Master of Science in Engineering
- Key Information
Course Name:
Master of Science in Engineering
University Name:
University Malaysia of Computer Science & Engineering (UNIMY)
Campus:
Kuala Lumpur
Qualification:
Master
Duration:
2 years
Intake:
February, May, September
IELTS:
5.5
Study Mode:
On-campus
Study Type:
Full time study
Program Mode:
Coursework
Yearly Tuition Fees
| Year | Fee |
|---|---|
| 1st Year | MYR 17,900 |
| 2nd Year | MYR 17,900 |
Other Fees
| Description | Fee |
|---|---|
| Facilities Fee (Yearly) | MYR 3,000 |
| Visa and Insurance | MYR 1,000 |
Campus
Kuala Lumpur
Qualification
Master
Duration
2 years
Intake
February, May, September
IELTS
5.5
Study Mode
On-campus
Study Type
Full time study
Program Mode
Coursework
Are you interested to apply for
University Malaysia of Computer Science & Engineering (UNIMY)?
Course Fee for International Students
Yearly Tuition Fees
| Year | Fee |
|---|---|
| 1st Year | MYR 17,900 |
| 2nd Year | MYR 17,900 |
Other Fees
| Description | Fee |
|---|---|
| Facilities Fee (Yearly) | MYR 3,000 |
| Visa and Insurance | MYR 1,000 |
Course Overview
The Master of Science in Engineering offers a sophisticated pedagogical framework designed to ground scholars in the foundational tenets and transformative methodologies of autonomous engineering inquiry and advanced applied science. This research-intensive postgraduate degree facilitates a transition from foundational engineering to expert-level investigative proficiency by synthesizing rigorous theoretical inquiry with independent, high-impact scholarly exploration, ensuring that candidates can navigate the systemic complexities of contemporary engineering challenges. The curriculum is strategically structured to provide a comprehensive mastery of critical research pillars: Sustained Investigative Rigor and Knowledge Generation: Cultivating the analytical capacity to conduct in-depth research that contributes original insights to the global body of technical literature, bridging the gap between existing theory and groundbreaking technological application. Scholarly Mentorship and Intellectual Stewardship: Developing the expertise required to navigate specialized areas of study through close collaboration with esteemed faculty, fostering the intellectual independence necessary for high-level scientific contribution. Advanced Methodological Proficiency: Establishing a thorough understanding of complex engineering principles and research methodologies, equipping graduates with the critical thinking abilities required to solve multifaceted technical issues. Strategic Leadership in Global R&D: Mastering the “hard skills” of independent inquiry and academic dissemination, preparing candidates for influential roles within academia, research institutions, and governmental organizations. By integrating advanced technical expertise with intensive research training and professional mentoring, the program equips candidates with the executive scholarly competencies required for a profound professional impact. Graduates emerge as prepared scholar-practitioners ready for pivotal roles as Principal Research Engineers, Senior Technical Consultants, or Academic Lecturers, possessing the prerequisite academic rigor to spearhead industrial innovation or pursue advanced doctoral research in specialized engineering domains.
Curriculum
Programme Structure
| Year / Stage | Themes | Key Modules |
|---|---|---|
| Foundation Stage | Research Readiness & Literacy | Research Methodology and Academic Writing: Evaluation of computing research, methodology selection, lexical accuracy, and thesis presentation skills. |
| Research Stage | Investigation & Thesis Development | Master Research 1 & 2: Initial data collection, literature review synthesis, and methodological application. |
| Completion Stage | Analysis & Dissertation | Master Research 3 & 4: Advanced data analysis, results interpretation, final thesis submission, and preparation for oral examinations (Viva Voce). |
Field of Research
N/A