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The Radiology Technology Department |
Overview
With More than 40 years of experience, The Radiology Technology department is one of the oldest educational departments at School of Allied Medical Sciences. Thanks to the expertise of medical physics and medical imaging professionals, this department is regarded as one of the most renowned in the field of Medical Imaging education within the country.
Designing and implementing both general and specialized medical imaging training courses, based on an accurate needs assessment of medical imaging centers both within and outside the country, is another primary capability of this department.
Mission Statement:
"Our Radiology Technology Department is committed to providing world-class education and training in Radiology Technology and Radiotherapy at the undergraduate level, and studies in Radiobiology and Medical Imaging Technology (MRI) at the Post graduate level (MSc.). With over four decades of expertise, we prioritize hands-on experience, cutting-edge research, and a student-centered approach. Our mission is to empower the next generation of radiology Technologists and Medical Imaging professionals with the knowledge, skills, and ethical grounding they need to lead, innovate, and excel in the ever-evolving world of medical imaging and radiotherapy."
Vision Statement:
"We envision the Radiology Technology Department as a leader in radiological education and research. Through continuous innovation, collaboration, and a commitment to excellence, we aim to shape the future of medical imaging and therapy. By fostering a culture of lifelong learning and community engagement, we strive to improve healthcare outcomes and elevate the standards of radiological practice worldwide."
Academic programs:
- - Radiology Technology (BSc.)
Mission:
Our mission here is to educate Radiology Technology students (BSc. Degree) with an ambitious, extensive education that equips them with knowledge, skills, and abilities to provide high quality, compassionate medical imaging from Routine and special Radiographies to advanced CT Scanning and MR imaging Techniques and procedures.
Goals:
1 - Graduate clinically competent radiographers: It means students demonstrate quality positioning and technical skills and apply safety practices while performing Radiography, CT scan and MRI Techniques and procedures.
2 - Students demonstrate effective communication skills: It means students demonstrate both good written medical communication skill and also effective communication to provide quality patient care.
3 - Students successfully apply critical-thinking and problem-solving skills: It means students demonstrate the ability to adjust technical factors, scan parameters and also patient position for nonroutine and critical situations.
4 - Students understand and practice professionalism: It means students demonstrate an understanding of professionalism and adapt to human diversity.
5 - Program is effective at graduating entry level technologists.
- - Radiation Therapy (BSc.)
Mission:
Our mission here is to educate and prepare students with a university level academic foundation, and a high degree of clinical competence to meet the present needs of radiation therapy in Country.
Goals:
1- Students demonstrate the ability to accurately image patients, competent treatment planning setup and proficiency in patient care abilities.
2- Students recognize and resolve discrepancies in patient treatment, recognize and interpret all CT and patient setup procedures prior to scanning.
3 - Students effectively communicate with patients and clinical staff.
4- Students will exhibit professionalism
- - Medical Imaging Technology -MRI (MSc.)
Mission:
- - Comprehensive Mastery & Innovation:
"To empower students with comprehensive knowledge of MRI technology, We are committed to bridging the gap between theory and practice, ensuring our graduates are both thinkers and doers."
2. Excellence in Patient Care & Research:
"Our mission is to shape the next generation of MRI technologists who are deeply knowledgeable, ethically responsible, and dedicated to advancing patient care through cutting-edge research and technology."
Goals:
1 - The students will exhibit a high level of clinical performance and competence.
-The student will demonstrate procedural skill development to competently perform diagnostic imaging procedures in MRI field.
-The student will demonstrate the knowledge of safety and screening procedures to provide a safe imaging environment for the patient, themselves, and other healthcare professionals.
2 - The students will demonstrate critical thinking and problem-solving skills in the clinical settings.
-The student can determine the need to modify standard procedures and technical factors to accommodate patient conditions and other variables.
-The student will identify parameter modifications based on exam variables.
3 - The students will practice effective communication skills.
-The student will communicate scientific research effectively.
-The student will communicate effectively with patients and healthcare professionals.
4 - The students will exhibit professional growth and development.
5 - The program will maintain effectiveness.
- - Radiobiology (MSc.)
Mission:
1. Interdisciplinary Knowledge & Application:
- To integrate principles from biology, physics, and medicine into the radiobiology curriculum.
-To produce graduates capable of applying interdisciplinary knowledge in practical settings, both clinical and research-focused.
2. Research Excellence & Clinical Relevance:
- To maintain a cutting-edge research environment that encourages student participation and publication.
- To ensure that graduates can translate their research findings into actionable strategies in clinical radiobiology.
3. Innovation & Technological Advancement:
- To stay updated with the latest technological advancements in radiobiology and integrate them into the learning experience.
-To foster a culture of innovation, encouraging students to explore and develop new methodologies and techniques.
4. Holistic Approach & Collaborative Learning:
- To provide a comprehensive understanding of both molecular and physiological radiation responses.
- To promote collaborative projects and discussions, emphasizing the importance of teamwork in scientific endeavors.
5. Community Engagement & Service:
- To create opportunities for students to engage with the community, sharing their expertise and offering radiobiological solutions.
- To emphasize the societal role of radiobiologists, ensuring graduates are prepared to use their skills for public good.
6. Lifelong Learning & Professional Development:
- To offer continuous learning opportunities, such as seminars, workshops, and conferences, keeping students and alumni engaged with the field's advancements.
- To equip students with the skills and mindset for continuous professional development, ensuring they remain active and informed contributors to the field throughout their careers.
Goals:
1. Interdisciplinary Knowledge & Application:
-To integrate principles from biology, physics, and medicine into the radiobiology curriculum.
- To produce graduates capable of applying interdisciplinary knowledge in practical settings, both clinical and research-focused.
2. Research Excellence & Clinical Relevance:
- To maintain a cutting-edge research environment that encourages student participation and publication.
- To ensure that graduates can translate their research findings into actionable strategies in clinical radiobiology.
3. Ethical Inquiry & Global Impact:
- To incorporate ethical considerations into all aspects of the curriculum, emphasizing responsible research and application.
-To produce graduates who consider the global implications of radiobiological practices and research.
4.Innovation & Technological Advancement:
- To stay updated with the latest technological advancements in radiobiology and integrate them into the learning experience.
- To foster a culture of innovation, encouraging students to explore and develop new methodologies and techniques.
5. Holistic Approach & Collaborative Learning:
- To provide a comprehensive understanding of both molecular and physiological radiation responses.
- To promote collaborative projects and discussions, emphasizing the importance of teamwork in scientific endeavors.
6. Community Engagement & Service:
-To create opportunities for students to engage with the community, sharing their expertise and offering radiobiological solutions.
- To emphasize the societal role of radiobiologists, ensuring graduates are prepared to use their skills for public good.
7. Lifelong Learning & Professional Development:
- To offer continuous learning opportunities, such as seminars, workshops, and conferences, keeping students and alumni engaged with the field's advancements.
- To equip students with the skills and mindset for continuous professional development, ensuring they remain active and informed contributors to the field throughout their careers.