العربية The Biomedical Engineering Program stands as the first bachelor’s degree in Yemen to specialize in Biomedical Engineering and Intelligent Systems, offering a contemporary curriculum strictly aligned with accreditation standards and current healthcare market needs. To ensure professional readiness, students are provided with practical training opportunities in leading medical centers and institutions, alongside access to specialized diplomas and training courses tailored to the requirements of the medical technology field. Furthermore, the program integrates international professional certifications to bolster the global competitiveness of its graduates in maintaining and developing sophisticated clinical systems.
The learning experience is supported by a comprehensive infrastructure and a conducive environment featuring modern, advanced biomedical laboratories and specialized workshops. This excellence is driven by a highly qualified and dedicated team of academic and technical staff who oversee both the rigorous technical training and outstanding student activities and services. By combining expert instruction with top-tier medical engineering facilities, the program creates a holistic academic setting designed for student success in the evolving world of healthcare technology.
To be one of the leading electronics engineering departments locally and distinguished regionally.
- Provide students with knowledge, skills, and ethics related to electronic engineering specializations.
- Conduct research and studies of scientific value that have an applied nature in electronic engineering disciplines.
- Prepare qualified engineers who can apply engineering sciences and methods in the labor market, and make decisions and deal with crises.
- Develop curricula, and scientific and practical requirements periodically to ensure following rapid changes and in harmony with the labor market requirements.
- Exchange scientific and training experiences with similar institutions, organizations, and centers.
- Implement mechanisms that ensure the quality of the educational process to obtain accreditation for the academic programs offered by the department.
- Develop the academic and professional skills of the academic staff.
- Provide technical and scientific consultations to all governmental and private sectors of society.
Academic Programs
Scientific research
- Biosignal processing
- Bioinstrumentation
- biotechnology
- bioinformatics
- modeling in biomedical engineering
- Biosignal
- Biosensors
- AI in medicine
- biomaterials
- Medical imaging and image processing
- Discrete mathematics
- Mathematical application in the medical field
Distinguished Projects: Biomedical Engineering
| No. | Project Title | Technical Concept & Team | Category |
|---|---|---|---|
| 1 | Neonatal Monitoring System (NICU) |
IOT & MOBILE
A smartphone-based monitoring system for the NICU tracking HR, SpO2, BP, ECG, and Temperature via ESP32. Includes automated SMS alerts.
Team: Mawaddah Ali Hussein Saadah, Esra Al-Sanhani, Nida Al-Jamaei, Nada Al-Lahabi.
|
Graduation Project |
| 2 | Non-Invasive Hematology Device |
OPTICAL SENSORS
Measures Cholesterol, Glucose, and Hemoglobin levels without needle pricks using an earlobe sensor and Bluetooth app integration.
Team: Aisha Mohammed Al-Kuraibi, Wafaa Najeeb Al-Jamaei, Abrar Al-Salwi.
|
Graduation Project |
| 3 | Smart Operating Room Monitor |
ENVIRONMENTAL
Monitors air quality (PM2.5, VOC, CO2, Ozone) and pressure to prevent Surgical Site Infections (SSI).
|
Graduation Project |
| 5 | DC Shock Calibration Device |
CALIBRATION
Measures defibrillator efficiency (Time, Current, Volt, Joule) based on international standards.
Team: M. Al-Sharabi, J. Al-Maghales, H. Murad, O. Bahaa.
|
Graduation Project |
| 10 | Portable Radiation Dose Calculator |
SAFETY
A wearable wristwatch device for real-time monitoring of radiation leaks and dosage for medical technicians.
Team: Essam Alwa, Salah Tarmoum, Osama Taher.
|
Specialized |
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