Computer Science and Information Technology
Er. Himal Chand Thapa
Head of Department (Computer Science and Information Technology)/Senior Lecturer
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TU affiliated program
B.Sc. CSIT
Deep dive into computer science theory, algorithms, and practical IT applications.
- BSC.CSIT
- 4 Years
- Chyasal, Lalitpur
Duration
4 Years
Annual Intake
48 seats
Affiliation
TU IOST
Entrance
IOST Entrance
A focused path into BSC.CSIT
The program combines TU curriculum requirements with HCOE's lab work, faculty mentoring, project culture, and placement preparation.
Entry
Data Analyst
Software Developer
IT Support Specialist
0-2 years
Growth
Senior Data Scientist
Backend Lead
Security Analyst
3-5 years
Lead
Chief Data Officer
Principal Architect
IT Consultant
8+ years
Roles graduates prepare for
Students in B.Sc. CSIT build a foundation for technical, managerial, research, and consulting pathways.
Data Scientist & Analytics Architect
Enterprise Software Developer
Database Administrator & Analyst
Cybersecurity & Cryptography Specialist
System Consultant & IT Project Leader
Where Classroom Theory Becomes Practice
Backed by 8 dedicated, high-performance Dell computing labs, our practical curriculum moves beyond basic syntax to focus on complex problem-solving, system modeling, and algorithmic optimization.
01
High-Performance Computing Infrastructure
Our computing infrastructure comprises 8 dedicated labs, each equipped with 24 workstations (192 systems in total), including one lab fully equipped with genuine Dell workstations (Intel i5/i7, 8GB-16GB RAM). This is supported by a dedicated high-end PC in our server room, designed to handle resource-heavy modeling, simulations, and rapid compilations.
02
AI, Machine Learning & Simulation Lab
Dedicated to data-driven problem solving and model specifications. Students utilize Python and advanced computing resources to optimize algorithms, train models, and run complex mathematical simulations.
03
Microprocessor & Embedded Systems Laboratory
Focuses on hardware-software integration. Students use C and C++ to write optimized, low-level code for microcontrollers, bridging the gap between physical systems and computational logic.
04
Advanced Software & Systems Engineering Studio
An environment for building scalable web applications and software systems using Java, C++, and more. The focus remains strictly on architectural optimization, system design, and algorithmic efficiency.
Semester-wise academic structure
A concise view of the major subjects students encounter across the program.
Semester 1
CSC109Introduction to Information Technology3 cr
CSC110C Programming3 cr
CSC111Digital Logic3 cr
MTH112Mathematics I3 cr
PHY113Physics3 cr
Semester 2
CSC160Discrete Structure3 cr
CSC161Object Oriented Programming3 cr
CSC162Microprocessor3 cr
MTH163Mathematics II3 cr
STA164Statistics I3 cr
Semester 3
CSC206Data Structure and Algorithms3 cr
CSC207Numerical Method3 cr
CSC208Computer Architecture3 cr
CSC209Computer Graphics3 cr
STA210Statistics II3 cr
Semester 4
CSC257Theory of Computation3 cr
CSC258Computer Networks3 cr
CSC259Operating Systems3 cr
CSC260Database Management System3 cr
CSC261Artificial Intelligence3 cr
Semester 5
CSC314Design and Analysis of Algorithms3 cr
CSC315System Analysis and Design3 cr
CSC316Cryptography3 cr
CSC317Simulation and Modeling3 cr
CSC318Web Technology3 cr
Elective I3 cr
Semester 6
CSC364Software Engineering3 cr
CSC365Compiler Design and Construction3 cr
CSC366E-Governance3 cr
CSC367NET Centric Computing3 cr
CSC368Technical Writing3 cr
Elective II3 cr
Semester 7
CSC409Advanced Java Programming3 cr
CSC410Data Warehousing and Data Mining3 cr
MGT411Principles of Management3 cr
CSC412Project Work3 cr
Elective III3 cr
Semester 8
CSC461Advanced Database3 cr
CSC462Internship6 cr
Elective IV3 cr
Elective V3 cr
Faculty connected to this program
Meet the instructors and mentors who support academic delivery, labs, and student projects.
Computer Science and Information Technology
Er. Shreekrishna Timilsina
Senior Lecturer
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Computer Science and Information Technology
Er. Dipendra Raj Bhatta
Assistant Lecturer/Program Coordinator
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Computer Science and Information Technology
Er. Atal Neupane
Assistant Lecturer
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Program-specific FAQs
Common admissions, eligibility, and career questions for this degree.
Is BSc CSIT more theoretical compared to Engineering?
BSc CSIT balances computer science theory (algorithms, discrete structures, computation models) with modern applied sciences (data science, machine learning, web technologies). It has a shorter duration for standard graduation math, skipping physics/drawing required in engineering, making it a stellar choice for tech pure-players.
Start your BSC.CSIT journey at HCOE.
Review admissions requirements, scholarship options, and application timelines with the HCOE admissions team.