the need for continuous learning and engage in independent professional development to adapt to emerging technologies and evolving industry demands.
School of Computer Science, Engineering and Applications, Bharathidasan University, Tiruchirapalli.
Department of Computer Science, SRM Institute of Science and Technology, Kattankulathur.
Curriculum and syllabus document for the undergraduate programme in Computer Applications.
Curriculum and syllabus document for the postgraduate programme in Computer Applications.
Info Park is a dedicated computer laboratory providing students with a practical and technology-oriented environment for programming, software development, artificial intelligence, machine learning, and mobile application development.
The laboratory is equipped with modern computer systems and high-speed internet connectivity, enabling students to gain hands-on experience with programming languages, development environments, and emerging computing technologies.
Net Park provides a focused computing environment for practical programming and software development activities. The laboratory supports students in developing technical skills through hands-on exposure to programming languages and development tools.
With dedicated computer systems and high-speed internet connectivity, the laboratory enables students to practice programming concepts, application development, and technology-oriented academic activities.
Ms. D. Janaki has successfully completed Faculty Development Programme (FDP) on “AI Horizons: Foundations, Vision and Intelligent IoT Applications” organized by Department of Information Technology, Dhanalakshmi Srinivasan Engineering College (Autonomous), in Virtual mode from 29th June 2026 to 03rd July 2026.
Ms. D. Janaki has successfully completed Faculty Development Programme (FDP) on “Shaping Secure Digital Futures through Cybersecurity” organized by Dhanalakshmi Srinivasan Engineering College (Autonomous), in Virtual mode from 06th to 10th July 2026.
Ms. D. Janaki and Ms. D. Indumathi have successfully completed Faculty Development Programme (FDP) on “Quantum Computing for Modern Computational Domains” organized by Periyar Maniammai Institute of Science and Technology, Vallam, Thanjavur, Tamil Nadu, India, in Virtual mode from 08th to 13th Dec 2026.
Dr. M. Kamarunisha published a book chapter titled “The Digital Nexus: Convergence of Computing, Connectivity, and Data” in the book EDGE AI FOR SMART CITIES.
Dr. M. Kamarunisha published a book chapter titled “AI-Powered Digital Transformation: Bridging Computer Science and Life Sciences” .
Dr. M. Kamarunisha published a book chapter titled “SPARSE TRANSFORMER ARCHITECTURES FOR EFFICIENT DEEP LEARNING” .
Dr. M. Kamarunisha published a book chapter titled “BATTERY-LESS IOT DEVICES: ENABLING PERPETUAL 6G SENSING NETWORKS” .
Dr. M. Kamarunisha published a book chapter titled “EDGE AI FOR SMART CITIES” .
Dr. M. Kamarunisha published a book chapter titled “Ai-Powered Digital Transformation: Bridging Computer Science and Life Sciences” .
Dr. M. Kamarunisha published a book chapter titled “DATASET BENCHMARKING AND PERFORMANCE EVALUATION METRICS” .
Ms. S. Dhara published a book chapter titled “DESIGN AND DEVELOPMENT OF MORTAL IDENTIFICATION AND HANDICAP DISCOVERY SYSTEM FOR EYELESS USING MACHINE KNOWLEDGE” .
Ms. S. Dhara published a book chapter titled “MODERN IMAGE AND VIDEO PROCESSING: A STEP BEYOND PIXELS” .
Ms. S. Dhara published a book chapter titled “Efficient Attack Detection in WSN Using Long-Short Term Memory and Convolutional Neural Networks” .
Ms. S. DurgaDevi published a book chapter titled “DESIGN AND IMPLEMENTATION OF AN AI-DRIVEN SYSTEM FOR HUMAN RECOGNITION AND DISABILITY DETECTION IN THE VISUALLY IMPAIRED” .
Ms. D. Janaki published a book chapter titled “Dataset Benchmarking and performance Evaluation Metrics” from the book “Futuristic Trends in Image & Video Processing Volume 6S1 Book 2” .
Ms. D. Janaki published a book chapter titled “Energy – Efficient Communication Protocols for IOT-Based Electrical Systems” .
Ms. D. Janaki published a book chapter titled “Smart Healthcare and IoT: Enhancing Patient Care through connected Intelligence.” .
Ms. S. Durga Devi published a book chapter titled “DESIGN AND IMPLEMENTATION OF AN AI-DRIVEN SYSTEM FOR HUMAN RECOGNITION AND DISABILITY DETECTION IN THE VISUALLY IMPAIRED” .
Ms. S. Durga Devi published a book chapter titled “DESIGN AND IMPLEMENTATION OF AN AI-DRIVEN SYSTEM FOR HUMAN RECOGNITION AND DISABILITY DETECTION IN THE VISUALLY IMPAIRED” .
Dr. M. Kamarunisha published a Journal of Advance and Future Research titled “ENERGY-EFFICIENT DATA TRANSMISSION IN UNDERWATER SENSOR NETWORKS USING AI-DRIVEN ROUTING PROTOCOLS” .
Dr. M. Kamarunisha published a Journal of Advance and Future Research (JAAFR) titled “ENERGY-EFFICIENT DATA TRANSMISSION IN UNDERWATER SENSOR NETWORKS USING AI-DRIVEN ROUTING PROTOCOLS” .
Dr. M. Kamarunisha and Ms. S. Dhara published a Optical Technique Journal titled “Efficient Attack Detection in WSN Using Long-Short Term Memory and Convolutional Neural Networks” .
Dr. M. Kamarunisha has completed a One-day International Seminar (Online) titled “Research - Driven Generative AI, Computer Vision, and Interactive Machine Learning Revolution” .
H. Ratchana
Certificate of Publication
ENERGY-EFFICIENT DATA TRANSMISSION IN UNDERWATER SENSOR NETWORKS USING AI-DRIVEN ROUTING PROTOCOLS
Journal of Advance and Future Research
Volume 4 Issue 7, July-2026
JAAFR2607264 / Registration ID 512406
S. Sarubala
Certificate of Publication
ENERGY-EFFICIENT DATA TRANSMISSION IN UNDERWATER SENSOR NETWORKS USING AI-DRIVEN ROUTING PROTOCOLS
Journal of Advance and Future Research
Volume 4 Issue 7, July-2026
JAAFR2607264 / Registration ID 512406
P. Swetha, D. Divyadharshini, J. Varsha, S. Tharahni, S. Kaniga, K. R. Harshini, K. Arthi, A. Preethi, S. Sugavathi, K. Kalpana, K. Jeevitha, A. Sivasakthi, N. Nithyasri and G. Kiruthika
AICTE – Vibrant Advocacy for Advancement and Nurturing of Indian Languages (VAANI)
AICTE in association with Thanthai Hans Roever College, Perambalur
Smart Cities and Intelligent Mobility for Sustainable Digital India
20.08.2026 to 21.08.2026
ATAL / 2026 / 1786889497
ATAL / 2026 / 1786972953
ATAL / 2026 / 1786974011
ATAL / 2026 / 1786888354
ATAL / 2026 / 1786973200
ATAL / 2026 / 1786972666
ATAL / 2026 / 1786890865
ATAL / 2026 / 1786976640
ATAL / 2026 / 1786890568
ATAL / 2026 / 1786891178
ATAL / 2026 / 1786888553
ATAL / 2026 / 1786973702
ATAL / 2026 / 1786973455
ATAL / 2026 / 1786889120
R. Abinaya
Energy – Efficient Communication Protocols for IOT-Based Electrical Systems
V. Kaviya
Sparse Transformer Architectures for Efficient Deep Learning
S. Varsha
Hidden MARKOV Model
S. Aparna
Sparse Transformer Architectures for Efficient Deep Learning
S. Abinaya
Privacy – Aware Federated Compliance Framework
P. Nandhini
Privacy – Aware Federated Compliance Framework
M. Malini
Privacy-Preserving Machine Learning in the Healthcare using Blockchain and Analytic Gaussian Mechanism
V. Nisha
Design and Implementation of an AI-Driven System for Human Recognition and Disability Detection in the Visually Impaired
G. Abi
Privacy-Preserving Machine Learning in the Healthcare using Blockchain and Analytic Gaussian Mechanism
S. Krishnaveni
Energy – Efficient Communication Protocols for IOT-Based Electrical Systems
T. Rajeswari
Privacy – Aware Federated Compliance Framework
Iterative International Publishers - IIP
06.04.2026
978-93-7020-231-3
Department of Computer Applications
The Department of Computer Applications organized a seminar AI Meet on the topic “The Future of Intelligent Analytics” on 18 August 2026.
Department of Computer Applications
The Department of Computer Applications organized a Three-Day Department Induction Programme from 14 July 2026 to 16 July 2026, providing students with academic orientation, departmental guidance, industry exposure, and practical insights.
Department of Computer Applications
The Department of Computer Applications organized the Inauguration of AI IGNITE Club followed by hands-on training on AI Tools for Prompt Engineering on 10 August 2026.
SOFTWARE ENGINEER ANALYST
JR. EXECUTIVE
PROCESS EXECUTIVE
