School of Computer Science & Engineering
Learn, build, and innovate through modern tools, an industry-aligned curriculum, and expert mentorship & become a future-ready computer science engineer.
About the school
Chandigarh University, Uttar Pradesh, School of Computer Science and Engineering is a hub of innovation that nurtures technological excellence with quality academics and lucrative opportunities for career growth. An innovative academic model for 16 programs is designed for direct learning in AI-enabled modern facilities and experiential learning opportunities.
The AI-Integrated curriculum has been carefully designed by top academicians and industry professionals to ensure students’ expertise in both basic and advanced domains. Industry experts and highly experienced faculty members create the best academic atmosphere, which results in bridging the gap between industry and academia & eventually inspiring students to push the boundaries of technology.
Programmes
- UG
Engineering
B.Tech (CSE)
- Duration
- 4 Year
- Fee / semester
- ₹1,56,000
UGEngineering
B.Tech (CSE-AI & ML) with Microsoft
In collaboration with Microsoft
- Duration
- 4 Year
- Fee / semester
- ₹1,85,000
UGEngineering
B.Tech (CSE - Data Science) with Google
In collaboration with Google
- Duration
- 4 Year
- Fee / semester
- ₹1,69,500
UGEngineering
B.Tech (CSE - Cyber Security) with Quick Heal
In collaboration with Quick Heal
- Duration
- 4 Year
- Fee / semester
- ₹1,65,000
UGEngineering
B.Tech (CSE - Cloud Computing) with Google
In collaboration with Google
- Duration
- 4 Year
- Fee / semester
- ₹1,59,500
UGEngineering
B.Tech Lateral Entry (Computer Science & Engineering)
- Duration
- 3 years
- Fee / semester
- ₹1,56,000
Why choose the School of Computer Science & Engineering at Chandigarh University, UP?
Project-Based Learning (PBL)
Project-Based Learning allows students to learn and practice through real-world computing projects by integrating knowledge of computer science and engineering & collaborating with teams across the nation & globally. This helps students develop better & effective solutions to existing complex challenges; in return, this helps them develop their problem-solving skills and practical expertise.
Flipped Classroom
Students learn core computing concepts such as algorithms, programming paradigms, & data structures, asynchronously, so that they can maximize applied learning in class. Collaborative coding, algorithm optimization, and direct implementation improve their problem-solving and software development skills.
Interdisciplinary Curriculum
The computing fundamentals are amalgamated with software development, artificial intelligence, cybersecurity, and emerging technologies, thus focusing more on real-world problem-solving. This helps to bring an interdisciplinary approach to adaptability, innovation, and broad technological perspective.
Industry-Integrated Learning
Students get to work directly with industry experts. This gives them real exposure to the newest trends in computer science and engineering through internships, live projects, and sessions led by professionals from the field.
Sustainable Engineering Focus
Sustainability is built into the computing coursework, projects, and case studies. This enables students to develop socially and environmentally responsible, ethically sound computer science and engineering solutions.
Entrepreneurship Incubator
Students get access to resources, mentorship, and support to start technology-based ventures. It helps them develop an entrepreneurial mindset and practical skills in business, computer science, and engineering.
Teaching & Assessment
Teaching pedagogies
Strategic Course of Learning
Classes include storytelling methods, expert talks, and industry case studies to make students experience a surreal classroom engagement. Flipped classrooms and AI-augmented teaching support this further to help students build great thinking skills & stay actively involved while understanding concepts better.
Impact-Oriented Projects
Group projects give students the right chance to build problem-solving skills, along with creativity, and provide them with direct experience. Students work through complex live projects, along with entrepreneurial ideas and capstone projects, helping them build useful professional connections and gain insight into the industry.
AI-Integrated Advanced Laboratories and Facilities
Advanced laboratories are strategically designed & equipped 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.
Exclusive Internship Opportunities
Students are in the midst of industry immersion opportunities and receive a platform that encourages and leads to multiple internships as part of the program. Through corporate internships, social internships, and research internships, they learn practical skills and get valuable exposure to professional environments.
Self-Paced Learning with Certifications
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.
Interactive Learning Activities
Develop analytical and leadership abilities through activity-based learning. This dynamic way of skill development covers group discussions, debates, social immersion activities, critical thinking exercises, seminars, role plays, and peer learning.
Assessment practices
Where Our Research Goes Deep
- Publications
- 0
- Authors
- 0
- Journals
- 0
- Fields
- 0
- Publications
- 0
- Contributing authors
- 0
- Journals and proceedings
- 0
- Fields mapped
- 0
- Citations
- 0M+
- Patents filed
- 0
2021–26
across 6 schools
Citations and patents are university-wide totals; they are not available broken down by field, so no tile is sized or coloured by them. The map covers the 14,534 publications whose author affiliations name a school or department — a further 5,269 are cross-disciplinary or name no unit.
Research map
6 schools · 35 fields · sized by publications · brightness is authors per paper
Computing and AI
Research overview
Across 2021-2026, output peaked in 2025 at 1,123 publications.
- Publications
- 0
2021-2026
- Authors
- 0
CU and co-authors
- Journals
- 0
and proceedings
- Fields
- 0
across 6 schools
Publications by year
Running total · Computing and AI
Output by school
Publications · 6 schools
Collaboration profile
Output against authors per paper
Recent momentum
Share of output published 2024 or later
Publications by year — Computing and AI
Running total; each bar adds that year's output.
Message from the Head of Department
Engineering has always been about turning an idea into something that works. That could be a bridge, a machine, an electronic system, a manufacturing process, or a technology that solves an everyday problem.
At the School of Engineering, our focus is to give students the opportunity to experience this process themselves. We want students to spend time in laboratories, work on projects, understand how things work, interact with industry, and learn from practical experience—not just prepare for examinations.
I also believe that an engineering degree should help students become independent thinkers. There will be problems for which there is no ready-made answer. Learning how to approach such problems with patience, creativity, and confidence is an important part of becoming an engineer.
Our faculty will work closely with students to develop their technical abilities while also encouraging teamwork, communication and professional responsibility. My message to our students is simple: stay curious, keep experimenting, and never be afraid to ask why.
Message from the Head of Department
Engineering has always been about turning an idea into something that works. That could be a bridge, a machine, an electronic system, a manufacturing process, or a technology that solves an everyday problem.
At the School of Engineering, our focus is to give students the opportunity to experience this process themselves. We want students to spend time in laboratories, work on projects, understand how things work, interact with industry, and learn from practical experience—not just prepare for examinations.
I also believe that an engineering degree should help students become independent thinkers. There will be problems for which there is no ready-made answer. Learning how to approach such problems with patience, creativity, and confidence is an important part of becoming an engineer.
Our faculty will work closely with students to develop their technical abilities while also encouraging teamwork, communication and professional responsibility. My message to our students is simple: stay curious, keep experimenting, and never be afraid to ask why.
Top recruiters
Companies that recruit at Chandigarh University, Uttar Pradesh.
Remarkable Insights from Distinguished Dignitaries
Placements and career support
School of Computer Science Engineering · Batch 2024-25 · source: cuchd.in/placements/placement_engineering.php
Recruiters for this school
- Microsoft
- Amazon
- IBM
- Hewlett Packard
- SAP Labs
- Samsung
- L&T
- Arcesium
- Wipro
- Flipkart
Events & Projects
Milestones and projects across Chandigarh University, Uttar Pradesh — open to students of every school.
01 — 7 January 2026
Enrollment of Kuldeep Yadav and Launch of CU Sports Scholarship
International cricketer Kuldeep Yadav enrolled as a student and launched the CU Sports Scholarship, reinforcing the integration of academic excellence and sports development at Chandigarh University Uttar Pradesh.
Read the full story
02 — 9 January
India AI Convergence 2026
India AI Convergence 2026 united AI leaders for a pre-event to the India AI Impact Summit, where Satnam Singh Sandhu, Honorable Chancellor, announced two transformative initiatives- AI for All and Quantum for Bharat.
Read the full story
03 — 02 November 2025
Campus Tank Uttar Pradesh
Chandigarh University, Uttar Pradesh launched Campus Tank Uttar Pradesh under the leadership of Shri Nand Gopal Gupta ‘Nandi’ Ji, empowering young innovators with funding, mentorship, and incubation support.
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Frequently Asked Questions
Choosing Chandigarh University Uttar Pradesh provides students access to an NEP-2020-aligned, career-centric education powered by an AI-augmented learning ecosystem and a smart Learning Management System (LMS). The best part is that it is "India’s first AI-augmented multidisciplinary university" and places an active focus on exclusive experiential learning through live projects, simulation labs, corporate internships, and global academic partnerships. Students also gain access to merit scholarships of up to 100% via CUCET, worth 75 Cr, specialized sports scholarships, and strong recruiter networks.
Yes, Chandigarh University Uttar Pradesh is a fully recognized and accredited university established under the Uttar Pradesh State Legislature and recognized by the University Grants Commission (UGC). The best part for its learners is that most of the professional and technical programs offered here adhere to the regulatory frameworks and approvals of statutory bodies, including the Bar Council of India (BCI) for legal studies, the Pharmacy Council of India (PCI) for pharmaceutical programs & Council of Architecture (COA) for Architecture. Moreover, the university is also a member of the Association of Indian Universities (AIU).
Chandigarh University Uttar Pradesh offers multidisciplinary undergraduate, postgraduate, lateral, and doctoral programs across major disciplines like Engineering, Computer Science & Engineering, Computing, Business, Commerce & 9 more, which are Basic & Applied Sciences, Liberal Arts & Behavioural Sciences, Legal Studies, Pharmacy, Media Studies, Design, Hospitality, Architecture & Planning, Travel & Tourism. The most notable part is that its curriculum integrates AI, Machine Learning, Analytics & more.
Yes, Chandigarh University, Uttar Pradesh, is an AI-augmented multidisciplinary university, as it is designed from the ground up as India’s first AI-augmented multidisciplinary campus. Can’t be denied that artificial intelligence is deeply woven across the academic curriculum with tech-enabled pedagogy, research domains, and campus administrative workflows. From AI-enabled smart classrooms and automated adaptive learning to specialized AI and analytics laboratories, students across all disciplines learn to gain digital & AI fluency and practical exposure to modern tech tools. Moreover, students studying at CU-UP also use a smart LMS and Advanced labs and Centres of Excellence. In 2026, CU also received the “AI-First Organization" award at the Republic AI Summit & Awards.
CU-UP, home to a futuristic & AI-Augmented campus, provides facilities like ultra-modern smart classrooms, high-end computing facilities, advanced labs, SAS labs, and dedicated research zones. All of this also helps students learn efficiently & not forget about the Data Science Lab, FinTech Lab, Modern Moot Court Hall, simulated Aviation and Tourism labs & more. Students pursuing education at CU-UP also benefit from an extensive digital library, startup incubation centers like CUBE & TBI, modern sports arenas, dynamic cafeterias, and comprehensive on-campus student housing.
How To Apply?
Sign Up
Register for CUCET by providing your basic details — name, email, mobile number, state and gender.
Apply for CUCET
You receive a confirmation on your registered number and email. Log in with those credentials and complete the eligibility and scholarship test application.
Admission
On clearing CUCET, submit your admission application. Merit-based scholarship is assessed automatically from your result.