Dibyabhumi Multiple College , Kupandole, Lalitpur

Bachelor of Computer Application (BCA)

Affiliated To: Tribhuvan University (TU)

course

BCA

Course Level

Bachelor Degree

Duration

4 Years

Study Mode

Full Time

Total Seats

35

Medium

English

Recognition

UGC Approved

Overview

Bachelor of Computer Application (BCA) at Dibyabhumi Multiple College, Kupandole, Lalitpur

Bachelor of Computer Application (BCA) at Dibyabhumi Multiple College (DMC) is listed as a proposed Tribhuvan University (TU) program. The plan sets a four-year (eight-semester) structure and mentions 35 seats per academic session.

Quick facts to know first

Program status: Proposed program at DMC (as stated in the college document).
Duration: 4 years, 8 semesters.
Seats: 35 per academic session.
Academic base: TU affiliation is stated for BCA in the document.
Minimum learning environment (as listed): projector-connected classrooms, library, Wi-Fi, and audio/video access to lecture classes.

What BCA at DMC is meant to prepare you for

BCA is a degree path for students who want a structured route into software and IT work through a university curriculum and semester exams. TU’s FOHSS systems describe their mandate as producing human resources in areas including computer applications, which matches the academic direction of BCA.

Curriculum and learning pattern (how your four years typically look)

Semester-based BCA study usually moves in three layers:

Foundation learning (early semesters): programming logic, basic mathematics for computing, and computer fundamentals.
Core computing work (middle semesters): data handling, database work, web or application development, and system thinking for real problem-solving.
Applied output (final semesters): project work, report writing, and task-based lab work that ties study to practical use.

TU’s published BCA curriculum outlines a four-year, eight-semester structure under FOHSS and uses an entrance-based admission approach.

Teaching and learning support at DMC (as listed)

DMC’s document highlights facilities and study support that matter for an IT student’s daily routine:

Projector-connected classrooms and a computer-supported teaching setup.
Wi-Fi internet and access to audio/video versions of lecture classes.
Library access (the document lists a collection of books, journals, and reading materials).
College-run seminars, trainings, workshops, and internship/OJT references across programs.

Admission requirements and entry process

Basic eligibility (college document)

DMC lists eligibility for BCA as 10+2 (or PCL/A-Level) from any stream/faculty with minimum 2.0 CGPA and not less than D+ in a single subject.
DMC also states that applicants across its bachelor programs should have completed Intermediate level (PCL/A-Level/HSEB 10+2) or equivalent, recognized by TU.

Entrance and application (TU FOHSS)

FOHSS runs an online application system for entrance-based programs and provides step-by-step application guidance.

DMC’s document also notes that the entrance form can be obtained from the college or downloaded from the TU FOHSS site.

Scholarships and financial support

DMC lists scholarship categories such as merit-based support, support for students from low-income backgrounds, national sports persons/media/actors, and students from marginalized or remote backgrounds (including martyr’s family).

The same document shows scholarship timelines for earlier sessions, so you should verify the current deadlines directly at admission time.

Exams, registration, and results

FOHSS maintains an online exam registration system for semester exams.

TU’s Office of the Controller of Examinations (OCE) publishes results through its result portal, and exam notices commonly route through TU’s exam site.

Career directions after BCA

BCA graduates commonly start in entry roles such as junior software or web work, QA/testing support, database or system support, and IT operations roles. BCA also supports further study paths in computing or related interdisciplinary areas, depending on university rules and your academic performance.