As a radiologic technologist–also known as an x-ray tech, radiographer or full-scope technologist–you’ll combine your knowledge of the human body with your technical skills to capture images of what's going on inside your patients' bodies.
Study human anatomy and work with complex equipment as you help support doctors and patients. Earn your radiography associate degree and prepare for a rewarding career.
Looking for the right radiologic technologist school near you? ACC’s program is available at our Los Angeles, Ontario and Anaheim campuses.
This program is taught in a blended format combining online classes with in-person instruction.
Enroll in a Radiography program that sets you up for success. Our training program helps prepare students for the ARRT (American Registry of Radiologic Technologists) exam.
Program approved by the California Department of Public Health, Radiologic Health Branch (CDPH-RHB)
Learn to work Computerized Tomography (CT) Imaging equipment to capture images of your patients.
Protect patients by shielding exposed areas that do not need to be imaged.
Help position patients and the equipment in order to get the best possible image.
Learn more about what's in store for you in the Radiography associate of occupational science degree program. For more on radiography courses, visit the college catalog.
Course Number |
Title |
Clock Hours | Quarter Credits |
|---|---|---|---|
| ENGL100 | Written Communications I † | 40 | 4.0 |
| ANAT200 | Introduction to Anatomy and Physiology | 20 | 2.0 |
| MATH100 | College Mathematics I | 40 | 4.0 |
| ANAT200-L | Introduction to Anatomy and Physiology Lab | 40 | 2.0 |
| PSYC100 | Introduction to Psychology † | 40 | 4.0 |
Totals |
180 | 16.0 |
Course Number: ENGL100 |
|
|---|---|
| Title | Written Communications I † |
| Clock Hours | 40 | Quarter Credits | 4.0 |
Course Number: ANAT200 |
|
| Title | Introduction to Anatomy and Physiology |
| Clock Hours | 20 | Quarter Credits | 2.0 |
Course Number: MATH100 |
|
| Title | College Mathematics I |
| Clock Hours | 40 | Quarter Credits | 4.0 |
Course Number: ANAT200-L |
|
| Title | Introduction to Anatomy and Physiology Lab |
| Clock Hours | 40 | Quarter Credits | 2.0 |
Course Number: PSYC100 |
|
| Title | Introduction to Psychology † |
| Clock Hours | 40 | Quarter Credits | 4.0 |
TOTALS |
|
| Clock Hours | 180 |
| Quarter Credits | 16.0 |
Course Number |
Title |
Clock Hours | Clinical Hours | Quarter Credits | |
|---|---|---|---|---|---|
| RAD120 | Introduction to Radiologic Sciences | 10 | 0 | 1.0 | |
This introductory course outlines the role of a radiologic technologist, the history of radiology, hospital and imaging department operations and exam reimbursement protocol. Students will be introduced to accreditation, certification, professional organizations, and the policies/regulations for the program. | |||||
| CAREER200 | Career Advantage † | 20 | 0 | 2.0 | |
Career Advantage is a course designed to prepare students to develop career planning and job search skills. Thorough, relevant job search preparation is required to compete successfully for jobs in today's market. To prepare the student, the course will address six areas: resumes, job search process, networking techniques in a job search, interview planning and preparation, communication and workplace skills. | |||||
| RAD150 | Medical Terminology ‡ | 30 | 0 | 3.0 | |
This course is an introduction to basic medical imaging terminology and prepares students for more advanced coursework in subsequent courses by providing an introduction to general medical imaging terminology. Students will study the roots, prefixes, suffixes, and abbreviations as well as general terms and their appropriate usage in medical imaging practice. | |||||
| RAD220 | Radiographic Physics | 30 | 0 | 3.0 | |
This course provides the needed concepts of how a radiographic image is produced for diagnostic radiography, fluoroscopy, and mobile radiography. Atomic structure, magnetism, electricity and the circuitry of the x-ray unit are covered. | |||||
| RAD250 | Principles of Image Production | 70 | 0 | 6.0 | |
This course will provide a knowledge base about the factors of x-ray image creation, which will include the equipment accessories and exposure factors that affect the quality of a radiograph. Students will participate in laboratory experiments to enhance the comprehension of image creation concepts. | |||||
| RAD320 | Radiographic Positioning I | 60 | 0 | 4.0 | |
This course will provide the theory and laboratory practice for students to position patients for radiographic examinations of the respiratory system, abdomen, bony thorax, upper and lower extremities and related joints. Students will also be taught the use of proper radiation protection, and to analyze and critique the produced diagnostic images. | |||||
| RAD350 | Radiation Biology and Protection | 70 | 0 | 6.0 | |
This course will provide the concepts of proper radiation protection protocols for the general public and imaging personnel. Regulatory agencies, dosage, shielding, and radiation protection principles for radiography, mobile radiography, and fluoroscopy will be explained. Students will perform laboratory experiments to enforce the concepts taught. | |||||
| RAD370 | Digital Imaging ‡ | 20 | 0 | 2.0 | |
This course provides the base knowledge of computer/digital technology and the practical application of use within the radiologic field. | |||||
| RAD420 | Patient Care ‡ | 40 | 0 | 3.0 | |
This course will provide the basic concepts and skills that are required for the appropriate standard of care for patients, which include communication, medical history documentation, and patient assistance. Students will demonstrate competence in taking vital signs and patient transfers. The importance of infection control and the technologists role in medical emergencies will be discussed. | |||||
| RAD450 | Radiographic Positioning II | 60 | 0 | 4.0 | |
This course will provide the theory and laboratory practice for students to position patients for radiographic examinations of the vertebral column, cranium, facial bones, and sinuses. Students will also be taught the use of proper radiation protection, and to analyze and critique the produced diagnostic images. | |||||
| RAD470 | Law and Ethics in Imaging ‡ | 20 | 0 | 2.0 | |
This course introduces the medico-legal and medical ethics principles of the healthcare profession specific to the imaging profession. | |||||
| RAD500C | Clinical Practicum I | 300 | 300 | 10.0 | |
This course is a practical application of the concurrent theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, and sinuses to include mobile radiography will be introduced under the supervision of certified Radiologic Technologists. | |||||
| RAD520 | Radiographic Positioning III | 60 | 0 | 4.0 | |
This course will provide the theory and laboratory practice for students to position patients for radiographic examinations of the gastrointestinal, genitourinary, and special procedures using contrast material. Students will also be taught the use of proper radiation protection, and to analyze and critique the produced diagnostic images. | |||||
| RAD600C | Clinical Practicum II | 300 | 300 | 10.0 | |
This course is a practical application of the concurrent theoretical learning. Competency based assignments in thorax, abdomen, and extremities, vertebral column, cranium, facial bones, and sinuses will continue and competency based assignments for gastrointestinal, genitourinary and special procedures with contrast will be introduced under the supervision of certified Radiologic Technologists. | |||||
| RAD620 | Pharmacology/Venipuncture ‡ | 30 | 0 | 2.0 | |
This course provides the basic methods for the administration of contrast material and the basic practices of venipuncture for the radiologic technologist. This course meets California Health and Safety Code, Section106985. | |||||
| RAD700C | Clinical Practicum III | 300 | 300 | 10.0 | |
This course is a practical application of the concurrent theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, sinuses, gastrointestinal, genitourinary and special procedures with contrast will continue and competency based assignments for mobile radiography, surgical and interventional procedures done under the supervision of certified Radiologic Technologists. | |||||
| RAD720 | Introduction to Computed Tomography with Cross Sectional Anatomy ‡ | 40 | 0 | 4.0 | |
This course provides the advanced student with an introduction to the principles and applications of computed tomography (CT) in the imaging department. | |||||
| RAD800C | Clinical Practicum IV | 300 | 300 | 10.0 | |
This course is a practical application of all theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, sinuses, gastrointestinal, genitourinary and special procedures with contrast, mobile radiography, surgical and interventional procedures will continue under the supervision of certified Radiologic Technologists. | |||||
| RAD900C | Clinical Practicum V | 300 | 300 | 10.0 | |
This course is a practical application of all theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, sinuses, gastrointestinal, genitourinary and special procedures with contrast, mobile radiography, surgical and interventional procedures will continue as well as clinical assignments for observing Computed Tomography (CT) under the supervision of certified Radiologic Technologists. | |||||
| RADSEM1 | Radiology Seminar I | 30 | 0 | 3.0 | |
This course is a review of the content specifications that are critical for the American Registry of Radiologic Technologists (ARRT) certification examination. | |||||
| RAD1000C | Clinical Practicum VI | 360 | 360 | 12.0 | |
This course is a practical application of all theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, sinuses, gastrointestinal, genitourinary and special procedures with contrast, mobile radiography, surgical and interventional procedures will continue as well as clinical assignments for observing Computed Tomography (CT), Magnetic Resonance Imaging (MRI), under the supervision of certified Radiologic Technologists. Clinical rotation for observing additional imaging modalities will be assigned. Additional imaging modalities will include ultrasound, mammography, radiation therapy, and nuclear medicine. | |||||
| RADSEM2 | Radiology Seminar II | 30 | 0 | 3.0 | |
This course is a review of the content specifications that are critical for the American Registry of Radiologic Technologists (ARRT) certification examination. | |||||
Totals |
2480 | 1860 | 114.0 | ||
Course Number: RAD120 |
|
|---|---|
This introductory course outlines the role of a radiologic technologist, the history of radiology, hospital and imaging department operations and exam reimbursement protocol. Students will be introduced to accreditation, certification, professional organizations, and the policies/regulations for the program. | |
| Title | Introduction to Radiologic Sciences |
| Clock Hours | 10 |
| Clinical Hours | 0 |
| Quarter Credits | 1.0 |
Course Number: CAREER200 |
|
Career Advantage is a course designed to prepare students to develop career planning and job search skills. Thorough, relevant job search preparation is required to compete successfully for jobs in today's market. To prepare the student, the course will address six areas: resumes, job search process, networking techniques in a job search, interview planning and preparation, communication and workplace skills. | |
| Title | Career Advantage † |
| Clock Hours | 20 |
| Clinical Hours | 0 |
| Quarter Credits | 2.0 |
Course Number: RAD150 |
|
This course is an introduction to basic medical imaging terminology and prepares students for more advanced coursework in subsequent courses by providing an introduction to general medical imaging terminology. Students will study the roots, prefixes, suffixes, and abbreviations as well as general terms and their appropriate usage in medical imaging practice. | |
| Title | Medical Terminology ‡ |
| Clock Hours | 30 |
| Clinical Hours | 0 |
| Quarter Credits | 3.0 |
Course Number: RAD220 |
|
This course provides the needed concepts of how a radiographic image is produced for diagnostic radiography, fluoroscopy, and mobile radiography. Atomic structure, magnetism, electricity and the circuitry of the x-ray unit are covered. | |
| Title | Radiographic Physics |
| Clock Hours | 30 |
| Clinical Hours | 0 |
| Quarter Credits | 3.0 |
Course Number: RAD250 |
|
This course will provide a knowledge base about the factors of x-ray image creation, which will include the equipment accessories and exposure factors that affect the quality of a radiograph. Students will participate in laboratory experiments to enhance the comprehension of image creation concepts. | |
| Title | Principles of Image Production |
| Clock Hours | 70 |
| Clinical Hours | 0 |
| Quarter Credits | 6.0 |
Course Number: RAD320 |
|
This course will provide the theory and laboratory practice for students to position patients for radiographic examinations of the respiratory system, abdomen, bony thorax, upper and lower extremities and related joints. Students will also be taught the use of proper radiation protection, and to analyze and critique the produced diagnostic images. | |
| Title | Radiographic Positioning I |
| Clock Hours | 60 |
| Clinical Hours | 0 |
| Quarter Credits | 4.0 |
Course Number: RAD350 |
|
This course will provide the concepts of proper radiation protection protocols for the general public and imaging personnel. Regulatory agencies, dosage, shielding, and radiation protection principles for radiography, mobile radiography, and fluoroscopy will be explained. Students will perform laboratory experiments to enforce the concepts taught. | |
| Title | Radiation Biology and Protection |
| Clock Hours | 70 |
| Clinical Hours | 0 |
| Quarter Credits | 6.0 |
Course Number: RAD370 |
|
This course provides the base knowledge of computer/digital technology and the practical application of use within the radiologic field. | |
| Title | Digital Imaging ‡ |
| Clock Hours | 20 |
| Clinical Hours | 0 |
| Quarter Credits | 2.0 |
Course Number: RAD420 |
|
This course will provide the basic concepts and skills that are required for the appropriate standard of care for patients, which include communication, medical history documentation, and patient assistance. Students will demonstrate competence in taking vital signs and patient transfers. The importance of infection control and the technologists role in medical emergencies will be discussed. | |
| Title | Patient Care ‡ |
| Clock Hours | 40 |
| Clinical Hours | 0 |
| Quarter Credits | 3.0 |
Course Number: RAD450 |
|
This course will provide the theory and laboratory practice for students to position patients for radiographic examinations of the vertebral column, cranium, facial bones, and sinuses. Students will also be taught the use of proper radiation protection, and to analyze and critique the produced diagnostic images. | |
| Title | Radiographic Positioning II |
| Clock Hours | 60 |
| Clinical Hours | 0 |
| Quarter Credits | 4.0 |
Course Number: RAD470 |
|
This course introduces the medico-legal and medical ethics principles of the healthcare profession specific to the imaging profession. | |
| Title | Law and Ethics in Imaging ‡ |
| Clock Hours | 20 |
| Clinical Hours | 0 |
| Quarter Credits | 2.0 |
Course Number: RAD500C |
|
This course is a practical application of the concurrent theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, and sinuses to include mobile radiography will be introduced under the supervision of certified Radiologic Technologists. | |
| Title | Clinical Practicum I |
| Clock Hours | 300 |
| Clinical Hours | 300 |
| Quarter Credits | 10.0 |
Course Number: RAD520 |
|
This course will provide the theory and laboratory practice for students to position patients for radiographic examinations of the gastrointestinal, genitourinary, and special procedures using contrast material. Students will also be taught the use of proper radiation protection, and to analyze and critique the produced diagnostic images. | |
| Title | Radiographic Positioning III |
| Clock Hours | 60 |
| Clinical Hours | 0 |
| Quarter Credits | 4.0 |
Course Number: RAD600C |
|
This course is a practical application of the concurrent theoretical learning. Competency based assignments in thorax, abdomen, and extremities, vertebral column, cranium, facial bones, and sinuses will continue and competency based assignments for gastrointestinal, genitourinary and special procedures with contrast will be introduced under the supervision of certified Radiologic Technologists. | |
| Title | Clinical Practicum II |
| Clock Hours | 300 |
| Clinical Hours | 300 |
| Quarter Credits | 10.0 |
Course Number: RAD620 |
|
This course provides the basic methods for the administration of contrast material and the basic practices of venipuncture for the radiologic technologist. This course meets California Health and Safety Code, Section106985. | |
| Title | Pharmacology/Venipuncture ‡ |
| Clock Hours | 30 |
| Clinical Hours | 0 |
| Quarter Credits | 2.0 |
Course Number: RAD700C |
|
This course is a practical application of the concurrent theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, sinuses, gastrointestinal, genitourinary and special procedures with contrast will continue and competency based assignments for mobile radiography, surgical and interventional procedures done under the supervision of certified Radiologic Technologists. | |
| Title | Clinical Practicum III |
| Clock Hours | 300 |
| Clinical Hours | 300 |
| Quarter Credits | 10.0 |
Course Number: RAD720 |
|
This course provides the advanced student with an introduction to the principles and applications of computed tomography (CT) in the imaging department. | |
| Title | Introduction to Computed Tomography with Cross Sectional Anatomy ‡ |
| Clock Hours | 40 |
| Clinical Hours | 0 |
| Quarter Credits | 4.0 |
Course Number: RAD800C |
|
This course is a practical application of all theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, sinuses, gastrointestinal, genitourinary and special procedures with contrast, mobile radiography, surgical and interventional procedures will continue under the supervision of certified Radiologic Technologists. | |
| Title | Clinical Practicum IV |
| Clock Hours | 300 |
| Clinical Hours | 300 |
| Quarter Credits | 10.0 |
Course Number: RAD900C |
|
This course is a practical application of all theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, sinuses, gastrointestinal, genitourinary and special procedures with contrast, mobile radiography, surgical and interventional procedures will continue as well as clinical assignments for observing Computed Tomography (CT) under the supervision of certified Radiologic Technologists. | |
| Title | Clinical Practicum V |
| Clock Hours | 300 |
| Clinical Hours | 300 |
| Quarter Credits | 10.0 |
Course Number: RADSEM1 |
|
This course is a review of the content specifications that are critical for the American Registry of Radiologic Technologists (ARRT) certification examination. | |
| Title | Radiology Seminar I |
| Clock Hours | 30 |
| Clinical Hours | 0 |
| Quarter Credits | 3.0 |
Course Number: RAD1000C |
|
This course is a practical application of all theoretical learning. Competency based assignments in thorax, abdomen, extremities, vertebral column, cranium, facial bones, sinuses, gastrointestinal, genitourinary and special procedures with contrast, mobile radiography, surgical and interventional procedures will continue as well as clinical assignments for observing Computed Tomography (CT), Magnetic Resonance Imaging (MRI), under the supervision of certified Radiologic Technologists. Clinical rotation for observing additional imaging modalities will be assigned. Additional imaging modalities will include ultrasound, mammography, radiation therapy, and nuclear medicine. | |
| Title | Clinical Practicum VI |
| Clock Hours | 360 |
| Clinical Hours | 360 |
| Quarter Credits | 12.0 |
Course Number: RADSEM2 |
|
This course is a review of the content specifications that are critical for the American Registry of Radiologic Technologists (ARRT) certification examination. | |
| Title | Radiology Seminar II |
| Clock Hours | 30 |
| Clinical Hours | 0 |
| Quarter Credits | 3.0 |
TOTALS |
|
| Clock Hours | 2480 |
| Clinical Hours | 1860 |
| Quarter Credits | 114.0 |
TOTAL CREDIT HOURS: 130.0
ACC’s Radiography Program is designed to provide students with a solid foundation in radiographic techniques, patient care and medical imaging technology. The curriculum is continuously updated to align with the latest advancements in radiology, ensuring that students are prepared to meet the demands of modern healthcare settings.
The goal of radiologic technologist school is to graduate professionals that enthusiastically display leadership responsibilities while providing competent care. ACC accomplishes this by:
ACC helps program graduates earn their radiography associate degree and get ready to provide compassionate patient care.
Looking for more information about what ACC's Radiography training program has to offer? Our brochure has important details about the program including:
Download the brochure to explore everything that ACC’s Radiography program has to offer and take the next step toward your future in healthcare.
Radiologic technologists are responsible for maintaining and operating the equipment that takes effective x-rays and other diagnostic imaging examinations. They work hands-on with patients to ensure that their doctors see what they need to see.
Here are some things a radiologic technologist does:
If you love working with technical equipment and enjoy working directly with people, our Radiography program might be right for you.
Here are some of the top skills and attributes that make for a great radiologic technologist:
Active listening – A good radiologic technologist listens to their patients and understands their needs and concerns.
Communication – Because radiologic technologists work directly with patients, they must be able to communicate effectively with them, explaining the postures and procedures used during imaging.
Operations monitoring – Radiologic technologists should be able to monitor any relevant machinery, including watching gauges, dials or other indicators.
Customer and personal service – Radiologic technologists work directly with patients. Having good customer and personal service skills helps them provide better care.
Service orientation – A great radiologic technologist has a passion for helping patients and for providing the best care possible.
Radiologic technologists can work in a variety of settings, including:
ACC's Radiography program is designed to provide learning experiences that prepare our school's students for competent performance as a radiologic technologist. These include, but are not limited to: lecture, interactive and self-discovery activities, problem-based case presentations, small group discussions, mentoring, tactile/kinesthetic activities provided through laboratory experiences and clinical practicums.
What courses make up the Radiography program?
General Education Courses:
Introduction to Anatomy and Physiology Classes & Lab
Written Communications I
College Mathematics I
Introduction to Psychology
Core Radiography and Other Courses:
Introduction to Radiologic Sciences
Medical Terminology
Radiographic Physics
Principles of Image Production
Patient Care
Radiographic Positioning I
Principles of Radiation and Radiation Biology
Radiation Protection
Clinical Practicum I
Radiographic Positioning II
Digital Imaging
Clinical Practicum II
Law and Ethics in Imaging
Radiographic Positioning III
Clinical Practicum III
Clinical Practicum IV
Introduction to Computed Tomography
Clinical Practicum V
Cross-Sectional Anatomy
Pharmacology/Venipuncture
Clinical Practicum VI
Career Advantage
Radiology Seminar
American Career College provides comprehensive academic and clinical preparation for each student to have a successful result on the ARRT certification and registration exam.
For a complete description of coursework in these modules, please refer to the ACC Catalog.
Students can earn their radiography associate degree in as little as 25 months.
Our admissions advisors and financial aid advisors are here to support you. They can help you figure out the radiography school cost and help you explore financial aid options.
To learn more about ACC’s Radiography program cost, access our tuition info.
Yes, financial aid and scholarships are available for those who qualify.
Yes! ACC's Radiography program includes over 1,800 hours of clinicals which gives students the opportunity to demonstrate and reinforce the knowledge and skills they acquired learning hands-on throughout the training program.
ACC’s radiologic technologist curriculum is designed to help prepare students for the ARRT (American Registry of Radiologic Technologists) exam.
Our classes are career-focused on the practical skills you need to be successful at your career. Get a well-rounded experience from in-class, lab and clinical hours as you work toward your degree.
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