Will JEE Main Be Dropped for IIT B.Cyber. Admission in 2027?

The IIT B.Cyber. admission process is set to change in 2027, with JEE Main no longer being used to shortlist candidates. According to the official IIT Kanpur B.Cyber. admission page, a separate entrance test will be announced for future admissions. The proposed selection process is also expected to include an aptitude test followed by a cybersecurity hackathon.

The four-year Bachelor’s in Cybersecurity, officially known as B.Cyber., was introduced by IIT Kanpur and IIT Madras for the 2026–27 academic session. Reports suggest that three to four additional IITs are discussing the possibility of offering the programme from 2027. However, the participating IITs, application dates, eligibility requirements and seat intake for 2027 have not yet been officially announced.

Will JEE Main Be Dropped for IIT B.Cyber. Admission in 2027?

Yes, IIT Kanpur’s official B.Cyber. admission page states that JEE Main will not be used for future admissions. A separate entrance test will be announced, with detailed information expected to be released later.

This will be different from the 2026 admission process, under which applicants were shortlisted using their best JEE Main score from a 2025 or 2026 session and verifiable evidence of previous work in cybersecurity. Shortlisted candidates then appeared for an in-person admission test and hackathon at IIT Kanpur.

For 2027, institute representatives have indicated that the new entrance test could assess candidates’ mathematical ability, logical reasoning, problem-solving skills and cybersecurity aptitude. Candidates shortlisted through the test may then participate in a longer hackathon.

The following is the indicative IIT B.Cyber. 2027 selection process:

This process is based on information currently available from IIT Kanpur and statements made by institute representatives. The final stages may change when the official 2027 admission notification is released.

What Will Be the IIT B.Cyber. 2027 Admission Process?

The IIT B.Cyber. 2027 admission process is expected to focus more on aptitude, practical ability and cybersecurity skills than on performance in a conventional engineering entrance examination.

Although the detailed process has not yet been announced, it is likely to include the following stages:

1. Registration

Candidates will first have to complete the B.Cyber. application form through the admission portal specified by the participating IITs. It is not yet known whether the institutes will use a common application portal or accept applications separately.

2. Aptitude Test

Applicants are expected to appear for a separate entrance or aptitude test. According to statements made by institute representatives, the test may cover basic mathematics, logical reasoning, problem-solving and cybersecurity aptitude.

IIT Kanpur has confirmed that a separate entrance test will be announced for future admissions, but the test pattern, duration, marking scheme and syllabus have not yet been released.

3. Shortlisting of Candidates

Candidates may be shortlisted for the next stage based on their entrance-test performance. The number of candidates to be shortlisted and the qualifying criteria are yet to be announced.

4. Cybersecurity Hackathon

Shortlisted candidates are expected to participate in a longer hackathon designed to assess programming skills, analytical thinking and practical cybersecurity knowledge.

The exact format, duration, evaluation criteria and location of the 2027 hackathon have not been officially confirmed.

5. Final Admission

Final selection may be based on candidates’ performance in the aptitude test and hackathon, subject to the eligibility requirements specified by the participating IITs.

The relative weightage assigned to the test and hackathon will be known only after the official admission guidelines are released.

Which IITs Will Offer the B.Cyber. Programme in 2027?

IIT Kanpur and IIT Madras introduced the B.Cyber. programme in the 2026–27 academic year. Although the admission process was conducted jointly for the first batch, students joined and studied at their respective institutes and received degrees from the institute in which they enrolled.

Recent reports suggest that three to four additional IITs, including both older and newer IITs, are discussing the possibility of offering the programme from 2027. However, the names of these institutes have not yet been officially confirmed.

The reported seat capacity for the inaugural batch was:

The available numbers show that the two institutes offered a combined capacity of 90 seats but enrolled 52 students in the inaugural batch.

What Will Be the IIT B.Cyber. 2027 Aptitude Test Syllabus?

The official IIT B.Cyber. 2027 aptitude-test syllabus has not yet been released. Institute representatives have indicated that the proposed entrance test may focus on basic mathematics, logical reasoning, problem-solving and cybersecurity aptitude.

The following broad areas may be relevant:

These are only expected areas based on the information presently available. They should not be treated as the official syllabus, and students must check the final notification before planning their preparation.

How to Prepare for the IIT B.Cyber. Aptitude Test

Until the official syllabus is released, students can focus on strengthening their foundations in mathematics, logical reasoning and problem-solving. Basic programming and computer-networking knowledge may also be helpful.

Students can begin with the following areas:

• Basic mathematical aptitude
• Analytical and logical reasoning
• Problem-solving through puzzles and case-based questions
• Programming fundamentals
• Computer and network fundamentals
• Introductory cybersecurity concepts
• Safe and ethical computing practices

Because the proposed selection process is expected to assess practical ability, students may also benefit from solving beginner-level coding problems and participating in legal, educational cybersecurity challenges.

What Will the IIT B.Cyber. 2027 Hackathon Include?

The hackathon is expected to be an important part of the proposed IIT B.Cyber. 2027 selection process. Unlike a conventional written examination, a hackathon allows institutes to evaluate how candidates apply their technical knowledge and problem-solving skills in practical situations.

IIT Madras has indicated that the hackathon could test candidates’ programming ability and existing knowledge of cybersecurity. However, the precise structure and topics for the 2027 hackathon are yet to be announced.

The hackathon may evaluate skills such as:

• Programming ability
• Logical and analytical thinking
• Practical problem-solving
• Basic cybersecurity knowledge
• Computer science fundamentals
• Ability to work through technical challenges
• Curiosity and aptitude for cybersecurity

For the 2026 admission test and hackathon, IIT Kanpur listed areas such as cryptography, web security, API security, network security, reverse engineering and open-source intelligence. Students should not assume that the same syllabus will apply in 2027 unless the institutes confirm it.

Candidates must also restrict their practice to legal learning platforms, authorised labs and ethical cybersecurity exercises.

How Many Seats Will Be Available for IIT B.Cyber. 2027?

The IIT B.Cyber. 2027 seat intake has not yet been officially announced. For the inaugural 2026–27 batch, IIT Kanpur reportedly offered 40 seats, while IIT Madras offered 50 seats, taking the combined capacity to 90.

The number of available seats could increase if additional IITs introduce the programme in 2027. However, students should wait for official confirmation regarding the participating institutes and institute-wise seat distribution.

IIT B.Cyber. 2027 Eligibility Criteria

The official IIT B.Cyber. 2027 eligibility criteria have not yet been released. The final notification is expected to provide details regarding:

• Qualifying examination requirements
• Required Class 12 subjects
• Mathematics requirements
• Minimum qualifying marks
• Age limit, if applicable
• Nationality requirements
• Number of permitted attempts
• Eligibility for the aptitude test

For the 2026 admission cycle, IIT Kanpur required candidates to have passed Class 12 or an equivalent examination with Physics, Chemistry and Mathematics. Applicants also had to be Indian nationals and satisfy the prescribed age and attempt conditions.

These requirements should not automatically be treated as the eligibility criteria for 2027 because the institutes may revise them when introducing the new admission system.

IIT B.Cyber. Admission Process 2027: Key Points

• IIT Kanpur has stated that JEE Main will not be used for future B.Cyber. admissions.
• A separate entrance test is expected to be introduced.
• The proposed test may assess mathematics, logical reasoning, problem-solving and cybersecurity aptitude.
• Shortlisted students are expected to participate in a cybersecurity hackathon.
• IIT Kanpur and IIT Madras currently offer the four-year B.Cyber. programme.
• Three to four additional IITs are reportedly considering introducing the programme.
• The official 2027 dates, syllabus, eligibility criteria and seat intake are awaited.

IIT B.Cyber. Admission 2027: Conclusion

The IIT B.Cyber. Admission 2027 process is expected to mark a major shift from the earlier selection system, as JEE Main will no longer be used for future admissions. A separate aptitude or entrance test is likely to assess candidates’ mathematical ability, logical reasoning, problem-solving and cybersecurity aptitude. Shortlisted students may then participate in a cybersecurity hackathon that evaluates their programming knowledge and practical skills.

IIT Kanpur and IIT Madras currently offer the four-year B.Cyber. programme, while more IITs may introduce it in 2027. However, the application dates, participating institutes, eligibility criteria, exam pattern, syllabus, hackathon format and seat intake are still awaited. Aspirants should regularly check the official admission portals and focus on building strong foundations in mathematics, reasoning, programming, computer networks and cybersecurity.