The Master of Computer Engineering (MCE) at Everest Engineering College (EEC) is a graduate engineering program affiliated with Pokhara University. The curriculum is arranged across two academic years and four semesters, with 60 total credit hours and an intake capacity of 30 seats.
The program combines advanced computer architecture, algorithms, operating-system design, software engineering, artificial intelligence, database engineering, embedded systems, cybersecurity, cloud computing, software project management, research, electives, and thesis work. Students can also focus their elective study around Artificial Intelligence and Data Science, Cybersecurity and Network Systems, or Software Systems and Emerging Technologies.
| Particular | Details |
|---|---|
| Course: | Master of Computer Engineering (MCE) |
| College: | Everest Engineering College (EEC) |
| Affiliation: | Pokhara University |
| Location: | Sanepa-2, Lalitpur |
| Level: | Master’s |
| Academic Structure: | 2 academic years, 4 semesters |
| Total Credits: | 60 credits |
| Seats: | 30 |
| Admission: | Application, entrance examination, interview and enrollment |
| Research Component: | Research Techniques, Research Seminar and Thesis |
MCE is designed for engineering graduates who want to continue into advanced computing, systems, software, networks, security, data-related study, or research.
The first part of the curriculum develops graduate-level foundations in computer architecture, algorithms, operating systems, research methods, and software engineering. It then moves into artificial intelligence, database engineering, embedded systems, cybersecurity, enterprise cloud computing, software project management, IT governance, elective study, and research.
Research has a defined place throughout the program. Research Techniques appears in the first semester, Research Seminar in the third semester, and Thesis in the fourth semester. This sequence allows students to move from understanding research methods to discussing a focused research area and completing an extended research project.
The program is relevant to graduates whose previous engineering study is connected with computing, software, information technology, electronics, or electrical systems.
It may suit students interested in:
Advanced computer architecture and system design.
Algorithms and software engineering.
Operating-system design.
Artificial intelligence and data-related computing.
Database engineering.
Embedded systems.
Cybersecurity and network systems.
Enterprise cloud computing.
Software project management.
Research and thesis work.
Further research-oriented academic study.
The course is also structured to accommodate working professionals through a flexible learning arrangement.
Advance Computer Architecture
Data Structure and Algorithm Design
Operating System Design and Implementation
Research Techniques
Software Engineering
The first semester establishes the technical and research foundation of the graduate program. Computer architecture, algorithms, operating systems, and software engineering are studied alongside Research Techniques.
Artificial Intelligence
Database Engineering
Embedded Systems Design
Elective I
Elective II
Semester II combines three core technical areas with two electives. This allows students to maintain a common computer-engineering base while beginning to shape their study around particular technical interests.
Cyber Security
Enterprise Cloud Computing
Software Project Management
IT Governance and Ethics
Research Seminar
Elective III
The third semester expands the program into security, cloud infrastructure, project management, governance, and research discussion. An additional elective provides further room for specialization.
Elective IV
Thesis
The final semester places the main academic emphasis on thesis work alongside a fourth elective.
The elective structure is organized around three areas.
This track includes areas such as:
Data Mining
Deep Learning
Big Data Analytics
It is oriented toward students who want their elective study to concentrate on computational intelligence and data analysis.
This track focuses on:
Digital Forensics
Network Security
Threat Management
It connects with the broader curriculum in Cyber Security and computer systems.
This track covers areas including:
DevOps
IoT
Blockchain
Software QA
The focus is on software systems, development practices, connected technologies, and software quality.
Research is one of the distinguishing academic components of MCE.
Students study Research Techniques during the first semester, followed by Research Seminar in Semester III and Thesis in Semester IV. The research process involves examining a technical problem, identifying gaps, developing an approach to the problem, and working toward a research-based solution.
This structure is relevant to students interested in research and development as well as those considering continued academic research after the master’s degree. The program also connects research with areas such as computing systems, software, networks, cybersecurity, and data-oriented technologies.
Eligibility: Applicants must hold a BE degree in one of the following areas:
Computer Engineering
Software Engineering
Information Technology
Electronics & Communication Engineering
Electrical & Electronics Engineering
An equivalent engineering discipline
Applicants must have a minimum 2.0 out of 4.0 CGPA or an aggregate of 45 percent, equivalent to Second Division, in their undergraduate studies.
The qualifying degree must be obtained from an institution recognized by Pokhara University.
The MCE admission process includes four stages:
Submit an application online or visit the college.
Sit for the entrance examination based on Pokhara University standards.
Attend an admission interview with faculty.
Complete the required documentation and fee payment for enrollment.
Admission therefore involves academic eligibility, entrance participation, an interview, and completion of the enrollment requirements.
The combination of coursework, electives, research, and thesis can support development in several technical areas.
Students may strengthen their abilities in:
Computer architecture and systems.
Algorithm design.
Software engineering.
Operating-system design.
Database engineering.
Embedded systems.
Network engineering.
Cybersecurity.
Artificial intelligence and machine learning.
Data analysis.
Cloud computing.
Technical problem solving.
Research design and analysis.
The thesis adds a separate research component requiring students to work with a focused problem over an extended period.
The academic areas covered in MCE relate to a range of technical and research-oriented roles. Graduates may explore work depending on their specialization, technical preparation, professional experience, and available opportunities.
Possible areas include:
| Career Area | Related Academic Focus |
|---|---|
| Software and Systems Development | Software Engineering, architecture and algorithms |
| Network Engineering | Networks, systems and communication |
| Cybersecurity | Cyber Security, digital security and threat analysis |
| Data and AI | Artificial Intelligence, data-related electives |
| IT Consulting | Systems, governance and technical analysis |
| Software Project Management | Software Project Management |
| Research | Research Techniques, Research Seminar and Thesis |
The course also connects with roles such as system developer, system analyst, IT consultant, business analyst, cybersecurity specialist, network engineer, data scientist, and IT project manager. Further research through doctoral-level study is another pathway identified for graduates with continuing research interests.
Everest Engineering College was established in 2001 A.D. and is located at Sanepa-2, Lalitpur. It offers engineering education under Pokhara University affiliation.
For graduate students, the academic setting includes classrooms, seminar facilities, library resources, research activities, projects, interaction with faculty members, and academic events. The college also maintains a Research Management Cell connected with research publication and conferences.
These institutional resources complement the research-oriented elements of MCE, particularly Research Techniques, Research Seminar, electives, and thesis work.
Course: Master of Computer Engineering (MCE), a graduate engineering program affiliated with Pokhara University.
Academic Structure: Two academic years divided into four semesters.
Total Credits: 60 credits.
Seats: 30.
Eligibility: Applicants need a BE degree in Computer, Software, IT, Electronics & Communication, Electrical & Electronics, or an equivalent engineering discipline, with at least 2.0/4.0 CGPA or 45 percent in undergraduate study.
Yes. Applicants sit for an entrance examination based on Pokhara University standards and then attend an admission interview.
Yes. Thesis is included in Semester IV.
Students can focus their elective study around Artificial Intelligence and Data Science, Cybersecurity and Network Systems, or Software Systems and Emerging Technologies.
The curriculum includes Research Techniques in Semester I, Research Seminar in Semester III, and Thesis in Semester IV.
Graduates may explore software and systems development, network engineering, cybersecurity, data and AI-related work, IT consulting, project management, and research according to their skills and professional experience.
