Senior Technician in Diagnostic Imaging and Nuclear Medicine
Center code (08074082)
Introduction of the Cycle
The Higher Degree Training Course in Diagnostic Imaging and Nuclear Medicine trains students to perform and analyse diagnostic imaging studies, such as X-rays, CT scans and MRIs, as well as nuclear medicine techniques, contributing to medical diagnosis and treatment. It is aimed at those who wish to develop their career in the healthcare sector, specifically in the area of diagnostic imaging.General Competencies
- Perform diagnostic imaging studies using X-ray, CT, MRI and ultrasound equipment, ensuring the safe use of ionizing radiation.
- Collaborate in nuclear medicine procedures and perform support tasks in the field of medical diagnosis.
- Apply radiation protection techniques and maintain equipment and work areas in optimal conditions to ensure the safety of patients and healthcare personnel.
Qualification
At the end of the cycle, students obtain the official degree of Senior Technician in Diagnostic Imaging and Nuclear Medicine, nationally recognized and valid for working in medical diagnostic centers, hospitals and clinics, both public and private.Subjects or Modules and Credit Load
- Patient care (6 ECTS)
- Physical fundamentals and equipment (8 ECTS)
- Anatomy through imaging (8 ECTS)
- Radiation protection (6 ECTS)
- Plain radiology techniques (10 ECTS)
- Computed tomography and ultrasound techniques (10 ECTS)
- Magnetic resonance imaging techniques (10 ECTS)
- Imaging techniques in nuclear medicine (9 ECTS)
- Training and career guidance (5 ECTS)
- Diagnostic Imaging and Nuclear Medicine Project (5 ECTS)
- Training in workplaces (22 ECTS)
Internships in Centers
Internships take place in hospitals, clinics and diagnostic centers, where students apply their knowledge in real-life environments under professional supervision.Scholarships and Funding
There are several options for financial support:- Scholarships from the Ministry of Education.
- Regional aid and subsidies.
- Financing through agreements with collaborating financial institutions to facilitate payment of tuition and other associated expenses.
Continuing Education
Graduates can specialise through courses in advanced areas such as magnetic resonance imaging, CT, interventional radiology and nuclear medicine. They also have access to additional training in university degrees such as Radiology, Nuclear Medicine and Health Sciences.Testimonials
Career opportunities
This course will prepare you to work in radiodiagnostic units in hospitals, private clinics, research centers, and forensic anatomy institutes. You will also have the opportunity to work as a sales representative for hospital and pharmaceutical products, among others.
Emerging profiles for graduates in this cycle include:
- Radiology and nuclear medicine technician.
- Radiopharmacy technician.
- Radiation protection specialist.
Access
Requirements for Studying Vocational Training
Students who wish to access this qualification have, depending on the studies of origin, different access routes that are detailed below:
- Compulsory Secondary Education (ESO) Certificate
- Entrance exam (if you do not have the degree)
Validations
Students with professional experience in this sector can validate the training units recognized through the Advisory and Recognition Service. They may also be exempted totally or partially from the practical module. In addition, those with previous qualifications may request the corresponding validations provided for by the regulations.
Student Profile
The Advanced Training Course in Diagnostic Imaging and Nuclear Medicine is aimed at students interested in health sciences and medical technology, especially in the use of imaging equipment for diagnosis. This course is ideal for those who wish to understand how advanced technologies, such as X-rays, magnetic resonance imaging and nuclear medicine, can improve healthcare and patient safety.
It is advisable to have a good level of knowledge in subjects such as biology, physics and chemistry, as well as an interest in technological advances applied to health. Basic knowledge of English is also recommended, since much of the technical and scientific literature is in this language.
Curriculum
Curriculum and Schedule
Title obtained
Senior Technician in Diagnostic Imaging and Nuclear Medicine
Schedules
Schedules designed to combine theoretical training at the educational center's facilities with practical training in collaborating hospitals and health centers. The face-to-face modality is the main one, with specific options adjusted to the needs of the students according to the availability of the center.
Subjects or Modules per Course
1st course
- Patient care (130 hours).
- Physical fundamentals and equipment (160 hours).
- Anatomy through imaging (160 hours).
- Radiation protection (130 hours).
- Training and career guidance (90 hours).
2nd course
- Plain radiology techniques (140 hours).
- Special radiology techniques (140 hours).
- Computed tomography and ultrasound techniques (170 hours).
- Magnetic resonance imaging techniques (170 hours).
- Nuclear medicine techniques (170 hours).
- Diagnostic Imaging and Nuclear Medicine Project (30 hours).
- Training in Workplaces (370 hours).
School term
Annual, distributed over two academic years.
Internships
Practical training in professional environments such as hospitals and health centres, in radiodiagnostic units, nuclear medicine and magnetic resonance. Students will apply their knowledge in diagnostic imaging procedures and in the use of advanced technologies.
Project Module
Module aimed at the integration and practical application of acquired knowledge, developed in collaboration with hospitals or health centres in the radiological field.
Competencies / Learning outcomes
Basic skills
- Demonstrate knowledge and understanding in the field of diagnostic imaging and nuclear medicine, applying the theoretical and practical foundations acquired since secondary education and updated with technological and scientific advances.
- Apply the knowledge acquired in a professional manner in the healthcare field, developing skills to solve specific problems and propose effective solutions in diagnostic procedures.
- Gather and interpret relevant data obtained through diagnostic imaging techniques to make informed judgments on issues of scientific, social or ethical relevance.
- Communicate information, ideas and solutions related to diagnostic imaging to specialized audiences (health professionals) and non-specialized audiences (patients and family members), in a clear and effective manner.
- Develop skills that enable students to pursue higher education or specializations related to the health and technology sectors, promoting autonomy and continuous learning.
Specific skills
- Technical and clinical fundamentals: Know and understand the technical and clinical principles of diagnostic imaging methods, including radiography, computed tomography, magnetic resonance imaging and nuclear medicine.
- Radiation protection: Apply the principles of radiation protection at all stages of the diagnostic process, ensuring the safety of patients, professionals and the environment.
- Equipment Operation: Safely and efficiently operate diagnostic imaging equipment, ensuring the quality of the images obtained to facilitate accurate diagnoses.
- Radiopharmaceuticals: Prepare and manipulate radiopharmaceuticals used in nuclear medicine procedures, complying with established protocols and safety regulations.
- Advanced techniques: Know and apply advanced techniques in the processing, analysis and interpretation of medical images, using digital tools and specialized software.
- Teamwork: Collaborate effectively in multidisciplinary healthcare teams, integrating with other professionals to optimize diagnostic and treatment processes.
- Regulations and ethics: Apply legal and ethical regulations related to the use of ionizing radiation and the management of patients in the healthcare environment.
- Innovation and continuous improvement: Identify and propose improvements in diagnostic procedures through the implementation of new technologies and advanced techniques.
Transversal skills
- Team collaboration: Working effectively in multidisciplinary teams, valuing the contributions of other professionals and fostering a collaborative approach to healthcare.
- Effective communication: Transmit information, procedures and conclusions clearly and precisely, both in written reports and oral presentations, adapting to the characteristics of the audience.
- Continuing education: Maintain a commitment to constant updating in technological, scientific and methodological advances related to diagnostic imaging and nuclear medicine.
- Professional ethics: Act responsibly, professionally and ethically, respecting legal regulations, data confidentiality, and patient rights in all activities related to diagnostic imaging.
Tuition
Tuition
At Forma-t you have the option of enrolling online, through this website, or directly through the advisory team at the Barcelona or Madrid center.
Contact us at info@format.rivex.es and we will guide you so that you can enroll quickly and efficiently.
Contact
If you have any questions or problems during the self-registration period, you can contact us:
- Phone: 93 432 97 97
- E-mail: info@format.rivex.es
Please check the incident notices on this page, where we will post any relevant information.
If there are no published notices, report the incident to Academic Management through
info@format.rivex.es. Make sure to use the email address you provided when you registered.
Academic Management will analyze the incidents and provide a response within a maximum period of 48 working hours.
