Placements

BIT Mesra’s placement material contains several different measures and reporting windows. Its placement page says the 2025-26 recruitment season had more than 250 recruiters and 1,167 offers spanning full-time employment and internships, alongside an average CTC of ₹11.15 lakh and a highest package of ₹1.4 crore at Mesra. These are current institutional headline figures, but the page does not give the eligible-student denominator or clarify that the average is calculated only over full-time offers. They should not be read as a placement rate or compared directly with a report that separately counts full-time offers.

Read the B.Tech report with its cohort scope

The linked Placement Statistics 2024-25 PDF reports B.Tech headline packages of ₹1.45 crore highest, ₹11.66 lakh average and ₹8.8 lakh median. The median is the more useful centre-of-distribution measure when a few large offers may pull up the average; neither figure tells an applicant what share of the eligible batch secured an offer. The report does not state the graduating, registered or eligible B.Tech denominator alongside these headline package values. It also lists 550+ full-time offers and 300+ internship offers. A second official PDF with the same 2024-25 title and different file suffix lists 650+ full-time offers. Since the website links to the latter file, while another official copy remains accessible with the lower count, this page does not select or combine the conflicting offer totals. Applicants should ask the placement office which revision and counting basis applies before treating an offer count as a cohort outcome.

For a denominator-based view, BIT Mesra’s NIRF 2025 institutional submission reports outcomes by programme duration rather than by department. In the UG four-year group, 739 students graduated in the minimum stipulated time in 2023-24, 535 were reported placed, 82 selected higher studies, and the median salary of placed graduates was ₹9,20,000. The placed count divided by the minimum-time graduating count is 72.4% (535 ÷ 739); this is a calculation from those two NIRF fields, not a rate over all students or all placement-eligible students. The NIRF row does not state that the 82 higher-study students are a mutually exclusive remainder, so do not subtract them from the graduates or add them to the placed count.

The same four-year group reported 769 graduates, 532 placed, 70 in higher studies and ₹10,57,982 median salary for 2022-23; for 2021-22 it reported 719 graduates, 616 placed, 93 in higher studies and ₹9,00,000 median. The median therefore rose from ₹9 lakh to about ₹10.58 lakh, then fell to ₹9.2 lakh in the latest row. That sequence describes the reported institutional cohort values; it does not show why they changed or predict the next graduating class. NIRF’s UG four-year category includes all programmes assigned to that duration and does not provide a B.Tech-only denominator on this page.

The five-year UG group is different: the 2023-24 submission lists 28 students graduating in minimum time, 17 placed, two in higher studies and median salary ₹3,75,000. This is a small, duration-based group, and should not be treated as B.Arch alone or compared as if it were the same B.Tech cohort. NIRF reports 427 graduates, 212 placed, 51 pursuing higher studies and ₹5,20,000 median for PG two-year programmes in 2023-24; those outcomes also combine programmes and cannot stand in for MBA, MCA or any one department.

The 2024-25 placement statistics PDF adds branch-level B.Tech mean and median CTC figures. It lists CSE at ₹20 lakh mean and ₹14 lakh median; ECE at ₹12 lakh and ₹11.5 lakh; EEE at ₹9.5 lakh and ₹9 lakh; IT at ₹14 lakh and ₹13 lakh; Mechanical at ₹7.5 lakh and ₹7.5 lakh; Production at ₹6.5 lakh and ₹6.5 lakh; Biotechnology at ₹8 lakh and ₹8 lakh; Chemical at ₹7.5 lakh mean and ₹8 lakh median; and Civil at ₹6 lakh and ₹5.5 lakh. These are programme-specific reported CTC values, not NIRF annual median salaries. The report does not provide branch-wise placed counts or eligible denominators, so the figures cannot show how many students in each department obtained offers. Its bar-chart categories and source wording should also be checked carefully: a mean below the median, as reported for Chemical Engineering, is retained as published rather than silently corrected.

The report’s sector distribution identifies IT Services at 22%, IT Product at 19%, Core Engineering at 17%, Consulting and Analytics at 13%, and Education at 13%, with the remaining listed sectors individually at 5% or less. The report does not state the denominator behind these sector shares in the extracted section, so they indicate the reported mix rather than the probability of an individual student entering any sector. The same PDF separates internship stipends from salary packages: for six-month internships it reports ₹34,000 monthly mean and ₹30,000 monthly median; for two-month internships it reports ₹70,000 mean and ₹60,000 median per month. Internship figures are monthly stipends and must not be compared with annual CTC.

For course choice, use the branch figures as one historical signal alongside curriculum, campus, cost and admission probability. For a broad cohort benchmark, the latest fully scoped NIRF 2025 four-year UG row gives graduating, placed, higher-study and median-salary counts, but combines programmes. For current activity, the institute’s 2025-26 headline reports offers including internships, without a denominator. These sources answer different questions and should remain separate. The institute’s placement page links reports for 2025-26, 2024-25, 2023-24 and 2022-23, but the existence of a newer season’s headline does not make its incomplete cohort details comparable with the older complete NIRF rows.

Applicants should ask for the placement-year cohort definition, students eligible and registered, offers versus unique students placed, whether internships and pre-placement offers are included, and campus/programme scope. Request a written department-level table with the same definitions over more than one year if branch comparisons are material. Without those denominators, neither the highest package nor a mean CTC can establish the chance that a particular student will receive an offer. No placement outcome for the 2027-28 intake can be inferred from these historical reports.