- College
- College of Engineering
- Campus
- Dammam
- Level
- Postgraduate
- Degree
- MEng
- Years of study
- 2 (Courses and a research project)
- Credit hours
- 35
Department Biomedical Engineering
Mission
To develop globally competitive biomedical engineering professionals through high-quality graduate education and applied engineering practice, preparing graduates to design and implement biomedical technologies that enhance healthcare services, quality of life, and sustainable national development.
Vision
A professionally oriented graduate program that prepares innovative biomedical engineers to lead the development and application of advanced healthcare technologies, contributing to the future of engineering practice and supporting Saudi Arabia’s Vision 2030 through impactful, industry-aligned solutions.
Objectives
The objectives of the Master of Engineering (MEng) in Biomedical Engineering are designed to ensure that graduates acquire advanced professional knowledge, applied engineering skills, and the competencies required for effective practice and leadership in biomedical and healthcare engineering fields. Accordingly, the program aims to:
- Provide advanced theoretical and applied knowledge in biomedical engineering to prepare graduates for professional engineering practice in healthcare, medical technology, and related industries.
- Develop strong applied engineering competencies through hands-on problem solving, system design, implementation, and a professionally oriented graduation project.
- Foster innovation in biomedical technologies and digital health applications through the practical application of engineering principles to real-world healthcare challenges.
- Ensure graduates are prepared to operate in accordance with international and national standards, regulatory frameworks, and ethical principles governing biomedical engineering practice and healthcare technologies.
- Prepare graduates for professional growth and leadership roles by strengthening technical decision-making, communication, teamwork, and problem-solving skills in biomedical and healthcare environments.
Value
The Master of Engineering (MEng) in Biomedical Engineering offers a strong professional value by integrating advanced biomedical engineering knowledge with applied, industry-oriented practice. The program emphasizes hands-on system design, clinical engineering applications, medical device development, digital health technologies, and regulatory compliance, ensuring graduates are prepared to address real-world healthcare challenges. Through a balanced curriculum combining technical depth, management fundamentals, and a professionally oriented graduation project, the program supports Saudi Arabia’s Vision 2030 by contributing to the development of a skilled biomedical engineering workforce capable of advancing healthcare technology, innovation, and sustainable national development.
General Graduation Requirements
To be awarded the Master of Engineering (MEng) in Biomedical Engineering, a student must fulfill all graduation requirements in accordance with the approved academic regulations of Imam Abdulrahman Bin Faisal University.
In particular, the student is required to:
- Successfully complete all courses included in the approved study plan for the program, totaling 35 credit hours, within the maximum duration permitted by university regulations.
- Attain a cumulative grade point average (CGPA) of no less than Very Good at the time of graduation.
- Comply with all academic, administrative, and ethical regulations governing postgraduate studies at the University.
- Fulfill all financial and administrative obligations and meet any additional graduation requirements specified by the Deanship of Graduate Studies.
The degree is awarded following confirmation that all program and university requirements have been satisfied and upon approval by the relevant academic authorities.
Career Opportunities
Graduates of the Master of Engineering (M.Eng.) in Biomedical Engineering are qualified for a wide range of professional roles across healthcare, industry, and applied engineering sectors. Career outcomes include positions such as Biomedical Engineer, Clinical Engineering Specialist, Medical Technology Development Engineer, Healthcare Systems Engineer, Medical Device Applications or Support Engineer, and Biomedical Systems Integration Engineer. Graduates may also pursue roles in medical device manufacturing, regulatory and quality assurance, digital health systems, applied research and development units, rehabilitation and assistive technologies, and healthcare technology management. These career pathways align with national priorities for strengthening healthcare infrastructure, localizing medical technologies, and supporting digital transformation initiatives under Saudi Arabia’s Vision 2030.
Contact us
Dr. Saleh Ibrahim Alzahrani
Email: CE.BED@iau.edu.sa