العربية Radiology and Medical Imaging Technology Program
The College of Medicine and Health Sciences at the University of Science and Technology (UST) offers a wide range of academic programs in medical and health-related disciplines. Among these is the Bachelor of Diagnostic Radiologic Technology, which is regarded as the flagship program and the first of its kind in Yemen. The College established this program for general secondary school graduates with the aim of preparing distinguished, innovative, and highly qualified professionals in the fields of medical radiology and imaging technology. Graduates of the program are equipped with specialized competencies and advanced skills that effectively meet the needs of local and regional communities.
The program was established in 2014 as the first specialized and high-quality program of its kind in Yemen, in response to the national labor market’s need for qualified professionals in diagnostic radiologic technology. The program has achieved significant milestones, including the graduation of well‑qualified cohorts, continuous development of the academic curriculum, strengthening partnerships with healthcare institutions, and making steady progress toward obtaining local and international academic accreditation.
To prepare distinguished graduates in the fields of radiologic sciences and medical imaging with competitive capabilities through modern academic programs and curricula, a stimulating educational environment that fosters creativity and scientific research, alignment with technological advancements, a highly qualified faculty, and effective partnerships—thereby meeting the needs of local and regional communities in accordance with international standards.
- To supply the community with qualified health professionals possessing competitive capabilities and distinguished skills in the fields of radiologic sciences and medical imaging.
- To offer outstanding academic programs in radiologic technology and medical imaging in accordance with quality assurance and accreditation standards.
- To provide an educational and research environment that keeps pace with technological advancement and responds to community needs.
- To establish effective partnerships with institutions related to radiologic sciences and medical imaging.
- Successful completion of all approved courses outlined in the study plan.
- Successful completion of clinical training.
- Completion of an applied graduation project.
- Compliance with the regulations and bylaws of the University.
The program includes fundamental and medical sciences related to radiologic technology, such as:
- Radiation physics
- Human anatomy
- Principles of medical imaging
- X‑ray techniques
- Diagnostic ultrasound imaging
- Computed tomography (CT)
- Magnetic resonance imaging (MRI)
- Radiation protection
- Ethics of medical practice
The program qualifies graduates for employment in the following fields:
- Diagnostic Radiologic Technology Specialists in public hospitals
- Diagnostic Radiologic Technology Specialists in private hospitals
- Diagnostic and medical imaging centers
- Specialized medical clinics
- Research centers and institutions
- Medical equipment and imaging technology companies
- Teaching and academic careers after completion of postgraduate studies
Scientific research
The Department’s research focuses on the following areas:
- Development of medical imaging technologies
- Enhancement of image quality and reduction of radiation dose
- Applications of artificial intelligence in radiology
- Patient safety in medical imaging practices
- Evaluation of advanced technologies in medical diagnosis
Graduation Research Projects - Level 4
Radiologic Technology & Medical Imaging Dept. – Faculty of Medicine - University of Science and Technology
| No. | Research Title | Abstract | Prepared By |
|---|---|---|---|
| 1 | Evaluation of Magnetic Resonance Spectroscopy of The Brain (Review of metabolites and clinical applications) |
Magnetic resonance spectroscopy (MRS) provides unique information about the neurobiological substrates of brain function in health and disease. This review describes the physical principles and technical methods in current use for MRS experiments. A better understanding of these techniques may help investigators achieve accurate diagnoses. For every case, the image and spectrum are presented and discussed according to classification criteria to demonstrate the effect of MRS in brain diagnosis. |
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| 2 | Factors Affecting Prostate Volume for Healthy Yemeni Adults using Ultrasound in Sana’a City | This research describes the factors affecting prostatic volume and assesses the average volume for healthy Yemeni adults. Conducted at UST Hospital and UST Medical Complex between February and April 2018, the study involved 97 asymptomatic patients. Using transabdominal ultrasound scanning, researchers obtained maximum height, width, and depth to determine the normal curve increment of prostatic volume relative to age and other factors. |
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| 3 | Evaluation of Lumbar Intervertebral Disk Disorders and Associated Risk Factors among Yemeni Patients Using MRI | This prospective cross-sectional study aimed to evaluate lumbar intervertebral disk height and length in patients with disk herniation and degeneration. Conducted in Sana’a between December 2023 and February 2024, the study included 300 patients. It assessed the association between disk disorders and risk factors such as age, BMI, gender, lifestyle, occupation, and smoking habits. |
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| 4 | Errors in Chest X-ray Examinations in Radiology Departments | Chest examinations are among the most common procedures in radiology, providing vital data on the heart, lungs, and airways. This study analyzed 1,000 chest radiographs to identify common error types, including positioning, technical faults, and communication issues. The goal is to improve the quality of radiographs to assist clinicians in more accurate disease management. |
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