Radiography & Imaging Degrees: Your Career Path Revealed
As a healthcare professional, working as a radiographer or technician is a rewarding career choice that utilizes technology to diagnose and treat a wide range of medical conditions. If you're interested in this field, a degree in radiography and imaging can provide you with the knowledge and skills necessary to excel in this demanding and in-demand profession. In this article, we'll explore the various career paths available to individuals with a degree in radiography and imaging.
### Career Paths in Radiography and Imaging
Obtaining a degree in radiography and imaging can lead to a career as an X-ray technician or technologist, magnetic resonance imaging (MRI) technologist, or a positron emission tomography (PET) scan technologist. You might be wondering what the job involves and the steps to become a radiographer.
1. **Radiologic Technologist**:
• Performs a variety of imaging techniques as part of the patient's diagnostic procedure. This can include X-rays, computed tomography (CT), MRI, and PET scans.
• Prepares and positions patients for imaging procedures to ensure accurate and safe images are produced.
• Provides patient care and comfort before, during, and after procedures.
2. **MRI Technologist**:
• Operates MRI equipment to produce images of the internal structures of the body.
• Adjusts equipment and selects scanning parameters to optimize image quality and reduce radiation exposure.
• Collaborates with radiologists and other healthcare professionals to ensure accurate diagnoses.
3. **PET Scan Technologist**:
• Administers medication and operates PET scanners to produce images that highlight areas of high chemical activity in the body.
• Attends to patients before, during, and after the procedure to ensure they are comfortable and secure.
### Educational Prerequisites
To become a radiographer, you'll typically need to complete a combined program in radiologic sciences and an associate's degree, earning an Associate of Applied Science (AAS) degree. Alternatively, a bachelor's degree can be earned in a shorter amount of time with an associate's degree having some prerequisites.
You can also opt for a Baccalaureate (BS or BA) if you have a strong foundation in math and sciences.
Some schools may require prerequisite courses in sciences such as Anatomy and Physiology, chemistry, biology, and math before you start the radiography program. Ao expectations can vary at different schools, though common pre-requisites include a science GPA minimum of a 2.5 or higher.
### Licensure and Certification
Each state may have different regulations and requirements for radiographer licensure or certification, which is why it's essential to check individual requirements where you plan to work.
The ARRT (American Registry of Radiologic Technologists) is one option that provides various certifications. Technologist must hold active certification within certain amount of time after graduation or they may lose their ARRT certification status.
There are several certifications a radiographer can pursue, each having its own salary and responsibilities.
- **ARRT (R)** – General X-ray certification
- **ARRT (RT-T)** – Fluoroscopy Certification
- **ARRT (M)** – MRI Certification
- **ARRT (C)** – CT Certification
### Salary And In-Demand Job Prospects
One of the most significant advantages of becoming a radiographer is the wide range of job opportunities and the salary potential. Median annual salaries can range from around $56,910 to 95,180 according to Bureau of Labor Statistics (BLS).
The career growth of a radiographer is expected to be around 7% between 2020 and 2030, lower than the national average. However, the need for highly skilled radiographers will continue to grow due to an aging population's increased requirement for imaging procedures.
### Personal Qualities and Skills
In addition to academic and professional knowledge, there are personal qualities and skills that are essential for a successful radiographer. These include:
- **Physical stamina**: Working in healthcare can be physically demanding.
- **Patient interaction**: Should be comfortable working with patients who can be anxious about procedures.
- **Technical skills**: Familiarity with imaging equipment and technologies.
- **Communication skills**: Ability to collaborate with medical professionals.
### Continuing Education
Apart from certification and licensure, continuing education is something that every radiographer should consider. Radiologists continuously develop advancements in imaging technology and techniques.
The ability to learn new technologies and standards is crucial for this fast-paced and ever-evolving field.
### Final Thoughts
A degree in radiography and imaging provides a rewarding career in healthcare and technology. With various certifications and a strong foundation in science and math, individuals are equipped to take on the duties and responsibilities of this career.
