Bachelor in Information Technology (BIT), Tribhuvan University

Bachelor in Information Technology (BIT), Tribhuvan University (TU)

BIT at Tribhuvan University offers a four-year path that blends computing practice with organizational thinking. The program runs under the Institute of Science and Technology (IOST) and focuses on coding, databases, networking, web technologies, security, management information systems, research, project work, and internship.

Students pick up habits that matter in real teams: writing clean code, documenting decisions, testing, and shipping reliable features. Many readers ask a simple question: “Will this degree help me move from interest to employable skill?”

This guide answers that with structure, evidence, and practical steps based on TU’s official documents and field experience.

Table of Content

1. Bachelor in Information Technology (BIT), Tribhuvan University (TU)
2. Program Snapshot
3. Purpose and Promise
4. Eligibility and Entrance
5. Program Structure and Credits
6. Grading and Evaluation
7. Semester-Wise View (Core Flow)
8. Teaching and Labs
9. What You Learn Beyond the Syllabus
10. Study Plan for Each Semester
11. Entrance Preparation: Four-Week Sprint
12. Fees, Scholarships, and Financial Planning
13. TU Constituent Campuses Offering BIT in Nepal
14. Fee Structure of BIT at Tribhuvan University
15. Careers After BIT
16. Higher Study Options and Certifications
17. BIT vs BSc CSIT vs BCA
18. Building a Portfolio that Speaks for You
19. Common Challenges and Simple Fixes
20. Ethics, Law, and Safe Practice
21. Reader-Focused Tips for Better Outcomes
22. Closing Thoughts
23. FAQs

Program Snapshot

• Degree name: Bachelor in Information Technology (BIT)

• Faculty: IOST, Tribhuvan University

• Duration: 4 years, 8 semesters

• Typical load: 120 credits (theory, lab, project, internship)

• Core areas: Programming, DBMS, OS, Networks, Web Tech I & II, Information Security, MIS, Software Engineering, Research Methodology, E-commerce, Project, Internship

• Outcome: Graduate ready for roles in software, system and network administration, web engineering, database administration, IT support, public-sector computer officer tracks, or further study

TU’s official course book and notices define credits, grading, contact hours, and evaluation schemes. Keep a local copy from official sources for each admission cycle.

Purpose and Promise

BIT is built for learners who want hands-on IT with steady theory support. The design favors practical courses and lab time, then adds research, writing, and management units. This balance helps a student speak both “code” and “organization,” a mix that hiring teams value.

Eligibility and Entrance

• 10+2 or equivalent with at least second division from a recognized board

• Entrance test run by IOST or as notified through official channels

• Selection on merit as per the published notice

• Documents: academic transcripts, character certificate, passport-size photos, identity proof, and any inclusion certificates if relevant

Entrance focus: math up to Grade 12 level, computing basics, and English comprehension. Past papers provide pattern insight; always verify the current year’s scheme from official notices before planning your study calendar.

Program Structure and Credits

• Total credits: 120 across eight semesters

• Course types: theory-only, theory + lab, project, internship

• Contact hours: theory classes each week; separate lab hours for practice-heavy courses

• Capstone: project in the seventh semester; internship in the final semester

• Attendance: colleges follow TU’s minimum attendance rule before sitting exams

Grading and Evaluation

• Internal work: class tests, assignments, lab exercises, presentations

• External exam: semester-end paper by TU

• Pass rule: minimum threshold in internal and external parts for each course

• Letter grades: A to C as passing bands; F indicates a retake

• Progress metric: SGPA each semester, CGPA across semesters

Tip: build a simple spreadsheet that tracks every course with four columns—internal, external, total, grade point. Early awareness trims surprises.

Semester-Wise View (Core Flow)

Semester I

• Introduction to IT

• C Programming

• Digital Logic

• Basic Mathematics

• Sociology or similar social science unit

Semester II

• Microprocessor and Computer Architecture

• Discrete Structure

• Object-Oriented Programming (C++ or Java base)

• Basic Statistics

• Economics or allied subject

Semester III

• Data Structures and Algorithms

• Database Management System

• Numerical Methods

• Operating Systems

• Principles of Management

Semester IV

• Web Technology I

• Artificial Intelligence (intro level)

• Systems Analysis and Design

• Network and Data Communications

• Operations Research

Semester V

• Web Technology II

• Software Engineering

• Information Security

• Computer Graphics

• Technical Writing

Semester VI

• .NET-centric Computing

• Database Administration

• Management Information System

• Research Methodology

• Elective I

Semester VII

• Advanced Java Programming

• Software Project Management

• E-commerce

• Project Work

• Elective II

Semester VIII

• Network and System Administration

• E-Governance

• Internship

• Elective III

Electives vary by campus. Common picks: Mobile App Development, Network Security, Data Warehousing and Mining, Cloud Computing, GIS, Image Processing, Knowledge Management, Telecommunications, Multimedia, Simulation and Modeling, Decision Support Systems, Society and Ethics in IT, Psychology, Marketing. Choose with a story in mind: where do you want your portfolio to point?

Teaching and Labs

Classes mix whiteboard time with labs. Expect programming labs for C/C++/Java, web stacks, and DBMS; expect network labs with routing/switching kit or virtualized setups. Colleges submit internal marks and practical scores; TU conducts final papers and appoints external examiners for practicals in many cases. Ask the campus about:

• Version control habit in labs (Git or similar)

• Issue trackers for project courses

• Access to routers/switches or virtualization for network units

• DB servers for admin practice

• Writing mentor support for Technical Writing and Research Methodology

What You Learn Beyond the Syllabus

• Habits: daily coding, test-first thinking for small modules, log reading, error tracing

• Team basics: short stand-ups, small sprints for project milestones, short post-mortems after reviews

• Documentation: clear commit messages, short READMEs, API notes that a new teammate can follow

• Ethics: data privacy, fair use of public code, citation of ideas, and clean reporting of results

A small story from the field: a second-year student kept notes on every bug in a tiny personal wiki—input used, output seen, fix attempted, fix confirmed. After six months the speed of finding “repeat” issues improved. Recruiters like that kind of discipline.

Study Plan for Each Semester

• Week 1–2: read course outlines, set a reading plan, create a shared folder for each course

• Daily practice: one coding exercise; one page of notes; one diagram or table for concept mapping

• Weekly review: meet a peer, swap notes, quiz each other for 15 minutes

• Assessment weeks: attempt two timed practice sets per course; write two-line reflections for each wrong answer

• Project phases: requirement note, design sketch, minimal prototype, test list, short demo video

Short, steady cycles win. Cramming steals retention.

Entrance Preparation: Four-Week Sprint

Week 1: math basics—algebra, sets, function, probability; daily reading practice for English

Week 2: programming logic and basic computer awareness; one hour of MCQs each day

Week 3: two mocks under exam timing; topic-wise error log; revise from that log

Week 4: full-length mocks on alternate days; light revision on in-between days; early sleep the night before

Carry a formula sheet; carry an error log; carry a calm breath.

Fees, Scholarships, and Financial Planning

Fee bands vary by campus type. Constituent campuses tend to charge less; private affiliated campuses charge more, often reflecting facilities and services. Ask for:

• A four-year itemized fee sheet

• Lab and exam fee details by semester

• Scholarship criteria (entrance rank, semester topper, need-based aid)

• Refund policy on withdrawal or transfer

• Internship-support fees, if any

Create a personal budget: tuition, exam fees, books, laptop, internet, commute, and a small fund for certification attempts during seventh or eighth semester. One smart move is to pick one low-cost, high-signal certification that matches your electives.

TU Constituent Campuses Offering BIT in Nepal

• Central Campus of Technology, Dharan

• Mahendra Morang Adarsha Multiple Campus, Biratnagar

• Degree Campus, Biratnagar

• Mahendra Bindeshwori Multiple Campus, Rajbiraj

• Surya Narayan Satya Na. Mo. Yadav Campus, Siraha

• Ramsorup Ramsagar Multiple Campus, Janakpur

• Thakur Ram Multiple Campus, Birgunj

• Birendra Multiple Campus, Bharatpur

• Sidha Nath Science Campus, Mahendranagar

• Mahendra Multiple Campus, Nepalgunj

• Amrit Campus, Lainchour, Kathmandu

• Patan Multiple Campus, Patan

• Bhaktapur Multiple Campus, Bhaktapur

• Padma Kanya Multiple Campus, Bagbazar, Kathmandu

• Bhairahawa Multiple Campus, Bhairahawa

Fee Structure of BIT at Tribhuvan University

The total cost of pursuing a Bachelor in Information Technology (BIT) at Tribhuvan University depends on whether the student enrolls in a constituent campus (directly run by TU) or a private TU-affiliated college.

• Constituent Campuses (e.g., Patan Multiple Campus, Amrit Science Campus): Tuition fees are more affordable, generally ranging between NPR 3 to 4 lakhs for the full four-year program. Seats are limited and highly competitive.

• Private TU-Affiliated Colleges: Fees are higher and typically range from NPR 6 to 9 lakhs depending on the location, infrastructure, and facilities of the college. Some colleges in Kathmandu Valley charge at the higher end of the scale.

Factors That Influence Fees

• Type of institution (public vs. private affiliation)

• Laboratory and resource facilities (network labs, computer labs, e-libraries)

• Faculty availability and industry tie-ups

• Campus location (urban centers often cost more)

Scholarships and Financial Aid

Many campuses provide:

• Merit-based scholarships for entrance exam toppers or semester rank holders

• Need-based waivers for students from disadvantaged groups

• Government or local aid programs tied to inclusion policies

For long-term planning, families should budget for:

• Tuition and exam fees

• Books and digital resources

• Internet and device costs

• Project and internship-related expenses

Even at private rates, the BIT degree is considered cost-effective compared to similar IT programs abroad, given the strong job prospects in Nepal’s growing digital economy and remote-work opportunities worldwide.

Careers After BIT

Private sector roles

• Software Developer or Web Engineer

• Mobile App Developer

• Database Administrator or Database Engineer

• System and Network Administrator

• Information Security Analyst

• QA and Test Engineer

• Technical Writer or IT Support Specialist

Public sector paths

• Computer Officer and related roles under PSC, where topics like networks, security, e-governance, and IT policy map to BIT units and electives

• ICT units in municipalities, provincial offices, and national agencies

Freelance and remote

• Web projects for local firms

• Maintenance contracts for small networks and servers

• CMS builds paired with training and documentation

What employers scan first

• A small set of clean repositories showing web stacks, DB design, and API work

• A one-page resume with links that open and run

• Two short write-ups: a bug you solved and a feature you shipped

Higher Study Options and Certifications

Academic

• Master’s in IT, IS, CS, Data Analytics, Cybersecurity, or related areas

• Research pathways for those who enjoy methods, surveys, and statistical analysis

Certification picks
Pick one path that fits your courses:

• Networking & Admin: routing/switching, Linux admin, virtualization

• DB & Data: SQL admin track, data warehousing, BI

• Security: network defense fundamentals, secure coding

• Web & App: framework-specific certificates with a working demo

Focus on hands-on labs and a public portfolio page that shows the learning trail.

BIT vs BSc CSIT vs BCA

Pick based on lab strength, mentor access, and the story you want your portfolio to tell.

Building a Portfolio that Speaks for You

• Second semester: static website + simple C program with tests

• Third semester: DB schema with sample data; CRUD app; one page of SQL tuning notes

• Fourth semester: REST API with auth; network lab notes with topologies

• Fifth semester: secure login flow; report on OWASP Top 10 checks for your own app

• Sixth semester: research mini-paper with dataset, method, and result chart

• Seventh semester: capstone with a README that a stranger can set up in 15 minutes

• Eighth semester: internship reflection with three lessons and two measurable outcomes

Every item links to a repo or a short video demo. Recruiters remember demos.

Common Challenges and Simple Fixes

Weak math base

• Daily 20-minute drills; one topic per day; weekend recap

Procrastination on projects

• Daily micro-commit rule: at least one real change each day

Lab access limits

• Use virtualization on a laptop and practice network labs with simulators

Writing anxiety

• Short reports only; bullet headers; one figure or table per page

Exam pressure

• Two-minute box breathing; one formula sheet; two timed mocks per course

Ethics, Law, and Safe Practice

• Respect licenses when using code from the web

• Keep sample datasets anonymous; avoid personal data unless you hold consent.

• Cite sources in project reports and presentations.

• Report security test results only to the owner of the system with written permission.

• Keep logs of your own work; flags, dates, and outcomes

A classmate once ran a scan on a live store without a green signal from the owner. The college intervened and turned it into a guided audit. Lesson learned: written consent first.

Reader-Focused Tips for Better Outcomes

• Track time with a simple weekly schedule; study slots on the calendar

• Read one chapter of non-technical writing each week to build language for reports

• Volunteer in campus clubs that run events; event tech duty teaches real incident handling

• Keep a short reflection journal: “what I tried, what worked, what to change next week”

• Maintain sleep, water, and a 10-minute walk break between study blocks

Closing Thoughts

BIT at TU gives a grounded route from interest to skill. The mix of web stacks, networks, databases, security, and management concepts suits learners who want practical IT with room for growth. Add a steady study rhythm, small weekly projects, and a clean portfolio. Four semesters in, you will notice better problem framing, faster debugging, and clearer writing. That is the point where doors start opening.

FAQs

1) How many credits does BIT include?

120 credits across eight semesters, including project work and an internship.

2) Do I need science at +2?

No. Applicants from any stream can apply if they hold at least second division and clear the entrance.

3) What programming languages appear most often?

C for foundations, then C++ or Java, plus web stacks and .NET in later semesters.

4) Which electives help with public-sector roles?

Network Security, Data Warehousing and Mining, E-governance, and Telecommunications pair well with PSC requirements.

5) How should I prepare for the entrance in one month?

Two weeks on math and English fundamentals, one week on computing basics with MCQs, last week on timed mocks and error-log revision.

Download

BIT Course Syllabus (TU).PDF