The Bachelor of Computer Engineering at Eastern College of Engineering, Biratnagar, Morang, is an undergraduate engineering program affiliated with Purbanchal University. The program follows an eight-semester structure and brings together programming, computing systems, electronics, communication, networks, software engineering, artificial intelligence, cybersecurity, projects, and internship work. Eastern College of Engineering has 48 seats for BE Computer.
The Purbanchal University Faculty of Engineering course structure is effective from the 2021 batch. It begins with mathematics, science, programming, computing fundamentals, engineering drawing, and workshop practice before moving into specialized computer engineering subjects.
Course: Bachelor of Computer Engineering
Common Program Name: BE Computer
Level: Bachelor’s Degree
Duration: 4 Years
Academic Structure: 8 Semesters
Affiliation: Purbanchal University
Faculty: Faculty of Engineering
College: Eastern College of Engineering
Location: Biratnagar, Morang, Nepal
Seats: 48
Curriculum: Effective from 2021 Batch
Entrance: Purbanchal University entrance examination
Projects: Project I, Project-II, and Project-III in two parts
Internship: Included in the eighth semester
Institutional Recognition: Eastern College of Engineering is recognized by Nepal Engineering Council (NEC)
BE Computer combines software-oriented study with computing hardware, electronics, communication systems, mathematics, and engineering practice. Programming starts in the first semester and continues through Object Oriented Programming with C++, Python Programming, data structures, algorithms, operating systems, databases, software engineering, and related subjects.
Hardware and systems study develops through Digital Logic, Basic Electrical Engineering, Electronic Devices and Circuits, Microprocessor, Computer Architecture and Design, Communication System, and Computer Network.
The later semesters introduce Artificial Intelligence, Internet of Things (IoT), Distributed & Cloud Computing, Simulation and Modeling, Cyber Security, elective study, professional practice, project work, and internship.
The BE Computer program is arranged across eight semesters. Its academic design combines lectures, tutorials, practical sessions, internal assessment, final assessment, programming work, projects, electives, and internship.
| Semester | Credit Hours | Main Academic Focus |
|---|---|---|
| First | 21 | Computing foundations, programming, mathematics, physics |
| Second | 18 | C++, digital logic, electrical engineering, mechanics |
| Third | 20 | Data structures, computer graphics, electronics, Project I |
| Fourth | 18 | Database, Python, microprocessor, communication |
| Fifth | 20 | Algorithms, architecture, operating systems, Project-II |
| Sixth | 18 | AI, networks, IoT, software engineering, elective |
| Seventh | 18 | Cloud computing, simulation, project management, Project-III |
| Eighth | 17 | Cyber security, professional practice, project, internship |
The first semester introduces computing while retaining the mathematics, science, communication, drawing, and workshop subjects expected in engineering study.
Subjects are:
Mathematics I
Physics
English for Technical Communication
Computer Programming
Fundamental of Computing Technology
Engineering Drawing
Workshop Technology
The semester carries 21 credit hours.
Programming continues with object-oriented concepts, while students also study digital systems and basic electrical engineering.
Subjects include:
Mathematics-II
Chemistry
Object Oriented Programming with C++
Digital Logic
Basic Electrical Engineering
Applied Mechanics
The semester carries 18 credit hours.
The third semester moves further into core computer engineering topics and introduces the first academic project.
Subjects are:
Mathematics-III
Data Structure and Algorithm
Object Oriented Analysis and Design
Computer Graphics
Electronic Devices and Circuits
Applied Sociology
Project I
Data structures, graphics, electronics, and project work give the semester a stronger computing and application-oriented character. It carries 20 credit hours.
The fourth semester covers databases, Python programming, mathematical structures, processors, communication systems, and statistics.
Subjects include:
Database Management System
Python Programming
Discrete Structure
Microprocessor
Communication System
Probability & Statistics
The semester carries 18 credit hours.
The fifth semester concentrates on algorithms, computer architecture, operating systems, numerical methods, research, economics, and project work.
Subjects are:
Algorithm Analysis and Design
Computer Architecture and Design
Numerical Methods
Operating System
Engineering Economics
Research Methodology
Project-II
The semester carries 20 credit hours.
The sixth semester introduces several specialized computing areas and the first elective component.
Subjects include:
Artificial Intelligence
Computer Network
Internet of Things (IoT)
Software Engineering
Theory of Computation
Elective-I
The semester carries 18 credit hours.
The seventh semester shifts toward distributed computing, technical project management, simulation, specialized electives, and the first part of Project-III.
Subjects are:
Distributed & Cloud Computing
Information Technology Project Management
Simulation and Modeling
Elective-II
Elective-III
Project-III (Part A)
The semester carries 18 credit hours.
The final semester includes cybersecurity, professional engineering practice, elective study, the concluding project component, and internship.
Subjects and components are:
Cyber Security
Engineering Professional Practice
Elective-IV
Project-III (Part B)
Internship
The semester carries 17 credit hours.
Programming appears throughout the degree rather than as a single introductory subject.
Students begin with Computer Programming before moving into Object Oriented Programming with C++, Data Structure and Algorithm, Object Oriented Analysis and Design, Python Programming, Algorithm Analysis and Design, Operating System, Software Engineering, and other computing subjects.
Database Management System and Theory of Computation add further study of data organization and computational foundations, while projects provide space for applying knowledge developed across different semesters.
BE Computer also covers the hardware and electronic side of computing.
Digital Logic is introduced in the second semester, followed by Electronic Devices and Circuits, Microprocessor, Communication System, and Computer Architecture and Design.
Computer Network appears in the sixth semester, with Distributed & Cloud Computing and Cyber Security appearing later. This sequence connects computer hardware and electronic systems with communication, networking, distributed computing, and security.
Artificial Intelligence and Internet of Things (IoT) are both included in the sixth semester.
Their placement comes after students have already studied programming, algorithms, databases, microprocessors, computer architecture, operating systems, mathematics, and probability and statistics.
Students can also encounter related specialist topics through elective choices offered in the later part of the program.
The curriculum provides four elective stages, allowing study to extend into selected areas of computing and technology.
Elective-I options include:
Data Mining and Data Warehousing
Multimedia Technology
Distributed System
High Performance Computing
Machine Learning
Cryptography and Network Security
Mobile and Sensor Computing
Unix Programming
Elective-II includes subjects such as Big Data Technologies, Real Time Operating System, Compiler Design, Java Programming, Deep Learning, Business Intelligence, and Human Computer Interaction.
Elective-III includes Advanced Database Programming, Fault Tolerant System, Software Security, Web Security, Quantum Computing, Augmented and Virtual Reality, and GIS.
Elective-IV options include Data Science, Next Generation Network, Computational Cognitive Science, Agile Software Development, Block Chain, Digital Solutions for Climate Change, and Automation and Robotics.
Project work is distributed across several stages of BE Computer.
Project I appears in the third semester, followed by Project-II in the fifth semester. Project-III is divided between Part A in the seventh semester and Part B in the eighth semester.
The eighth semester also includes Internship as a separate 3-credit academic component. This places practical workplace exposure alongside the final project and Engineering Professional Practice near the completion of the degree.
Students with a minimum GPA of 2.0, including a minimum “C” grade in all subjects, or 45% marks in Intermediate of Science, 10+2 Science, Diploma in Engineering, or an equivalent qualification are eligible to apply.
Students from the 10+2 Bio Group can also apply.
Applicants are required to pass the entrance examination conducted by Purbanchal University, Biratnagar. Entrance examination forms, the information brochure, and related admission information can be collected from the College Reception.
Eastern College of Engineering has 48 seats for BE Computer.
The program is part of the college's engineering offering under Purbanchal University, alongside its other undergraduate engineering programs.
Eastern College of Engineering has computer, civil, and electronics and communication laboratory facilities. Its engineering students also have access to a library, internet and email facilities, industrial and technical visits, guest lectures, group presentations, and project-related activities.
For BE Computer students, this academic setting sits alongside a curriculum containing programming practicals, computer graphics, database work, microprocessor study, operating systems, networking, IoT, projects, and internship.
BE Computer is an undergraduate Computer Engineering program offered at Eastern College of Engineering under Purbanchal University.
The program runs for four years across eight semesters.
Eastern College of Engineering has 48 seats for BE Computer.
Yes. Applicants must pass the entrance examination conducted by Purbanchal University, Biratnagar.
Yes. The curriculum includes Computer Programming, Object Oriented Programming with C++, Python Programming, Data Structure and Algorithm, and several other programming and software-related subjects.
Yes. Artificial Intelligence is a sixth-semester subject in the curriculum. Machine Learning and Deep Learning also appear among the elective options.
Yes. The curriculum includes Project I, Project-II, Project-III (Part A), and Project-III (Part B).
Yes. Internship is included as a 3-credit component in the eighth semester.
The curriculum covers programming, algorithms, databases, computer graphics, digital logic, electronics, microprocessors, computer architecture, operating systems, communication systems, networks, artificial intelligence, IoT, software engineering, cloud computing, cybersecurity, simulation, projects, and electives.
Eastern College of Engineering is located at Radhakrishna Marga, Bhupalgram, Tinpaini Chowk, Biratnagar, Morang, Nepal.
