Jagannath University Jaipur

JNU has more than 12 schools of study. JNU Delhi schools include the School of Engineering, School of Computational and Integrative Sciences, School of Biotechnology, School of Language, Literature & Culture Studies, among others.

Yes, JNU Delhi is accredited by the NAAC. The university is a public central university that has been accredited by the NAAC A+ Grade. It has also been given the status of 'University of Excellence' by the UGC.

JNU BTech programme follows an interdisciplinary curriculum that bridges technical training with a broad academic foundation. It is structured into several key categories:

• Basic Sciences (BS) 

• Engineering Foundation (EF) 

• Bachelor Core (BC) 

• Bachelor Elective (BE) 

To develop well-rounded professionals, the JNU BTech course also includes Humanities and Social Sciences (HS) and Design and Innovation (DI) in the curriculum, which focus on societal impact and creative problem-solving.  

To graduate, you need at least 160 credits in JNU BTech course. The best part is that JNU gives you a lot of freedom. You can choose up to one-third of your credits through optional courses or "electives". This open choice system means you aren't stuck with a one-size-fits-all schedule.  

The JNU BTech programme is a four-year course split into eight semesters. For the first seven semesters, you'll focus on your engineering classes and elective subjects. The final semester is all about hands-on experience; you'll spend it either doing an industry internship or a research project. This structure works for students as it ensures that you don't just learn from textbooks, but also apply your skills to real-world problems or dive into new research before you even graduate.

JEE Main is conducted in two sessions, the first in January/February and the second in April. This helps students to appear in both papers if required and correct their scores. If you participate in both exam sessions, the system intelligently recognises your "Best of Two" scores and finalises your All India Rank (AIR). This structure is particularly beneficial for JNU BTech aspirants, as the limited seat capacity (126 seats) requires a very high percentile; having a second attempt in April allows you to refine your performance and meet the university's competitive cutoffs.

JNU BTech admission aligns with the JoSAA/CSAB counselling process, usually start around June-July after the announcement of JEE Main results. Admission is based on JEE Main scores. Registration for counselling is mandatory. 

• Entrance Exam: JEE Main (Session 1 in Jan/Feb, Session 2 in April).

• Admission Process: Counselling and seat allocation through JoSAA/CSAB, with initial registration likely in June-July and merit lists following in July-August.

• Alternative Routes: Foreign students use DASA counselling.

• Action Required: Monitor the official JNU and JoSAA portal for the start date of the application process. 

JNU's School of Engineering currently offers specialised tracks in high-demand fields such as Computer Science & Engineering (CSE) and Electronics and Communication Engineering (ECE), alongside other branches like Mechanical Engineering. The programme eligibility includes qualifying for the JEE Main and have an educational background of Physics, Chemistry, and Mathematics in class 12 with 75% marks. Because the specializations are so focused, students get to work in a research-intensive environment that JNU is famous for, even while pursuing a technical professional degree.

JNU BTech admission is based on Joint Entrance Examination (JEE) Main. After meeting the cut off requirement, students need to participate in the JoSAA (Joint Seat Allocation Authority) counselling. JNU releases specific cutoff ranks for each engineering branch.

JNU BTech course is divided into semester-based education. The course is offered by JNU's dedicated School of Engineering, and offers 2 specializations - BTech in Computer Science Engineering & BTech in Electronics and Communication Engineering. The course prepares students for high-level industry roles as well as advanced research opportunities.