• Abstract out computational models based on mathematical rigor.
• Critically analyse and appreciate emerging and applied fields of computer science owing to deeper understanding and strong foundations in theoretical computer science.
• Develop robust, secure, and efficient software systems that would involve software engineering, data structures, and algorithm design paradigms.
• Apply different concepts including digital design, computer architecture, operating systems, databases, networking, and applications for building solutions for real-world problems.
• Design and implement smart, intelligent, and user-friendly interfaces for computer applications.
• Analyse, design, develop and deploy computer-based systems in collaboration with domain experts for meeting societal needs in areas such as healthcare, safety, environment, law enforcement,transportation, etc., by exploiting tools and techniques of Big data, AI and project management.
• Become proficient in some of the specialized areas such as Computer Vision, Augmented Reality, Internet of Things, Natural Language Understanding, and Intelligent Communication.
• Communicate effectively by comprehending, documenting, making effective presentations and exchanging clear instructions.

• Apply appropriate knowledge in Computer Science and Engineering to identify, formulate, analyze, and solve complex engineering problems in order to reach substantive conclusions.
• Self-learn and engage in use of advanced computing tools.
• Develop sustainable computing solutions in broader economic, societal and environmental contexts.
• Think critically, creatively and analytically as a computer scientist, whilst being able to work effectively, independently and collaboratively as part of a team in research, technology development and entrepreneurial ventures.
• Apply evolving ethics and privacy laws across various domains and territories.
• Effectively communicate engineering concepts and ideas to peers in written or oral forms.
• Be motivated to engage in independent and life-long learning in the broadest context of evolving technological challenges.

• Designing user-centric human-machine interfaces
• Designing end-to-end socio-digital reality systems
• Developing sustainable computing solutions
• Building secure, intelligent, and trustable systems
• Designing and synthesizing digital systems for solving industrial problems

The objective of the B.Tech. programme in Computer Science and Engineering (CSE) at Joy University is to equip students to undertake careers involving challenges of working on real-world problems, while innovating with their core competency in computer science. The curriculum gives due importance to the foundational aspects of computer science, as well as develops in students the necessary engineering skills for addressing the emerging technological challenges. The program offers flexibility in choosing elective courses for widening the understanding of emerging concepts and processes in different domains. Students can opt for specializations which provide a coherent and increasingly sophisticated understanding so as to enable them to pursue their preferred career opportunities. The program will produce a well prepared and well-motivated workforce to undertake careers in research and industry involving innovation, knowledge creation, engineering, and entrepreneurship.