Government Engineering College, Bellary Admission 2026: Dates, Fees, Eligibility, Cutoff & Application Form

The Government Engineering College, Bellary (GECB) is a renowned institute established with the main objective of providing good technical education in Karnataka. This college is approved by the All India Council for Technical Education (AICTE), having the most transparent and simplest entry procedures, with admissions being conducted by GECB under the Karnataka Examinations Authority (KEA) based on a government order. The common entrance test that is given for Government Engineering College, Bellary admission is the Karnataka Common Entrance Test (KCET). This examination today has been adopted as a standardised examination criterion in assessing the abilities of candidates entering advanced programmes in Engineering.

It is a CES requirement for an applicant desiring admission to Government Engineering College, Bellary, to take the KCET and obtain a qualifying score.  In broad terms, the eligibility criteria for admission to GECB are normally that a candidate has completed the 10+2 or equivalent examination with the compulsory subjects of Physics, Chemistry, and Mathematics. Also, the candidates should obtain the required minimum marks as per the Karnataka Examinations Authority for that academic year.

The application process for Government Engineering College, Bellary, is made easy by KEA. Here, candidates can follow stepwise instructions to be eligible:

• Register and appear for the Karnataka Common Entrance Test (KCET) conducted by KEA.
• After declaring the KCET results, the eligible candidates will undergo the centralised counselling process conducted by KEA.
• During this counselling, candidates are required to fill in their choices for colleges and courses, including the Government Engineering College, Bellary.
• KEA will then allot them seats under KCET rank, preferences, and availability of seats.
• The candidates who have been allotted a seat in GECB will have to report to the college for the verification of documents within the stipulated date and confirm their admission.
• Pay the required fee and complete the Government Engineering College, Bellary admission formalities.

The college offers four B.Tech programmes with an intake approved of 60 students each and, therefore, 240 seats in total available across all B.Tech programmes. The B.Tech admission process is conducted through KEA on the basis of KCET scores. Some of the B.Tech programmes offered are:

• B.Tech in Civil Engineering: The Civil Engineering programme mainly deals with the design, construction, and maintenance of the infrastructure. Government Engineering College, Bellary, admissions into this programme are based on the KCET merit and are done by KEA.
• Computer hardware systems study and software development are some of the areas of interest. Candidates are admitted to B.Tech in Computer Science and Engineering through the KEA process based on their KCET scores.
• B.Tech in Electronics and Communication Engineering: It deals with the design and development of electronic systems and communication technologies. KEA admission will be based on KCET results.
• B.Tech in Mechanical Engineering: This programme deals with the design, manufacture, and maintenance of mechanical systems. Government Engineering College, Bellary, admission is conducted by KEA on the basis of KCET merit.

Eligibility for all B.Tech programmes is that a candidate should have passed 10+2 or an equivalent degree with Physics, Chemistry and Mathematics as compulsory subjects and the specific eligibility as set by KEA.

 Generally, here are the following documents are required for the admission process: 

• KCET Hall ticket and score card; 
• 10th and 12th standard mark sheets and certificates; 
• Transfer Certificate from the previous institution; 
• Caste Certificate (if applicable); 
• Income Certificate (if applicable); 
• Domicile Certificate; 
• Recent passport-size photographs.

The list of documents required for Government Engineering College, Bellary admission is provided here.