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Missed our Open Day? Join our Personalised Counselling Sessions on 4, 11, 18, and 25 April 2026 to explore your study options, learn about scholarships, and discover what it’s like to study at an institution ranked among Asia’s Top 30 and the World’s Top 1%.

PROGRAMME DETAILS HOW TO APPLY DISCOVER MORE

OVERVIEW
PROGRAMME STRUCTURE
ENTRY REQUIREMENTS
WHY TAYLOR'S
WHERE THIS LEADS

Taylor's Foundation in Computing is designed to prepare you for IT-related degree pathways, such as computer science, software engineering, and information technology. It builds strong fundamental computing skills while providing practical knowledge through hands-on projects.

 

This programme offers a dynamic learning environment that extends beyond the classroom, allowing you to apply theory into practice while developing discipline-specific knowledge, cognitive capabilities, and essential soft skills.

 

Through engaging projects and real-world applications, you will gain practical experience relevant to today’s computing field. With the support of our academic team, you will be well-prepared to progress into degree studies across computing disciplines.

Programme Information for 2026

Duration

1-year

Study options

Full Time Only

Intake Month

February, April, August

Offered by

School of Pre-University Studies

Accredited by

MQA

Fees

MYR 28,600 (Local)
USD 10,642 (International)

Start it Right (SIR) is a complimentary two-week pre-intake onboarding for Taylor's College Pre-U students, offered on a first-come, first served basis. For SIR enrollment in TOPAS, select Jan/Mar/July. Learn more here. 

 

To support your journey, you can also explore the scholarships offered here.

Note: Fees will be reviewed annually. For the avoidance of doubt, Taylor’s reserves the right to revise the fee payable for any given semester.

Effective 1 July 2025, a 6% Service Tax will be imposed on non-Malaysian citizens, applicable to all fees and charges, except International Security Deposit and EMGS application fees. Fees shown in the Fee Schedule are exclusive of the 6% Service Tax. The Service Tax rate and taxable fee components are subject to change as determined by government regulations.

The Foundation in Computing programme helps you to develop strong fundamental skills in computing through a combination of guided learning and hands-on projects. You will apply theory to practice while building discipline-specific knowledge, problem-solving abilities, and essential soft skills.

 

The curriculum focuses on core areas such as programming and mathematics, which support your progression into computing disciplines. This  prepares you for further studies in computer science, software engineering, and information technology

Modules

Modules

Year 1

  • English I
  • English II
  • Mathematics
  • Introduction to Computing Mathematics
  • Introduction to Information Systems
  • Introduction to Algorithm
  • Introduction to Computing
  • Web Programming
  • Practical IT Skills
  • Critical and Creative Thinking Skills

*All information is subject to change. Readers are responsible for verifying information that pertains to them by contacting the college.

Ready to take the next step in your academic journey? As you consider the Foundation in Computing at Taylor’s College, review the entry requirements below to understand the qualifications needed for applicants with SPM or equivalent results.

Qualifications

Qualifications

SIJIL PELAJARAN MALAYSIA (SPM)

Pass with minimum of 5 credits including Mathematics / Additional Mathematics

 

O LEVEL

Pass with minimum of 5 credits including Mathematics / Additional Mathematics

 

UNIFIED EXAMINATION CERTIFICATE (UEC)

Pass with minimum of 3Bs including Mathematics

 

OTHER QUALIFICATIONS

Any other equivalent qualifications recognised by Malaysian Government

*All information is subject to change. The above entry requirements serve as a guideline. Readers are responsible to verify the information by contacting the university’s Admissions Department.

Note: Students continuing to bachelor’s degree programmes at Taylor’s University are required to meet the respective programmes’ entry requirements, available on the Taylor’s University website. 

English Requirements

English Requirements

SPM English

Pass

 

IELTS

Overall Band 4.0

 

TOEFL

iBT 31

 

MUET

Band 2

 

UEC

C8

TAYLOR'S EET

Overall Score 4.0

 

TAYLOR'S IEN

Level 1- Grade B or Level 2- Grade C

 

COMPLETED HIGH SCHOOL (YEAR 11) THAT WAS CONDUCTED IN ENGLISH

*All information is subject to change. The above entry requirements serve as a guideline. Readers are responsible to verify the information by contacting the university’s Admissions Department.

Key Highlights of Foundation in Computing

This Foundation in Computing programme is designed as a pathway to further studies in IT disciplines. Upon completion, you can progress to undergraduate programmes at Taylor’s University.

Education Pathway

 

Explore pathways that connect your foundation studies to degree programmes in computing. For pathways beyond what’s listed here, speak to our counsellors for guidance.

School of Computer Science

Bachelor of Computer Science, Bachelor of Software Engineering, Bachelor of Information Technology

Future Careers

 

This pathway can lead to careers in fields including artificial intelligence, software development, data science, and technology-related roles, depending on your chosen degree and area of specialisation. Examples of roles include:

  • Systems Programmer
  • Automotive Software Engineer
  • Artificial Intelligence Research Scientist
  • Algorithm Specialist
  • System Analyst
  • Computing Security Incident Responder
  • Information Security Analyst
  • Information Security Engineer
  • Web Developer
  • Database Administrators
  • IT Project Managers

Starting your Foundation in Computing programme marks a thrilling step forward in shaping your academic future and career aspirations. We're here to make your application process as smooth and clear as possible.

 

Please visit our Admissions website to learn more about the steps involved and the documents you'll need. For international students, please go here.

CHAT WITH STUDENT
GET INSPIRED
FAQ

Experience Taylor's College Through the Eyes of Our Students

 

Are you curious about what life is really like at Taylor's? Do you have questions regarding our Diploma in Information Technology programme that only a current student can answer? Our Unibuddy programme is here to connect you with our friendly and knowledgeable student ambassadors. 

 

Why Talk to a Unibuddy?

  • Real Insights: Get honest, firsthand experiences about studying and living here.
  • Personalised Advice: Whether it’s about course workload, best study spots, or student clubs, get the lowdown on what interests you.
  • Diverse Perspectives: Our student ambassadors come from various backgrounds and study different courses. Find someone who shares your interests or challenges!

 

Ask anything you like about studying with us. Our student will get back to you within 24 hours.

1. Do I need to know coding before joining Foundation in Computing?

1. Do I need to know coding before joining Foundation in Computing?

No prior coding experience is required. The programme introduces you to programming and computing fundamentals from the ground up.

2. Is Foundation in Computing difficult?

2. Is Foundation in Computing difficult?

The programme is designed to introduce concepts progressively, focusing on building your understanding step by step. It is suitable for students without a strong technical background.

3. Is Foundation in Computing better than Foundation in Science for tech degrees?

3. Is Foundation in Computing better than Foundation in Science for tech degrees?

If you are aiming for degrees in computing, IT, or software development, the Foundation in Computing is more tailored to your goals. It focuses on tech-specific subjects compared to the broader STEM scope in the Foundation in Science.

4. What programming languages or tech skills will I learn?

4. What programming languages or tech skills will I learn?

You will develop core skills, including web development with HTML, CSS, and JavaScript, programming in Python, algorithm design, and practical IT applications, with hands-on projects throughout the year.

5. What is the difference between Foundation in Computing and Foundation in Engineering?

5. What is the difference between Foundation in Computing and Foundation in Engineering?

Foundation in Computing focuses on areas such as programming, data, and digital systems, preparing you for degree pathways in computer science, software engineering, and information technology.

 

Foundation in Engineering, on the other hand, focuses more on mathematics, physics, and engineering principles, leading to degree pathways such as mechanical, electrical, or civil engineering.

 

Students from Foundation in Engineering may be able to progress to certain computing-related degrees depending on their results and the programme’s entry requirements. We recommend checking the specific progression criteria or speak with a counsellor for guidance.

6. Can I specialise in areas like artificial intelligence or cybersecurity later?

6. Can I specialise in areas like artificial intelligence or cybersecurity later?

Yes. After completing the foundation programme, you can choose degree pathways that lead to specialised areas such as  Artificial IntelligenceCybersecurity, Computer ScienceSoftware Engineering, and Information Technology. Taylor’s University, ranked among the world’s Top 100 for Data Science & AI, offers a range of related undergraduate programmes through its School of Computer Science to support these pathways.

7. In the age of AI-generated code, is studying computing or IT still relevant?

7. In the age of AI-generated code, is studying computing or IT still relevant?

Yes. Studying computing or IT remains highly relevant, even as AI becomes more widely used.

 

AI is increasingly part of tools that support tasks like coding, testing, and data analysis, but it does not replace the need for strong computing fundamentals. This is because AI operates within systems that still need to be designed, built, and improved by people.

 

Many roles in computing focus on exactly this; understanding how software works, structuring systems, and solving real-world problems. 

 

By studying computing, you develop these foundations, allowing you not only to use AI tools effectively, but also to understand how they work and contribute to building and shaping them.

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