
"I didn't know coding when I started. I did Commerce and worried I'd fall behind the science students. Three years later I'm building apps real people use."
Learn technology by doing, building and exploring what's possible.
Mentor Mrityunjay Kumar on how to pick the right course, what truly matters for your growth, and what you can safely ignore — a few honest minutes that make the choice clearer.
MENTOR · WATCH
You don't need to know everything from day one. You'll start with the basics, learn step by step, and build your skills through hands-on projects and guidance along the way.

"I didn't know coding when I started. I did Commerce and worried I'd fall behind the science students. Three years later I'm building apps real people use."
Kishori"I came from Arts, and Maths worried me."2nd year BCA · from 12th Arts · Bengali mediumKishori chose BCA out of an interest in website development, even without wanting to do Physics or Maths. The Maths was hard at first, and so was the language barrier of coming from a Bengali-medium background, but working on a real-life project gave real insight, and the environment is becoming familiar now.
Tapalabdha"Could someone from Arts build real websites?"2nd year BCA · from 12th ArtsTapalabdha joined BCA because he was genuinely interested in website development. A real-life project let him work on exactly what he loves, which made him happy. The language barrier was a challenge, but he is learning to adapt to his surroundings.
Anurag"I came from Commerce, but coding pulled me in."Data Science · from 12th CommerceAnurag got interested in coding through Python and C in his 12th IP classes. He has picked up new problem-solving through coding and SQL, and is now learning AI. Adapting from one stage to the next was tough, but through the process of learning it got easier slowly-slowly, and real-life experience taught him how to develop himself and gain more insight.
Harima"IP in 12th sparked my interest in AI."AI track · from 12thHarima got into AI through IP in 12th and kept getting more curious about the kinds of work it makes possible. Learning a new programming language was the hard part, new topics would make her forget earlier ones, but the early learning phase came easy, and real-life experience gave her the chance to build her own work, which makes her happy.
See what students have created, from the ideas they started with to the projects they built. You can also explore the technology behind each one if you want to know more.
AI Hackathons, Designathons and computing activities, students build under pressure, present, and ship.
See how it happens.
A look at the challenges, activities and experiences that give students a chance to use what they know.

Ship a working AI product against the clock, real problem, judged demo.

Brief to interface in one sprint, judged on craft and usability.
Six threads that run through everything at the School of Computer Application, from the fundamentals to shipping real work.
Learn the fundamentals of computing, programming, and systems.
Start from a real user need, design a solution and ship a first version people can use.
Create software that is tested, secure, and ready to scale, the way professional teams do.
Work in teams, with clients and deadlines, using the tools and processes of the industry.
Investigate questions that interest you, run experiments and publish what you find.
Use AI tools to learn faster, code better and do more, while knowing their limits.
Not from lectures alone, by doing. You'll learn through real experiences and by building things that work.
Our in-house software studio, where students build real applications for real users, with faculty and mentors guiding the work.
Hackathons and bug-bashes where you build fast, find what fails, and fix it under pressure.
Small study and research circles where you explore a topic in depth, write papers, and present your work.
Work with practitioners through workshops, internships and projects, and see how tech teams operate.
Your four years won't look the same. Each semester takes you further.
There isn't one definition of success. Real people, different paths.
Step straight into a tech role after graduation. What gets you hired isn't a marksheet, it's the portfolio of real projects you've built along the way.












Continue to an MCA, M.Sc., MBA, or a research path in India or abroad. Your research projects and capstone give you a head start on entrance exams and applications.












Start your own. Turn a project into a product. Students get mentoring, campus incubation support, and a first set of users to test with.







From software engineering to academia, product to founding companies, our alumni are building careers across the industry.
Why does this school exist? What kind of student do we want to develop? What makes it different? A human message, not an institutional speech, from the mentor who shapes how the school thinks and builds.
This is where the detailed, technical information belongs, one level deeper than the choice above.
The School of Computer Application is a specialised school within Inspiria Knowledge Campus, Siliguri, with all the life, sport and opportunity of a full campus behind it.
Explore the School of Computer Application at Inspiria. One application, one campus.
Full video stories are on the way. Want to hear it in person? Visit campus or book a call, real students, real journeys.