The School of Computing at Chandigarh University, Uttar Pradesh, is a hub of
technological advancements that offers cutting-edge programs of BCA (Hons.), BCA
(Hons.) - Data Science B.Sc. (Hons.) - Data Science, B.Sc. (Hons.)- Animation VFX &
Gaming, MCA and MCA - Artificial Intelligence and Machine Learning.
The school strives to produce competent computing professionals by empowering
students with top-notch resources. From an industry-aligned curriculum and
cutting-edge research facilities to industry exposure, students experience an
all-encompassing academic atmosphere, helping them develop the acumen necessary to
thrive in the professional world. By the end of their undergraduate and graduate
programs, students develop AI competencies to take on sophisticated roles across
industries.
The School of Computing at Chandigarh University, Uttar Pradesh campus meticulously cultivates skilled software architects and adept information technology professionals. The diligently curated programs empower students to delve into the fascinating world of computer applications, encompassing areas like software development, web design, and database management. Students gain practical experience by working with new age software and tools, fostering the ability to translate theoretical knowledge into tangible solutions. The School equips graduates with not only a robust foundation in core computer applications but also the critical thinking and problem-solving skills necessary to navigate the ever-evolving demands of the IT industry.
At the forefront of a data-driven world, the School of Computing equips students to become architects of knowledge discovery. The School offers specialized programs, with a focus on areas like machine learning, artificial intelligence, and big data analytics. Students gain hands-on experience through state-of-the-art laboratories and an AI-enabled campus environment, fostering a dynamic and innovative learning experience. The programs bridge the gap between theoretical foundations and practical applications.
Students gain an immersive classroom experience with engaging lectures through a storytelling approach, expert talks, and industry case studies. AI-embedded teaching and flipped classrooms create a learner-centred environment that develops cognitive skills, encourages active engagement, and enhances students' understanding of concepts.
The strategically designed state-of-the-art laboratories are furnished with the latest equipment for experimentation, research, and innovation. This experimental exploration space allows learning through AI tools and interactive simulations serving both technical purposes and creativity.
Students draw knowledge from experts around the world through offline certifications and MOOCs (Massive Open Online Courses). This promotes a structured learning approach for all learners' preferences, improving their skills, enhancing their knowledge, and acquiring certificates recognised by industries across the globe.
The opportunity to work collaboratively on a project develops real-world problem-solving skills, fosters creativity, and builds practical experience. Students explore complex topics, working on diverse live projects, entrepreneurial ideas, and capstone projects, while making valuable professional networks and gaining industry insights.
Being in a hub of industry immersion opportunities, students get a platform that encourages and leads to multiple internships as a part of the program. They learn through corporate internships, social internships, and research internships, gaining practical skills and valuable exposure to professional environments.
Students get the chance to develop their analytical and leadership abilities with intellectual engagements in activity-based learning approaches. This dynamic way of skill development covers group discussions, debates, social immersion activities, critical thinking exercises, seminars, role plays, and peer learning.
At the Faculty of Computing and Information Sciences, state-of-the-art research facilities with cutting-edge tools and resources are designed to encourage creative exploration and discovery. The research infrastructure gives students the resources they need to push the boundaries of knowledge and tackle pressing issues in the real world. Whether pursuing fundamental research or tackling industry-driven projects, the university facilities foster a dynamic environment where creativity flourishes and solutions emerge, which in turn shape promising careers.
The AI Lab at the School of Computing serves as a hub for research, innovation, and skill enhancement in the field of artificial intelligence. It facilitates projects focused on machine learning, deep learning, and computer vision, promoting collaboration and practical applications through various workshops and research programs.
The Database Management System (DBMS) Laboratory at the School of Computing offers practical experience in the areas of database design, development, and management. With access to cutting-edge database technologies.The lab emphasizes real-world applications, enhancing students' competencies in database administration, security, and big data analytics, thereby equipping them for careers in industry and research.
The IoT Lab offers practical experience in the development and implementation of IoT solutions. With access to sensors, microcontrollers, and cloud platforms, students can engage in projects involving smart systems, automation, and real-time data processing, thereby promoting innovation in connected technologies.
The Data Science Lab is dedicated to converting intricate data into valuable insights via visual representation. With access to cutting-edge tools and software, it empowers students to engage in data storytelling, create interactive dashboards, and develop analytical models to facilitate informed decision-making.
Engage in authentic, real-world projects where students collaborate in interdisciplinary teams, applying knowledge from various computing disciplines to tackle intricate challenges.
Access traditional lecture content online, allowing for self-paced learning, while in-class time is dedicated to dynamic discussions, problem-solving, and engaging hands-on activities.
Immersing the students in courses and projects that transcend traditional computing boundaries, fostering a comprehensive understanding of cutting-edge technologies and Interdisciplinary courses.
Work with leading industry entities for immersive internships, live projects, and expert-led guest lectures, gaining invaluable practical exposure and insights into contemporary industry practices.
Integrate sustainability principles and considerations into all facets of computing solutions, projects, and case studies, ensuring a holistic approach towards environmental impact mitigation.
Access resources, mentoring, and support to start businesses, fostering an entrepreneurial mindset and developing practical business skills.
Transform your passion for technology into a successful career with
our Computing and Information Sciences programs.
Learn to code, innovate, and develop
cutting-edge solutions that address real-world challenges.
Join the Futuristic Campus with Experiential Education Model to turn your dreams into Reality
A transformative learning experience that encourages critical thinking and innovation, equipping you with future-ready skills and career competence.
The power of AI is harnessed to its full potential to enhance traditional learning pedagogy for you and create a futuristic model of education.
The campus harmoniously brings together eco-friendly initiatives, energy-efficient building, and green spaces, making it a testament to sustainability.
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