Study Biomedical Engineering in Malaysia

Biomedical Engineering is a modern, interdisciplinary field that combines engineering and medical sciences to develop technological solutions that enhance healthcare, disease diagnosis, and treatment.

About Biomedical Engineering Program

Biomedical Engineering a multidisciplinary field that combines principles of engineering (such as electrical, mechanical, and computer engineering) with medical sciences to enhance healthcare and develop medical devices.

Designing and developing medical devices (such as prosthetics and imaging equipment).

  • Developing diagnostic and therapeutic software.

  • Working in hospitals to maintain medical equipment.

  • Conducting scientific research at universities or medical centers.

  • Working in medical equipment or pharmaceutical manufacturing companies.

Analyzing medical systems.

  • Programming and analyzing biomedical data.

  • Designing biomedical devices and systems.

  • Comprehensive understanding of human anatomy and physiological functions.

Why Choose Malaysia for Studying Biomedical Engineering?

• Many Malaysian universities are internationally recognized (such as University of Malaya (UM) and Universiti Putra Malaysia (UPM)).
• Programs follow international standards and are taught in English.

• Tuition fees are significantly lower than in Western countries.
• Living costs are affordable for students, making Malaysia an ideal destination for international students.

• A country of diverse ethnicities and religions, welcoming students from all nationalities.
• A rich, diverse learning environment that helps broaden horizons and prepares students for global workplaces.

  • • Malaysian universities offer industrial training (internships) in collaboration with technology companies and medical centers.
    • Malaysia’s proximity to biotechnology hubs in Asia makes it an excellent place to start a successful career.

  •  

  1. • Application and admission procedures are clear and straightforward.
    • The Malaysian government supports international students, including offering scholarships in some cases.

Tuition Fees for Biomedical Engineering Programs in Malaysian Universities

Malaysia has become a prominent destination for higher education in the field of health and technology, particularly Biomedical Engineering, which plays an increasingly vital role in today’s healthcare landscape. Universities across Malaysia offer a wide range of Biomedical Engineering programs, designed to equip students with key skills in areas such as medical device design, bioinstrumentation, biomaterials, rehabilitation engineering, and healthcare technology innovation.

This guide provides an overview of tuition fees for Biomedical Engineering programs at leading Malaysian universities. With options ranging from undergraduate degrees to specialized postgraduate studies, prospective students can compare costs and select a program that matches their academic goals and future career aspirations.

Whether you are looking for an affordable education or aiming to invest in a premium, internationally recognized degree, Malaysian institutions cater to diverse needs while maintaining high academic standards

University
Program
Fees
Details

University of Technology Malaysia - UTM

Bachelor of Biomedical Engineering

MYR 75,000

University of Cyberjaya - UOC

 Bachelor of Biomedical Engineering Technology

MYR 82,000

University of Technology Malaysia - UTM

PhD in Biomedical Engineering

MYR 51,237

University of Technology Malaysia - UTM

Master of Biomedical Engineering

MYR 27,340

SEGi University

 Bachelor of Biomedical Engineering

MYR 82,690

Read More

Mahsa University

Bachelor of Biomedical Engineering

MYR 112,126

Read More

City Universit

Bachelor of Biomedical Engineering

MYR 62,292

Read More

Note

  1. Tuition fees are estimated annually and may vary depending on the type of program and academic level, as well as potential differences based on the student’s nationality (international or local).
  2. Fees may also change depending on the academic year or specific program specializations

Malaysian Universities Offering Biomedical Engineering Programs

  • Program

    Bachelor of Biomedical Engineering Technology

  • Overview

    Cyberjaya University is considered one of the best universities for medical and health-related disciplines. Cyberjaya University was established in 2005 in Cyberjaya, the first smart city in Malaysia, and spans an area of 10 acres. It is one of the newest cities in Malaysia, fully equipped, and environmentally friendly, thus providing a peaceful and conducive environment for students to live and learn.

  • Program

    Bachelor of Biomedical Engineering

  • Overview

    SEGi University is one of Malaysia's oldest and most prominent private educational institutions, founded in 1977. It enjoys a good reputation and a prestigious standing. The university's main campus is located in Kota Damansara, spanning 10 acres, and is easily accessible via the Kota Damansara MRT station.

  • Program

    Bachelor of Biomedical Engineering

  • Overview

    City University Malaysia was founded in April 1984 by a group of academics. Initially known as Petaling Jaya Community College, the institution was granted full university status in 2016. The university, along with its associated publishing house, City University Press, operates under the management of the UCSI Education Group.

  • Program

    Master of Engineering (Electronics and Communication)

  • Overview

    Universiti Teknologi Malaysia (UTM) was founded in 1904 as a technical school in Kuala Lumpur and has evolved into a leading public research university. With its main campus in Johor Bahru and a branch in Kuala Lumpur, UTM is distinguished by its academic excellence, particularly in the fields of Science, Engineering, and Technology.

  • Program

    Bachelor of Biomedical Engineering

  • Overview

    MAHSA University (Malaysian Allied Health Sciences Academy) is a private university established in 2005 in Malaysia, centrally located in the state of Selangor. The university began as a specialized college for health sciences but later expanded to become a comprehensive university offering a diverse range of academic programs in fields such as Medicine, Dentistry, Nursing, Pharmacy, Engineering, Business Administration, and Law.

Biomedical Engineering Definition

Field

Biomedical Informatics

Definition

Analyzing medical and genetic data. Developing hospital information systems and intelligent diagnostic tools using AI

Field

Medical Device Design

Definition

Developing devices such as MRI scanners, X-ray machines, and ventilators. Designing precise and safe surgical instruments

Field

Prosthetics and Orthotics

Definition

Designing and developing smart prosthetic limbs that interact with neural signals. Manufacturing assistive devices that help patients move and perform daily activities

Field

Tissue Engineering and Regenerative Medicine

Definition

Growing tissues and cells to repair or replace damaged organs. Using 3D bioprinting to produce human tissues

Field

Neural Engineering

Definition

Developing technologies to treat neurological disorders such as paralysis and epilepsy. Designing brain-computer interfaces (BCI).

Field

Biomechanics

Definition

Studying body movement and forces on bones and joints. Designing tools to help treat mobility injuries and fractures.

Field

Clinical Engineering

Definition

Managing and maintaining medical equipment in hospitals. Training medical staff on device usage. Ensuring compliance with safety and quality standards

Field

Molecular and Cellular Engineering

Definition

Modifying cells or genes to treat diseases. Designing smart drug delivery systems targeted to specific cells

Why Has Biomedical Engineering Become One of the Most In-Demand Specializations?

With the significant progress in technology, there is a growing need for specialists capable of designing and developing smart medical devices and technologies such as surgical robots, advanced imaging systems, and early diagnostic tools.

The increasing global population and higher life expectancy have led to a rise in chronic diseases. This makes it essential to have medical technologies that enhance quality of life and enable the delivery of efficient healthcare.

Biomedical engineering combines medicine, engineering, programming, and artificial intelligence—qualifying graduates to work in a variety of advanced fields such as hospitals, medical device companies, pharmaceutical companies, and scientific research centers.

  • Biomedical engineering is at the forefront of innovation in:

    • Personalized medicine

    • 3D bioprinting of organs

    • Artificial organ transplantation

    • Big data analysis in healthcare

  •  

  • As investments in health technology continue to grow, job opportunities in this field have expanded across both public and private sectors—locally and internationally.

Duration of study for studying Biomedical engineering in Malaysia

Study Level
Duration
Study Mode
Language
Language Level

Diploma

2-3 Years

Full-Time

 English

 EnglishTOEFL 61, IELTS 6.0

Bachelor's

 3-4 Years

Full-Time

 English

 EnglishTOEFL 61, IELTS 6.0

Master's

1-2 Years

Full-Time / Research

 English

 EnglishTOEFL 61, IELTS 6.0

Doctorate (Ph.D.)

3-5 Years

Research

 English

 EnglishTOEFL 61, IELTS 6.0

Common Courses in Biomedical Engineering Studies

  1. Anatomy, Physiology, Biochemistry, Cell Biology, Microbiology
  1. Molecular Biology, Pathology, Immunology, Pharmacology, Genetics

  1.  Clinical Biochemistry, Hematology, Research Methodology,  Epidemiology, Forensic Medicine

  1. Graduation Research Project, Bioethics

Job Opportunities in the Cybersecurity Field

Research and Academic SectorHealth Informatics Specialist

Manages and analyzes healthcare data using IT systems to support clinical decision-making, electronic medical records, and smart hospital infrastructure.

Technical Trainer

Trains medical staff and technicians on how to operate and maintain biomedical equipment properly and safely.

Medical Devices Engineer

Designs, tests, and maintains medical equipment such as MRI machines, ventilators, and infusion pumps to ensure safety and effectiveness in clinical settings

Medical Technology Researcher

Conducts scientific research to develop innovative medical technologies and solutions that improve diagnosis, treatment, and patient care.

Biomedical Equipment Design Engineer

Specializes in designing and developing new medical devices and tools, integrating electronics, mechanics, and ergonomics to meet clinical needs.

Medical Software Engineer

Develops software applications for medical imaging, diagnostics, or patient monitoring systems, often incorporating AI and data analytics

Specialized Biomedical Engineer

Works in niche fields such as tissue engineering, neural engineering, or rehabilitation technology, focusing on advanced solutions tailored to specific health challenges

Frequently asked questions​

Malaysia offers high-quality education at affordable costs, with internationally recognized universities and English-taught academic programs

  1. English is the primary language of instruction. Most universities require TOEFL or IELTS scores, but some institutions offer preparatory English language programs.
  • Yes, many Malaysian universities are accredited by international bodies such as ABET and MQA, and their graduates are recognized in several countries.

Yes, universities provide industrial training programs (internships) and partnerships with tech companies and medical centers across Malaysia and Asia.

  • Yes, international students are allowed to work part-time (up to 20 hours per week) during official holidays and semester breaks.

Offer Letter

Please send the following documents for your registration:

1- Copy of the full passport.
2- Passport-sized photo with a white background.
3- Copy of the high school diploma.

You can submit these documents through the direct registration link provided, or via email or WhatsApp.

WhatsApp: +60176237619
Email: info@brightvision-og.com

We will process your request within one week, after which you will be able to receive the acceptance letter."

Visa Application

Once the acceptance letter from the university is received, the consultants will arrange to send it to you. Afterward, the student will be required to directly pay the visa fees to the university's account to initiate the visa procedures and complete the missing documents.

Please submit the following documents:
1- Receipt of visa fees payment.
2- Completion of the missing documents.

Your request will be processed within a period ranging from 20 to 60 days, during which you will obtain a VAL visa.

Accommodation

If you wish to book accommodation through us, please send us your travel ticket, and we will present the available rooms for you to choose the type of room you prefer. Once you make your selection, we will proceed to book the room for you in advance.

Airport pickup

All foreign students coming to Malaysia with a student visa must arrange their arrival time in advance. Upon arrival at the Malaysian airport, you will not be able to exit directly from the airport. Instead, you must arrange in advance for your reception.

A university representative will go to the airport on your arrival day, where they will handle the necessary administrative procedures for your exit from the airport. After that, they will arrange your transportation from the airport either to the university or to the place of accommodation.

Start your studies

Before commencing studies, students must pay the university fees for the first year and undergo a medical examination. After that, students can start their studies. It should be noted that some universities may require payment of the first-year fees before the student arrives in Malaysia.

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