Course Overview
The Computer Science & Technology program at GNITS blends foundational principles of computer science with practical applications of modern technology. The curriculum emphasizes a comprehensive understanding of software development, networking, cybersecurity, and systems engineering. Students are exposed to cutting-edge projects that involve real-world problem-solving, including health system automation, cloud computing, and data analytics frameworks for asset management. With a focus on innovation and technological advancements, the program prepares students to lead in areas such as software engineering, IT infrastructure, and emerging tech solutions.
Program Curriculum
Discover the pivotal moments that have shaped the institution’s growth, from its foundational years to its emergence as a leading engineering college.
Why Choose GNITS For B.Tech
Focus on Emerging Technologies
The B.Tech (CST) program sets itself apart with a focus on Data Science, Cloud Computing, Blockchain, and Wearable Technologies.
Future-Ready Skill Development
By concentrating on technologies with significant job potential, the program prepares students for high-demand roles in the rapidly evolving tech industry.
Practical and Theoretical Balance
The program offers a balanced approach, combining theoretical knowledge with practical skills, preparing students for real-world challenges in technology.
Outcome Based Education
- Providing students with a compelling foundation in Engineering and Basic Sciences that will further help them conduct investigations of complex problems.
- Applying Scientific and Engineering methodologies using modern tools and techniques in the analysis, design, and development of novel systems in the field of Computer science and Technology.
- Promoting lifelong learning in students and help them evolve as self-motivated and responsible professionals with progressive thinking to serve the industry and society in a better way.
- Inculcating strong communication skills to interact individually and in multidisciplinary teams and collaborate to excel in various environments with professional ethics, social awareness and environmental concern.
- Engineering Knowledge: To acquire firm knowledge of Mathematics, Science, Engineering & Computer Science.
- Problem Analysis: To identify, formulate & analyze requirements of IT Applications.
- Design & Development Solutions: To effectively apply engineering principles to the design of computer & IT based Systems.
- Investigation of complex problems: To synthesize research based knowledge in the design of programming and analysis of data for providing valid conclusions to complex problems.
- Modern Tool Usage: To possess skills for creating and selecting modern software development tools.
- Engineering & Society: To apply conceptual knowledge relevant to professional engineering practices in societal, health, safety, legal and cultural issues and their consequences.
- Environment & Sustainability: To understand the impact of engineering solutions in social and economic environments and work towards sustainable development.
- Ethics: To understand contemporary legal, social & ethical issues in computing.
- Individual & Team work: To effectively work as an individual and adapt to a team environment.
- Communication: To communicate precisely and effectively both in oral and written in all engineering activities.
- Project management & finance: To apply engineering and management principles for managing and leading economically feasible projects in multi-disciplinary environments as an individual and team member.
- Life Long Learning: To develop confidence to engage in independent & life long learning in the context of Technological changes.
- Understand, analyze and develop efficient software solutions related to algorithms, system software, web applications, data processing and networking by applying fundamental concepts of computer science and Technology.
- Adapt the emerging technologies in computing and embrace the best practices of software and hardware development to get expertise in modern software and hardware tools and cater to the real time requirements of the industry and society.
Career Path
Discover the pivotal moments that have shaped the institution’s growth, from its foundational years to its emergence as a leading engineering college.
- Blockchain Developer
- Security Analyst
- Data Scientist
- Cloud Solutions Architect
- Blockchain Engineer
- Security Engineer
- Lead Cloud Engineer
- Senior Blockchain Developer
- Senior Security Consultant
- Principal Software Engineer (Emerging Technologies)
- Head of Data Science
- Cloud Technology Lead
Our Impeccable Faculty
Discover the pivotal moments that have shaped the institution’s growth, from its foundational years to its emergence as a leading engineering college.
Achievements and Extras
GNITS excels in academics, top placements, and pioneering research, with students and faculty earning national and international recognition. Vibrant extracurriculars further enrich campus life.
Department Achievements
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Department Incubation Center
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Industry Institute Interactions
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