Program Objectives

The program aims to prepare and graduate distinguished, innovative, and highly competent engineering professionals who possess the ability to communicate and collaborate effectively with specialists across various scientific and engineering disciplines. This is achieved by providing students with the necessary scientific knowledge, practical expertise, and communication skills required to excel in a global professional environment. The Department seeks to establish distinguished educational programs that can be summarized as follows:

• Engineering is an applied science that addresses real-world challenges through the integration of mathematics, natural sciences, and other applied scientific disciplines. Through this educational program, students acquire comprehensive knowledge and practical experience in engineering sciences, mathematics, and natural sciences, enabling them to apply these principles effectively to real-life engineering problems.
• Medical Devices Engineering Technologies integrates engineering sciences such as mechanics and electrical engineering with applied sciences including chemistry and physiology. These disciplines are reinforced through practical training in laboratories, workshops, and industrial facilities. Consequently, graduates develop a strong theoretical foundation supported by extensive practical experience across diverse technical fields.
• The program is designed to enhance students’ analytical, critical thinking, and problem-solving abilities, enabling them to make sound engineering decisions and address professional challenges effectively while considering technical, environmental, ethical, and social responsibilities.
• The curriculum provides students with comprehensive scientific knowledge, practical experience, and professional skills in the field of Medical Devices Engineering Technologies. Graduates are equipped to solve complex engineering problems, provide professional consultation, and apply systematic scientific methodologies to achieve accurate and effective solutions.
• The program aims to equip students with the knowledge and skills required for the design, operation, maintenance, and evaluation of medical devices. It also develops their ability to conduct engineering tests, technical studies, and professional consultancy services that contribute to community development and meet the evolving needs of the healthcare sector and labor market.
• The specialization is intended to prepare Medical Devices Engineering Technologies graduates as application-oriented engineers who are proficient in modern technologies and professional practices within their field. Graduates are expected to be capable of:
  1. Installing, operating, and commissioning a wide range of electronic and electromechanical medical devices, including diagnostic and therapeutic equipment.
  2. Planning, scheduling, and implementing preventive maintenance programs for medical devices.
  3. Participating in and supervising the maintenance, testing, calibration, and performance verification of various medical devices in accordance with professional and technical standards.