Master of Science in Information Technology - AI Research

MUST - Master of Science in Information Technology

A program for professionals and future leaders focused on AI research, IT infrastructure, cybersecurity, and data management. It equips learners to drive innovation, develop AI solutions, and lead strategic IT initiatives across industries.

SIMI Swiss - Master of Applied Artificial Intelligence

This program, developed by the AI Institute (a member of SIMI Swiss), designed to equip students with advanced research skills and in-depth expertise in information technology. This program is crafted for professionals and researchers aiming to explore innovative solutions and contribute to the dynamic and rapidly evolving IT industry through focused, independent research.

Distinction

Study abroad courses at MUST offer flexible learning outside of working hours, allowing professionals to gain international experience without disrupting their careers.

Study Abroad

Fully Accredited

Swiss Student Card

Dual Qualifications

Academic Support

Course & Research Activity

The program is implemented according to the study abroad model with 100% of subjects at MUST’s campus in Malaysia on weekends combined with learning on the BLMS system. Students are supplemented with an academic support system from SIMI Swiss.

Research Methods (UCC504)

Overview

Focuses on research principles and methodologies for addressing challenges in information technology.
Covers research design, method selection, data analysis, and interpretation to drive evidence-based solutions.
Emphasizes ethical considerations and the practical application of research outcomes in IT innovation.

Unit Aims

Develop the ability to analyze and apply research methodologies relevant to IT.
Critically evaluate qualitative and quantitative research approaches to solve IT-related problems.
Understand tools and techniques for data collection, analysis, and interpretation to inform IT research and development.

Course Details

This course is accredited and mapped to National Occupational Standards. It can also be accumulated towards earning a Master Award from SIMI Swiss if taken independently.

View details on Learning Outcomes, Topics, and Suggested Readings HERE.

Research Project (MIT600)

Overview:

The Thesis Research is the culminating experience for students in the Master of Science in Information Technology program. This course enables students to apply the research methodologies, technical expertise, and analytical skills gained throughout their studies to address a significant, real-world problem in the field of information technology. Working independently under the guidance of an academic supervisor, students will conduct rigorous research, analyze complex technological challenges, and propose innovative, practical solutions.

Unit Aims:

To conduct independent research that integrates concepts, methodologies, and technologies from the field of information technology.
To critically evaluate existing literature and apply appropriate research methodologies to solve a specific IT-related problem.
To develop advanced analytical, problem-solving, and technical skills to generate valuable insights and recommendations for the IT industry.
To enhance project management, report writing, and presentation skills to effectively communicate research findings to academic and professional audiences.

Thesis Structure:

Project Proposal: Students will begin by identifying a relevant and specific research question, preparing a proposal that includes objectives, research methodology, a literature review, and anticipated outcomes.
Data Collection & Analysis: Students will gather and analyze primary or secondary data using appropriate research methods (qualitative, quantitative, or mixed methods) to address the research question.
Final Report: The thesis culminates in a comprehensive research report that presents the problem, methodology, findings, and practical recommendations, demonstrating critical thinking and academic rigor.
Presentation: Students will present their research findings to a panel of academic supervisors and industry professionals, showcasing their ability to communicate outcomes clearly and professionally.

Learning Outcomes:

Develop advanced research, analytical, and technical skills relevant to the IT field.
Demonstrate the ability to apply theoretical knowledge to solve real-world IT challenges.
Produce a high-quality research report and deliver a professional presentation of findings.
Contribute innovative and practical solutions to advance the field of information technology.

Entry requirements & Learning methods

Entry Requirements

In addition to the entry requirements, candidates applying to the program are also assessed for their suitability by the admissions committee before joining the program to ensure that they can acquire and benefit from the program.

Entry requirements:

To enroll this program, learners must possess one of the criteria below:

A Bachelor’s qualification in Majors from accredited universities;
Or a Level 6 EQF diploma or an equivalent qualification from organizations that are authorized to issue qualifications and have been accredited.

English requirements:

If a learner is not from a predominantly English-speaking country, proof of English language proficiency must be provided.

Common European Framework of Reference (CEFR) level B2 or equivalent;
Or A minimum TOEFL score of 101 or IELTS 6.5; Reading and Writing must be at 6.5 or equivalent.

Please note:

SIMI Swiss does not accept entry qualifications from counterfeit universities, Diploma Mills, or universities accredited by unreliable accreditation agencies.
SIMI reserves the right to make admissions decisions based on the requirements of recognized agencies and the global quotas of the program.

Learning methods

The qualification is designed to be delivered over 1,5 academic years for full-time study, but it also offers a flexible model to accommodate part-time and distance learning options.

The qualification is delivered in the following modes:

1. Off-campus Mode:

The program combines Live Classes with lecturers and local tutors (where applicable) for a hybrid learning experience.

- Offering interactive, real-time engagement with instructors.
- Local tutors provide additional guidance to help learners apply theoretical concepts to practical scenarios (please note that local tutors only apply where SIMI has a scientific partner).
- Ideal for busy professionals seeking flexibility with personalized support.

Learn more about the overview of enrolling in online classes at SIMI Swiss [Video HERE]

Learn more about the effectiveness of SIMI Pedagogy [Video HERE]

2. Fully Online Mode:

The program is implemented using a combined automated training model that includes:

- Optimized Online Learning System: Designed to enhance the self-study process.
- Bite-Sized Lectures: Lessons are structured in short, manageable modules, enabling students to grasp the content immediately after completing each module.
- Comprehensive Support System: Provides students with the necessary tools and support to efficiently fulfil course requirements.

Learn more about how to use the automated training model [Video HERE]

Academic Support

We understand that pursuing an accredited postgraduate program can be both exciting and challenging, especially for busy adult learners. To help you overcome these challenges, we’ve created the SIMI Swiss Supporting Systems, designed to guide you through any difficulties during your studies.

For a full overview of the support available, be sure to watch our informative videos, offering help at every stage of your academic journey.