By | Career | 19-Nov-2025 12:16:44
IIT Bhubaneswar has witnessed a
broad-based rise in student preference across almost all its undergraduate
programmes this year, according to the 2025 Joint Implementation Committee
(JIC) data. The institute’s choice counts reflect both national technology
trends and a renewed confidence in core engineering streams.
Computer Science and Engineering
(CSE) remained the top draw, recording 19,475 choices in 2025 — up from 17,105
last year, marking a 13.85% rise. The continued upswing mirrors the
nationwide appetite for computing-heavy fields, propelled by rapid advancements
in AI, cybersecurity, cloud systems, and data-driven industries.
Electronics and Communication
Engineering (ECE) emerged as the second-biggest performer, registering a 15.21%
jump from 14,788 to 17,038 choices. The branch’s strong showing
highlights its central role in semiconductor development, telecom technologies,
embedded systems, and next-generation hardware innovation.
The steepest rise, however, came
from Engineering Physics, which surged 20.74% — from 6,878
to 8,305 candidates. The spike points to growing interest in frontier
research areas including quantum technologies, photonics, advanced
instrumentation, and high-precision scientific engineering.
One of the most notable developments
this year is the introduction of Mathematics and Computing, a new
programme that debuted with an impressive 12,580 choices. The response
underscores the rising demand for mathematically intensive computing pathways
spanning algorithms, data science, computational modelling, and theoretical
computer science.
Traditional engineering disciplines
also held their ground with solid year-on-year gains.
Metallurgical and Materials
Engineering posted a robust 13.05% increase, moving from 8,029 to
9,077 choices — reflecting ongoing interest in materials science,
industrial metallurgy, and advanced manufacturing technologies.
Overall, IIT Bhubaneswar’s numbers indicate a strong and diversified uptick in student interest, with both emerging technology domains and conventional engineering branches experiencing healthy, double-digit growth.