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What The Radiography Program At NCC Offers You
NCC’s accredited Radiography program prepares you for the American Registry of Radiologic Technologists (ARRT) certification examination, a valued credential that healthcare employers look for. Our program covers on-campus lab training, advanced digital imaging, radiation safety, and patient care techniques.
You master anatomical positioning and operating diagnostic equipment from industry-certified medical professionals. You will complete concurrent clinical externships integrated with course modules to gain real-world experience with local diagnostic teams.
Upon your graduation from this 18-month program, NCC’s Career Services team provides lifetime support, job search resources, resume and interviewing tips, and assistance in networking required to secure the right job in Nevada.
Sources
- *1 Find the Median Annual Salary Report for Radiologic Technologists and Technicians at O*Net Online.
- *2 Find the detailed definitions of the Job Placement Rate and Retention Rate on our Annual Outcomes Data page.
Hear From NCC's Radiography Students
(1070 reviews)
" I can't wait to start classes"
"I'm very excited that Northwest Career College started offering the radiography program I'm really fascinated about how the body works and I really want a job."
Great experience in the radiography program.
I have never been the “school girl” type, and I have never felt very confident or comfortable in a classroom
I love the school and the instructors. It’s like having a large family who supports each other and is happy
My experience with NCC so far: everyone is very friendly and helpful. I can tell they honestly care about the
I attended NCC twice for 2 degrees. One in healthcare administration and for Radiography. Both time the experience was great.
I’d like to give a big shoutout to all the staff at NCC! From the very first day I started,
Why Choose The Radiography Program
At Northwest Career College?
You should choose the Radiography program at NCC to earn your Associate of Applied Science degree and start a career within 18 months. Attend classes at your convenience, build clinical confidence and skills under expert supervision, and have access to financial aid, career support, and future career advancement.
Graduate Within 18 Months
Complete the JRCERT-accredited associate degree through a structured and flexible curriculum, and develop skills and knowledge needed for a successful radiography career.
Dedicated Academic And Career Support On Campus
Get lifetime career support in job search resources, resume and interviewing tips, and build a network to find a fulfilling career in your chosen field.
ARRT Certification Exam Preparation
Prepare for the ARRT certification examination, focusing on your technical skill development for potential healthcare employers.
Flexible Radiography Program Class Schedules
Attend classes at your convenience-flexible day classes to balance your education, job, personal life, and future career goals while you stay focused on graduation.
Financial Aid Available For Qualified Students
Get support from different financial aid options, including scholarships, grants, and loans, based on your eligibility, and continue pursuing studies.
Hands-On Instruction And Externship
Receive hands-on lab training in imaging technology, radiation safety, anatomy, and digital imaging, externship in an actual working environment.
Radiography Program Mission and Goals
Mission: We endeavor to provide an innovative educational experience leading to successful opportunities as entry-level professionals in the field of radiologic sciences.
Goal 1: Students will demonstrate clinical competence as an entry-level radiographer.
Learning Objective 1.1 - Students will obtain radiographic images of acceptable diagnostic quality.
Learning Objective 1.2 - Students will demonstrate and apply proper safety procedures when obtaining radiographic images.
Goal 2: Students will demonstrate the ability to communicate effectively.
Learning Objective 2.1 - Students will deliver appropriate and effective patient instructions prior to making an X-ray exposure.
Learning Objective 2.2 - Students will communicate appropriately in a clinical setting.
Goal 3: Students will demonstrate critical thinking and problem-solving skills.
Learning Objective 3.1 - Students will demonstrate the ability to modify a patient’s care based on their condition.
Learning Objective 3.2 - Students will complete a basic analysis of the diagnostic quality of a radiographic image.
Radiography
Program Accreditation
The Radiography program is accredited by the
Joint Review Committee on Education in Radiologic Technology
20 North Wacker Drive, Suite 2850
Chicago, IL 60606-3182
312-704-5300
Email: mail@jrcert.org
The program's current accreditation award is 3 years. General program accreditation information and the current accreditation award letter can be found here.
Program Effectiveness Data
January 1, 2020 to December 31, 2024
This document contains the most current program effectiveness data. Our programmatic accreditation agency, the Joint Review Committee on Education in Radiologic Technology (JRCERT), defines and publishes this information. Click here to go directly to the JRCERT webpage.
- Credentialing Examination:
The number of students who pass, on the first attempt, the American Registry of Radiologic Technologists (ARRT) certification examination, or an unrestricted state licensing examination, compared with the number of graduates who take the examination within six months of graduation. The five-year average benchmark established by the JRCERT is 75%.
- Job Placement:
The number of graduates employed in the radiologic sciences compared to the number of graduates actively seeking employment in the radiologic sciences within twelve months of graduating. The five-year average benchmark established by the JRCERT is 75%.
"Not actively seeking employment" is defined as:
1) Graduate fails to communicate with program officials regarding employment status after multiple attempts; OR
2) Graduate is unwilling to seek employment that requires relocation; OR
3) Graduate is unwilling to accept employment due to salary or hours; OR
4) Graduate is on active military duty; OR
5) Graduate is continuing education.
- Program Completion:
The number of students who complete the program within the stated program length. The annual benchmark established by the program is 85%.
Program
Externship Disclosures
Students may have to conform to additional requirements to participate in externship, such as:
- Complete a background check.*
- Complete a drug screening.*
- Complete evening/weekend assignments.
NCC maintains liability insurance that offers coverage for any injuries a student may cause to an employee or patient of a clinical site while on externship. Coverage does not cover self-inflicted injuries sustained by the student.
*The cost of any background checks or drug screenings required by clinical sites are included in tuition.
Information on the Radiography Program and Externship and Clinical Sites can be found on Radiography Student Handbook.
3 Steps To Becoming A Radiographer
STEP - 1
1Start Your Journey
Discuss with your admissions advisor about course details, financial options, and tour the training labs.
STEP - 2
2Study & Gain Experience
Acquire clinical and administrative knowledge both theoretically and through hands-on training from seasoned professionals. Prepare for the ARRT exam and a real job with lab training and externship.
STEP - 3
3Launch Your Career
Prepare to join the workforce as our career service team assists you in resume creation, networking, and interview techniques.
Your Monthly Achievements As A Radiography Student At NCC
Get close to a rewarding career in Radiography through a balanced blend of interactive online learning, on-campus lab training, and real-world clinical rotations. Develop skills, job-ready confidence, and expertise to excel in a modern healthcare environment.
RAD101: Radiographic Anatomy and Physiology I
Learn foundational anatomy and physiology concepts, cellular biology, major torso systems, and skeletal structures that are required for accurate diagnostic imaging.
- Anatomy terminology & organization
- Basic genetics & heredity
- Cell structure & function
- Chemical bonds (ionic vs. covalent)
- Digestive & respiratory systems
- Joint types & spinal anatomy
- Skeletal structures & bone identification
RAD102: Medical Terminology (Online Only Course*)
Enrich professional healthcare vocabulary by learning medical word structures, abbreviations, and specialized radiographic positioning terms used in imaging.
- Anatomical identification
- Building & defining medical terms
- Healthcare communication
- Medical abbreviations & symbols
- Medical word structure (prefixes, suffixes, roots)
- Radiographic terminology & positioning
- Translating medical terminology
RAD103: Introduction to Radiography
Master diagnostic imaging fundamentals, initial radiation protection standards, equipment operations, and professional patient care protocols of healthcare systems.
- Healthcare systems & regulations
- Legal & ethical responsibilities
- Patient communication & care
- Radiation protection & safety
- Radiographic equipment operation
- Radiography roles & healthcare teams
- X-ray systems & imaging components
RAD104: Radiographic Anatomy and Physiology II (Online Only Course*)
Study advanced body systems, system integration, and homeostasis pathways. Develop a deeper anatomical understanding to perform clinical radiographic imaging.
- Endocrine system & hormones
- Immune & lymphatic systems
- Major body systems & functions
- Muscle structure & function
- Nervous system & pathways
- System integration & physiology
- Urinary & reproductive systems
RAD105: Principles of Radiographic Imaging I
Understand exposure factors, digital imaging systems, and scatter radiation controls to produce, process, and evaluate high-quality diagnostic radiographs.
- Beam restriction & safety
- Contrast & spatial resolution
- Exposure factors & image quality
- Image acquisition & processing
- Image evaluation & critique
- Quality assurance practices
- Scatter radiation control
RAD106: Patient Care for Radiographers (Online Only Course*)
Learn patient-centric skills, such as vital sign assessment, infection control, venipuncture techniques, pharmacology basics, and basic emergency life support.
- Emergency response & BLS
- Infection control & aseptic technique
- Legal & incident reporting
- Medical device identification
- Patient assessment & vital signs
- Patient handling & transfer
- Venipuncture & contrast administration
RAD107: Radiographic Procedures I
Practice patient positioning, anatomical landmark identification, and the use of immobilization devices for radiographic examinations.
- Anatomical landmarks & surface anatomy
- Clinical problem-solving
- Fluoroscopy basics
- Image quality evaluation
- Patient positioning for radiographic procedures
- Procedure adaptation for patient needs
- Use of positioning aids
RAD109: Radiographic Procedures II
Upgrade your skills by focusing on landmark identification accuracy, image evaluation, and procedure adaptations for diverse patient populations.
- Accurate patient positioning
- Anatomical landmark identification
- Clinical decision-making
- Cultural awareness in care
- Procedure adaptation for diverse patients
- Radiographic image evaluation
- Use of positioning aids
RAD111: Radiographic Procedures III
Apply advanced positioning techniques for complex skull, spine, and abdominal anatomy following age-specific considerations and contrast media applications.
- Advanced patient positioning
- Age-specific imaging considerations
- Contrast media applications
- Fluoroscopic & special studies
- Image evaluation & critique
- Procedure adaptation for complex cases
- Skull, spine & abdominal anatomy
RAD113: Principles of Radiation Biology and Protection
Examine atomic structures, X-ray production mechanics, and photon interactions to build a technical foundation in automatic exposure control and imaging systems.
- Atomic structure & radiation fundamentals
- Automatic Exposure Control (AEC)
- Electromagnetic spectrum
- Imaging system design
- Photon interactions
- Quality control principles
- Radiographic equipment systems
- X-ray production
RAD115: Radiologic Physics & Equipment
Apply radiation-biological effects data, dose-measurement limits, and ALARA principles to safeguard patients and medical professionals during imaging procedures.
- ALARA principles
- Dose limits & measurement
- Ethical responsibilities
- Exposure calculations
- Radiation biological effects
- Radiation monitoring
- Regulatory compliance
RAD117: Pathology Analysis
Identify disease processes and trauma healing on radiographic images. Learn how to select specific imaging procedures based on pathology classifications.
- Disease identification in imaging
- Image evaluation in disease
- Pathology classification
- Patient care considerations
- Procedure selection for pathology
- Radiographic appearance recognition
- Trauma & healing processes
RAD201: Principles of Radiographic Imaging II (Online Only Course*)
Develop advanced skills in equipment troubleshooting, fluoroscopic system mechanics, artifact recognition, and signal-to-noise ratio concepts.
- Anatomical identification in images
- Artifact recognition & correction
- Equipment troubleshooting
- Image quality evaluation
- Problem-solving in imaging
- Quality control testing
- Signal-to-noise concepts
RAD202: Comprehensive Pathology
Expand radiographic interpretation skills across multiple advanced body systems to evaluate multi-system disease tracking and complex trauma presentations.
- Advanced pathology concepts
- Disease identification across systems
- Image evaluation in pathology
- Patient care considerations
- Procedure selection for disease
- Radiographic interpretation
- Trauma & healing processes
RAD203: Advanced Imaging Modalities
Acquire foundational knowledge of alternative diagnostic technologies, comparing equipment, radiation doses, and career pathways in CT, MRI, ultrasound, and nuclear medicine.
- Advanced imaging modalities
- Career pathways
- Cross-modality image recognition
- Imaging comparisons
- Imaging equipment & technology
- Patient preparation
- Radiation dose considerations
RAD204: Medical Law and Ethics (Online Only Course*)
Understand legal responsibilities, medical ethics principles, scope of practice limits, and patient rights regarding informed consent in healthcare facilities.
- Documentation standards
- Ethical decision-making
- Legal responsibilities
- Medical ethics principles
- Patient rights & informed consent
- Scope of practice
- Workplace legal issues
RAD207: Radiologic Technology Review (Online Only Course*)
Prepare for the ARRT certification examination through target content reviews, test-taking strategy sessions, and ARRT-style timed question analysis.
- ARRT-style question analysis
- Certification readiness
- Clinical decision-making
- Performance evaluation
- Radiography content review
- Test-taking strategies
RAD210: Clinical Externship I
Experiment with radiologic technology skills in a real clinical environment. Focus on introductory patient care, radiation safety, and basic procedure performance.
- Communication & teamwork
- Emergency response
- Infection control
- Patient assessment
- Professional behavior
- Radiation safety
- Radiographic procedure performance
RAD211: Clinical Externship II
Build clinical independence and perform intermediate radiologic procedures, demonstrating increased adaptability, advanced image critique skills, etc.
- Advanced procedure performance
- Clinical decision-making
- Image critique
- Infection control
- Patient assessment
- Professional development
- Radiation safety application
RAD212: Clinical Externship III
Perform independent radiographic procedures under minimal supervision. Achieve entry-level professional competency in complex case adaptations and patient care mastery.
- Advanced clinical decision-making
- Complex case adaptation
- Image evaluation
- Independent radiographic procedures
- Patient care mastery
- Professional readiness
- Radiation safety application
- Team communication
Radiography Program Admissions Process
Admission in the Northwest Career College Radiography Program is competitive based on the number of seats available from the total capacity. Up to 20 students may be selected at the start of the designated term in which 20 seats are available. In order to be admitted into the program applicants must have a GED (or equivalent) or a high school diploma (or equivalent). They must also pass an entrance exam, a math exam, submit an Admissions essay, and complete an in-person interview with the Program Chair of the Radiography Department.
Once the application is filed and the applicant takes the entrance exam, submits the essays, and completes an in-person interview with the Program Chair of the Radiography Department a score is calculated. The process for calculating a prospective Radiography student’s candidate score is based on various assessment components. The candidate score is determined by adding the Admissions Interview Score, the Highest Wonderlic Score, the Math Assessment Score, the Essay Score, the PC Interview Score and alumni status
Candidate Scoring: The candidate score is based on six components:
Highest Wonderlic Score (30%):
- Minimum passing score: 26 out of 50.
- Candidates can retake the test; the highest score is used.
Admissions Interview Score (15%):
- The interview assesses the candidate's communication skills, professionalism, understanding of the program, and readiness for a career in radiography.
- Maximum score: 10
- Evaluated using the Admissions Interview Rubric:
- Communication Skills (0-3 points): Clarity, coherence, and effectiveness of verbal communication.
- Professionalism (0-3 points): Appearance, demeanor, and punctuality.
- Understanding of Program (0-2 points): Knowledge of the radiography field and the program specifics.
- Readiness for Career (0-2 points): Motivation, commitment, and realistic career goals.
Math Assessment Score (10%):
- Consists of 15 questions, with a maximum score of 37.
- Evaluated using the Math Assessment Rubric:
- Basic Arithmetic (0-10 points): Accuracy in basic calculations.
- Algebra (0-10 points): Understanding of algebraic concepts and problem-solving.
- Data Interpretation (0-10 points): Ability to interpret and analyze data.
- Overall Performance (0-7 points): General mathematical aptitude and reasoning.
Essay Score (15%):
- Assesses writing skills, critical thinking, and ability to articulate ideas.
- Maximum score: 15.
- Evaluated using the Essay Assessment Rubric:
- Writing Skills (0-5 points): Grammar, punctuation, and overall writing quality.
- Critical Thinking (0-5 points): Ability to analyze and synthesize information.
- Articulation of Ideas (0-5 points): Clarity and coherence of presented ideas.
Program Chair Score (15%):
- Determined during an interview with the Program Chair.
- Maximum score: 21.
- Evaluated using the Program Chair Score Rubric:
- Knowledge of Radiography (0-7 points): Understanding of the radiography field.
- Career Goals (0-7 points): Alignment of career aspirations with program objectives.
- Interpersonal Skills (0-7 points): Ability to interact effectively and professionally.
Alumni Status Points:
- Certificate Program - 1 point
- Diploma Program - 5 points
- Degree Program - 7 points
Selection Process:
Ranking:
- Candidates are de-identified and ranked based on their scores.
- Rankings are documented on the Radiography Student Tracker by student ID.
Acceptance:
- 12 weeks before the start date will be the selection time for accepted students.
Alternate Students:
- High-ranking candidates not initially accepted become alternate students.
- Alternates can attend classes conditionally and are considered if vacancies arise.
- 6 weeks before the start date will be the selection time for alternates.
Vacancy Filling:
- Vacancies are filled from the list of alternates, prioritizing the highest-ranking engaged candidates.
- Alternates who attend the conditional acceptance period are prioritized for the next start date.
Non-Discrimination Policy:
- NCC maintains an inclusive environment free from discrimination and harassment based on race, religion, gender, and other legally protected statuses, ensuring respect and dignity for all individuals.
Radiographer Career Opportunities In Nevada
Radiography skills are highly demanded in major hospitals, specialized diagnostic imaging centers, orthopedic clinics, and urgent care facilities throughout the Las Vegas Valley. Radiographers make between $65,710 and $121,700 per year in Nevada, which varies by certification, experience, employers, etc. With a 5% job prospect till 2034 (BLS data), graduates in Nevada can find various career paths as follows.
CAREER OPPORTUNITIES FOR RADIOGRAPHER
Radiologist Oncologist
Contract Radiologist
Radiology Transcriptionist
Radiology Registrar
Radiology Scheduler
Clinical Radiographer
Radiologic Technologist Assistant
Medical Imaging Coordinator
Mobile Diagnostic Technician
Radiography Equipment Specialist
Tuition Information
All applicants must pay a $100 Application Fee before their Application for Admissions will be accepted. No additional fees are charged beyond the total program cost identified below. Tuition includes all costs associated with VR simulation and online education, background checks required by clinical sites, and drug screenings required by clinical sites.
| Cost per Term (1-6) | $7,500.00 |
More Information about the Profession
- For information about flexible payment plans at Northwest Career College, please visit our Admission page.
- For more information about the Radiography profession (29-2034.00), review the Summary Report at O*Net Online.
Radiography Program Requirements
The primary requirements for admission to the Radiography program are:
High School Completion
Get your high-school diploma or GED certificate to ensure your eligibility for the Radiography program.
U.S. Government-Issued Photo ID
Send us your U.S. government-issued photo ID for identity verification. Students under 18 are required to submit written consent from their guardians.
Social Security Card
Provide your Social Security Number or Tax Identification Number (TIN) to confirm eligibility to study and work in the U.S.
Find The Best Radiography School For You In Clark County
Radiography Program FAQs
Radiography is a medical field that takes pictures of the inside of the human body. This technique uses safe amounts of radiation and machines such as X-rays, CT scans, and digital imaging. Doctors look at these clear images to diagnose and treat broken bones, internal injuries, or illnesses.
A radiographer in the US make $55,980 to more than $118,660 per year, which is $26.91 to more than $57.05. Radiographers in Nevada earn between $65,710 and $121,700 per year, which is $31.59 to over $58.51. The pay in the USA varies based on skill level, location, and years of experience. Candidates with accredited certification and specialized clinical expertise enjoy more rewarding careers, higher pay, and facilities in Nevada and across the US.
To be a radiographer in Nevada, you need an associate degree in radiography from an accredited institution to qualify for a professional credential for an entry-level job. It validates your learning and mastery of the essential clinical safety protocols, anatomy coursework, and technical equipment operations required to perform daily jobs.
After graduating as a radiographer, you can get jobs as a Registered Radiologic Technologist, Clinical Radiographer, X-ray Technician, or Mobile Diagnostic Technician. These are rewarding professions, and with added experience or targeted equipment certifications, you can advance to imaging modalities like CT scanning, MRI technology, or mammography.
A radiographer runs imaging machines to take clear pictures of the inside of the body. They directly work with doctors to ensure accurate medical imaging and guide patients into the right body position, explain the process, help them to become comfortable, and use safety shields to protect them from radiation. Radiographers are also called Radiologic Technologists and Technicians, Radiologic and MRI Technologists, Rad Techs, or X-ray Technologists.
To become a radiographer in Nevada, you need to complete your high school diploma or GED, an accredited associate degree program, and pass the national ARRT examination. You need to submit this certification and pass the background check to get a license to practice in Nevada.
Yes, NCC’s Radiography program is programmatically accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT). This specialized accreditation confirms that our curriculum maintains high educational standards, comprehensive laboratory safety protocols, and rigorous clinical instruction to successfully prepare graduates for national ARRT certification.
Yes, Northwest Career College offers financial aid and career service support for eligible students up to $4,499. Contact the NCC Admissions Department or call our admissions team at Phone: 702-819-6366 for eligibility details and funding options.
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