About Program

Overview

Medical Equipment Engineering is an interdisciplinary program that combines biology and medical theory with specialized training in electrical, physics, material, and mechanical engineering. It applies engineering principles to develop devices, equipment, computer systems, and software used in healthcare to improve human health and quality of life.

The Bachelor’s program provides essential skills and knowledge to drive change in the healthcare system, including advances in imaging, robotics, materials engineering, prosthetics, and computer science.

Students will study mechanical, electrical engineering, artificial intelligence (e.g., machine learning, neural networks, fuzzy logic), and modern biomedical systems.

Vision

To excel in advancing medical technology, and improving healthcare outcomes through innovative and sustainable biomedical solutions.

Mission

To prepare skilled engineers to design, develop, and maintain medical equipment that enhances patient care, supports healthcare professionals, and addresses global and local healthcare challenges ethically and sustainably.

Goals

Prepare graduates for graduate school and biomedical industry careers.
Develop strong professional, ethical, and communication skills.
Provide a solid understanding of Medical Equipment Engineering and related technologies.
Foster a collaborative environment for personal and professional growth.
Train engineers with expertise in Medical Equipment Engineering and electronic systems.
Teach systematic approaches to using IT tools for solving complex biomedical problems.

Career of Graduates

Graduates of this program are qualified for employment in:

Medical device and electronics industry.
Hospitals and healthcare organizations.
Private research institutes.
Rehabilitation and related fields.
Private businesses.
Graduate studies.

Program Learning Outcomes

Upon completion of this program, students should be equipped with comprehensive knowledge, skills, and abilities to excel in their endeavors.

Solve complex engineering problems using principles of engineering, science, and mathematics.

Apply engineering design to meet needs while ensuring public health and safety.

Communicate effectively with diverse audiences and stakeholders.

Use quantitative methods, software, and modeling to solve bioengineering challenges.

Design and evaluate electronic circuits or systems for biomedical applications.

Develop experiments, analyze data, and apply engineering judgment for decision-making.

Integrate knowledge from engineering and biosciences to support bioengineering solutions.

Success Stories

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