Admission Enquiry for 2025-26
At NUV, the mission of CSE department is to be globally known as a centre of excellence by developing professionals who are adaptive to latest technologies and technological evolutions that will create significant difference in the lives of humans, society and industry with ethics. The department offers B. Tech and M. Tech programs in CSE since 2016 and 2019 respectively. The department also have doctoral research positions.
A typical computer science and engineering curriculum spans eight semesters, each building upon foundational knowledge and skills while gradually introducing more advanced concepts. In the first semester, students are introduced to the fundamentals of computer science, including programming languages such as Python and Java, as well as basic algorithms and data structures. Concurrently, they delve into the principles of computer organization and architecture, alongside essential mathematical concepts necessary for the field, such as discrete mathematics.
Moving into the second semester, the focus shifts towards more complex data structures and algorithms. Students deepen their understanding of topics like trees, graphs, and algorithm analysis, essential for efficient problem-solving in various domains. Additionally, they explore object-oriented programming principles and are introduced to database management systems and SQL.
As students’ progress into their third semester, they embark on the journey of software engineering. Here, they learn about various software development methodologies, ranging from Agile to Waterfall, and delve into software design patterns and principles. Moreover, they familiarize themselves with version control systems like Git and begin their foray into web development with HTML, CSS, and JavaScript.
In the fourth semester, attention turns towards operating systems and networking. Students gain insights into the intricacies of operating system functionalities such as process management, memory allocation, and file systems. Simultaneously, they explore the realm of computer networks, learning about protocols like TCP/IP and HTTP, laying the groundwork for understanding distributed systems and cybersecurity.
By the fifth semester, students delve deeper into advanced programming concepts. They explore different programming paradigms, such as functional programming, and learn about concurrent and parallel programming techniques. Additionally, they are introduced to the basics of machine learning and artificial intelligence, paving the way for further exploration in subsequent semesters.
The sixth semester focuses on database systems and web development. Students deepen their understanding of database management systems, including relational and NoSQL databases, while also honing their skills in web application development using frameworks like Django and Flask. Furthermore, they explore frontend development frameworks and delve into project management methodologies essential for software engineering.
During the seventh semester, students can specialize in areas of interest through elective courses. They may opt for courses in cloud computing, cybersecurity, mobile app development, or other specialized domains. Concurrently, they engage in advanced topics within computer science, tailored to their chosen specialization track.
The eighth and final semester is dedicated to industry immersion through internships and projects. Students undertake full-time internships in industry settings, gaining practical experience and exposure to real-world challenges. Additionally, they collaborate on projects with industry partners or engage in research initiatives, culminating in a final project presentation and report that demonstrates their application of acquired knowledge and skills. This internship experience serves as a bridge between academic learning and professional practice, preparing students for successful careers in computer science and engineering.
The pedagogy suitable for the outlined 8-semester structure in computer science and engineering should be a balanced blend of theoretical knowledge, hands-on practical experience, collaborative projects, and opportunities for specialization. Here is how it could be implemented:
- Lecture-Based Learning: The foundational concepts introduced in the early semesters, such as programming languages, algorithms, and computer organization, can be effectively taught through traditional lecture-based learning. This approach provides students with a solid theoretical understanding of fundamental principles.
- Active Learning Strategies: To complement lectures, active learning strategies such as problem-solving sessions, group discussions, and interactive exercises should be incorporated. This helps reinforce theoretical concepts and encourages critical thinking and problem-solving skills among students.
- Laboratory Sessions and Coding Assignments: Practical labs and coding assignments should be an integral part of the curriculum from the beginning. These hands-on sessions allow students to apply theoretical knowledge in real-world scenarios, experiment with programming languages and tools, and gain proficiency in coding and debugging.
- Project-Based Learning: Starting from the mid-semesters, project-based learning becomes increasingly important. Assigning projects that require students to design and develop software solutions to real-world problems helps foster creativity, teamwork, and practical problem-solving skills. Projects can be individual or group-based, allowing students to collaborate and learn from each other.
- Internship and Industry Collaboration: In the final semester, incorporating an industry internship or collaborative projects with industry partners is crucial. This provides students with exposure to real-world work environments, industry practices, and hands-on experience with cutting-edge technologies. It also helps bridge the gap between academia and industry, preparing students for successful careers post-graduation.
- Specialization Tracks and Electives: Offering specialization tracks and elective courses starting from the later semesters allows students to tailor their learning experience according to their interests and career goals. This could include tracks in areas such as cybersecurity, artificial intelligence, data science, or software engineering, along with a range of elective courses to broaden their knowledge base.
- Continuous Assessment and Feedback: Continuous assessment through quizzes, assignments, projects, and exams is essential to monitor student progress and provide timely feedback. This allows instructors to identify areas where students may be struggling and provide additional support, or resources as needed.
- Research Opportunities: Encouraging undergraduate research opportunities, such as participation in research projects or collaborations with faculty members, can further enrich the learning experience and prepare students for graduate studies or careers in academia.
- By incorporating these pedagogical approaches, the 8-semester structure can provide students with a well-rounded education that not only equips them with the technical skills and knowledge required in the field but also fosters critical thinking, problem-solving abilities, and a lifelong passion for learning.
8 Semesters | Fee Structure: Rs. 58,5OO/- per semester Full-time | Four-year | Undergraduate Degree Program| For Detailed Curriculum click here
Choice-based Curriculum
Navrachana University, a premier university in Vadodara, known for its innovative and forward-looking approaches to education has now implemented a choice-based curriculum for its students. It is aimed at transforming the student learning experience, empowering them to “tailor-make” their own degree.
The need of the hour today is to create highly skilled professionals who possess a broad-based outlook enabling them to collaborate, understand and empathize with larger sociocultural realities.
- Choice-based curriculum empowers students to choose 10% of course credits of their choice from other domains.
- The mandatory courses of one domain will become the elective courses in other domains.
- For instance, a student of Engineering can study Architecture and Design courses and vice versa.
Minor discipline courses
Navrachana University offers its students’ the opportunity to pursue a Minor discipline along with their major degree program, following one’s interest, which facilitates the growth of additional skills. Minors are a means of diversifying the understanding of a topic and a reflection of who one is as an individual. For example, a student of Bachelor of Business Administration (BBA) can choose a minor in ‘Interior Design’.
To attain a Minor, the students will need to do 18 credit worth of courses designated to diversify interests and gain a professional edge!
List of Minors
Health Science | Computer Science & Engineering | Business Law Interior Design | General Management | Mechatronics | Film Production
KHOJ winter school program
The Khoj program has been one of the defining social immersion activities at Navrachana University. Conceived right during the inception of the University, the Khoj program was envisaged to be a vehicle to inculcate social awareness, empathy, and interdisciplinary skills among our students, with a larger aim of proposing solutions to societal problems through innovation, it is through intense, rigorous, and field-based activities that students come up with an increased sense of empathy and awareness towards their surroundings. This program was further strengthened by engaging on topics that are relevant and can be made visible to society at large, the program is conceived as a larger and more ambitious activity that is undertaken by students and faculty members during the semester break under the umbrella of KHOJ WINTER SCHOOL.
Thematic Clusters:
Public Health & Hygiene | Mental Health | Environment & Sustainability | Waste Management | Urban Development | Economics & Social Issues.
Candidates should have passed 12th Standard (HSC) examination in Science Stream or equivalent examination from any school in India and should have secured a minimum aggregate score of 45% marks (40% marks for SC/ST/SEBC) in theory only, or in theory and practical with Physics, Mathematics as compulsory subjects along with Chemistry or Technical vocational subjects. The candidate should have appeared for qualifying examinations like JEE (Main) and/or GUJCET, etc.
Admission to 50% of the Program will be through ACPC (Admission Committee for Professional Courses), Government of Gujarat, on the basis of the merit list prepared by the ACPC. The remaining 50% of seats will be filled by NUV based on percentile score in JEE (Main) or GUJCET examination.
Limited number of Merit Scholarships are available to meritorious students with a score of over 70% marks in Scholarship exam. These scholarships are offered to students whose parent’s combined income does not exceed Rs 8 lakh per year. Interested candidates must meet Admin Department after seeking admission.
Pre- Teaching Sessions at the beginning of every semester.
Pre-teaching sessions, conducted at the beginning of every semester, serve as vital preparatory sessions aimed at providing students with foundational knowledge and essential skills necessary for success in their upcoming courses. These sessions typically encompass a variety of activities and discussions designed to orient students, set academic expectations, and foster a conducive learning environment.
Description of what pre-teaching sessions may entail:
- Orientation and Welcome
- Course Overview
- Introduction to Course Materials
- Review of Prerequisite Knowledge
2. Course Audit every month
A monthly course audit is a systematic review process conducted to assess the progress and effectiveness of ongoing courses.
3. Academic Advisory Board
Academic Advisory Board consists of Program matter experts who provide guidance, expertise, and innovative pedagogy and continuous improvement within the academic.
4. Students feedback at the end of every semester
Student feedback serves as a valuable tool for assessing and improving the effectiveness of teaching and learning practices, fostering a culture of continuous improvement, and enhancing overall academic quality.
5. Organizing Expert talks and Workshops
6. Industrial visits and Study tours
Mentorship (Mentor- Mentee)
A mentorship program for BCA students is designed to provide invaluable guidance, support, and opportunities for personal and professional development within the field of life science.
Ratio of Mentor: Mentee is 1:35
Academic Advisors (for Electives and Minors)
Academic Advisors play a crucial role in guiding students through the selection, planning, and completion of elective courses and minors within their academic programs.
Navrachana University’s placement process is designed to make recruitment easy and flexible to optimize students’ success. We help students find the right opportunities based on their interests and aptitude and by matching them with recruiting organizations’ requirements. Click here to know more
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Testimonials
BBA-LLB program at NUV has helped me nurture my love for law and gave me confidence to chase my goals. Faculty at NUV does not only further your interest in subjects but also helps us gather love for interpersonal skills and communication skills.
BBA-LLB program at NUV has helped me nurture my love for law and gave me confidence to chase my goals. Faculty at NUV does not only further your interest in subjects but also helps us gather love for interpersonal skills and communication skills.
Being part of NUV was like being part of a progressive learning community. BBA at Navrachana University is not just about getting a degree but it teaches us to beat the competition, become the leader, and acquire the skills to be what you want to be.
Being part of NUV was like being part of a progressive learning community. BBA at Navrachana University is not just about getting a degree but it teaches us to beat the competition, become the leader, and acquire the skills to be what you want to be.
MBA at NUV has helped me explore my inner potential and passion, which has tremendously helped in the effective development of my existing leadership and interpersonal skills. The School of Business & Law helps us prepare ourselves for the corporate world by providing a complete package of constant emphasis on current events, curricular, co-curricular, extra-curricular activities and arranging informative guest lectures to enhance the real-world skills needed for interfacing with the industry.
MBA at NUV has helped me explore my inner potential and passion, which has tremendously helped in the effective development of my existing leadership and interpersonal skills. The School of Business & Law helps us prepare ourselves for the corporate world by providing a complete package of constant emphasis on current events, curricular, co-curricular, extra-curricular activities and arranging informative guest lectures to enhance the real-world skills needed for interfacing with the industry.
