TU BSc CSIT CGPA Calculator 2083 – All 8 Semesters
Calculate your Cumulative GPA (CGPA) for the TU BSc CSIT program across all 8 semesters. Enter subjects, credit hours, and grades to track your results using TU's reference 4.0 grading scale.
Enter Your Semesters
Enter the GPA and credits for each semester
Your CGPA Result
Grading System
📘 Sources & Methodology
- TU BSc CSIT curriculum and grading guidelines
- TU letter grading: A (90–100, 4.0) to F (<40, 0.0)
Grading Scale
| Grade | Marks % | Point | Meaning |
|---|---|---|---|
| A | 90–100 | 4 | Distinction |
| A- | 80–89 | 3.7 | Very Good |
| B+ | 70–79 | 3.3 | First Division |
| B | 60–69 | 3 | First Division |
| B- | 55–59 | 2.7 | Second Division |
| C+ | 50–54 | 2.3 | Second Division |
| C | 45–49 | 2 | Pass |
| D | 40–44 | 1.7 | Pass |
| F | 0–39 | 0 | Fail |
Frequently Asked Questions
How many semesters does TU BSc CSIT have?
What subjects are in CSIT?
What is the pass mark for each subject?
Is BSc CSIT harder than BCA?
How important is the final year project for CGPA?
About TU BSc CSIT
Bachelor of Science in Computer Science and Information Technology (BSc CSIT) is Tribhuvan University's 4-year computer science degree offered through the Institute of Science and Technology (IoST). Unlike BCA, CSIT places more emphasis on algorithms, computation theory, mathematics, and systems engineering.
This page helps you estimate your CGPA and monitor semester results using TU's reference 4.0 grading scale.
CSIT Semester-Wise Subject Structure
CSIT has a well-defined curriculum set by TU IoST. Key subjects across the 8 semesters:
- Semesters 1–2: Introduction to IT, C Programming, Digital Logic, Calculus, Discrete Mathematics, Physics
- Semesters 3–4: Data Structures & Algorithms, Object-Oriented Programming (Java/C++), Computer Architecture, Numerical Methods, Statistics, Database Management System
- Semesters 5–6: Operating Systems, Computer Networks, Theory of Computation, Compiler Design, Artificial Intelligence, Simulation & Modeling
- Semesters 7–8: Cryptography, Advanced Database, Distributed Systems, Software Engineering, Project Work, Electives (Cloud Computing, IoT, Machine Learning, etc.)
Credit distribution varies by semester but typically ranges from 18–24 credits per semester. Theory subjects carry 3 credits while lab-intensive courses have 1–2 practical credits in addition.
Worked Example: BSc CSIT CGPA Calculation
A CSIT student after completing 5 semesters with the following results:
| Semester | GPA | Credits | Quality Points |
|---|---|---|---|
| Semester 1 | 3.0 | 22 | 66.0 |
| Semester 2 | 2.7 | 22 | 59.4 |
| Semester 3 | 3.3 | 24 | 79.2 |
| Semester 4 | 3.5 | 22 | 77.0 |
| Semester 5 | 3.7 | 20 | 74.0 |
| Totals | 110 | 355.6 | |
Common Mistakes CSIT Students Make
- Underperforming in Mathematics: Calculus, Discrete Mathematics, and Numerical Methods carry 3–4 credits each and are challenging. Poor math performance is the #1 reason for low CGPA among CSIT students.
- Neglecting lab/practical components: Many CSIT subjects have separate practical exams. You need to pass both theory and practical independently — failing the practical fails the entire subject even if theory marks are high.
- Not leveraging the project: The Semester 8 project (6 credits) is your single biggest opportunity to boost CGPA. Choose a meaningful, well-documented project and present it professionally.
- Ignoring elective strategy: In Semesters 7–8, you choose electives. Research difficulty levels and past results to pick electives that align with your strengths.
- Procrastinating back papers: CSIT subjects build on each other (e.g., Data Structures → Algorithms → Compiler Design). Failing early subjects creates a cascading problem.
Why Track Your CGPA?
Your CGPA is a cumulative academic record. Many programs and institutions may ask for it, but the exact meaning and thresholds vary widely by organization and notice.