The department offers a Bachelor of Science in Clinical Radiation Sciences with the following areas of concentration: diagnostic medical sonography, nuclear medicine technology, radiation therapy and radiography. Upon meeting prerequisites and gaining admission to the program, students complete a three-year, full-time program that includes general education and professional course work. Graduates of the program are eligible for national certification examinations in their respective area of concentration.

Upon completion of one of the concentrations, the graduate is eligible for the relevant national certification examination administered by the American Registry of Radiologic Technologists. Graduates of the nuclear medicine technology concentration also are eligible for the certification examination administered by the Nuclear Medicine Technology Certification Board. Graduates of the diagnostic medical sonography concentration are also eligible for the certification examination administered by the American Registry for Diagnostic Medical Sonography.

Student learning outcomes

Upon completing this program, students will know and know how to do the following:

Program core learning outcomes

  • Demonstrate proficiency in performing imaging/therapy procedures
  • Demonstrate proper patient care skills
  • Practice appropriate methods of patient safety (to include radiation safety as appropriate)
  • Demonstrate effective verbal and written communication
  • Demonstrate the ability to critically think and problem solve
  • Demonstrate professional and ethical behavior

Nuclear medicine concentration-specific outcomes

  • Demonstrate proficiency in performing nuclear medicine procedures
  • Demonstrate proficiency in the handling and administration of radiopharmaceuticals
 

Special requirements

Students may see prerequisite course work for admission to this program on the pre-health major in clinical radiation sciences page elsewhere in this Bulletin.

English proficiency

All non-native applicants must meet VCU’s minimum TOEFL score requirements prior to admission.

Enrolled students must earn a minimum grade of C in the following CLRS courses:

Course Title Hours
CLRS 208Foundations of Patient Care4
CLRS 232Radiation Safety2
CLRS 303Orientation to Nuclear Medicine2
CLRS 317Nuclear Medicine Procedures I3
CLRS 318Nuclear Medicine Procedures II2
CLRS 319Nuclear Medicine Procedures III3
CLRS 321Nuclear Medicine Physics and Instrumentation I2
CLRS 322Nuclear Medicine Physics and Instrumentation II3
CLRS 341Radiation Physics2
CLRS 393Clinical Education I2-5
CLRS 394Clinical Education II2-4
CLRS 395Clinical Education III2-6
CLRS 417Nuclear Medicine Procedures IV3
CLRS 430Radiobiology2
CLRS 453Quality Management in Nuclear Medicine2
CLRS 461Radiopharmaceutical: Preparation and Quality Control2
CLRS 488Senior Seminar3
CLRS 493Clinical Education IV1-5
CLRS 494Clinical Education V1-5
CLRZ 321Nuclear Medicine Physics and Instrumentation Laboratory I1
CLRZ 322Nuclear Medicine Physics and Instrumentation Laboratory II1

Degree requirements for Clinical Radiation Sciences, Bachelor of Science (B.S.) with a concentration in nuclear medicine technology

Course Title Hours
General education
Select 30 credits of general education courses in consultation with an adviser. 130
Major requirements
• Major core requirements
CLRS 206Cross-sectional Anatomy2
CLRS 398Introduction to Research1
CLRS 498Senior Project2
• Additional major requirements
ALHP 430Overview of Research in the Health Professions3
CLRS 203Pathophysiology I3
CLRS 204Pathophysiology II3
CLRS 205Exploring Radiologic Sciences1
CLRS 208Foundations of Patient Care4
CLRS 232Radiation Safety2
CLRS 303Orientation to Nuclear Medicine2
CLRS 317Nuclear Medicine Procedures I3
CLRS 318Nuclear Medicine Procedures II2
CLRS 319Nuclear Medicine Procedures III3
CLRS 321
CLRZ 321
Nuclear Medicine Physics and Instrumentation I
and Nuclear Medicine Physics and Instrumentation Laboratory I
3
CLRS 322
CLRZ 322
Nuclear Medicine Physics and Instrumentation II
and Nuclear Medicine Physics and Instrumentation Laboratory II
4
CLRS 341Radiation Physics2
CLRS 393Clinical Education I2
CLRS 394Clinical Education II2
CLRS 395Clinical Education III3
CLRS 407Introduction to PET/CT2
CLRS 408Introduction to Computed Tomography (CT)2
CLRS 417Nuclear Medicine Procedures IV3
CLRS 430Radiobiology2
CLRS 453Quality Management in Nuclear Medicine2
CLRS 461
CLRZ 461
Radiopharmaceutical: Preparation and Quality Control
and Radiopharmacy Laboratory
3
CLRS 488Senior Seminar3
CLRS 493Clinical Education IV3
CLRS 494Clinical Education V3
Ancillary requirements
Additional subjects and credits required for admission 229
CHEM 101
CHEZ 101
General Chemistry I
and General Chemistry Laboratory I (both satisfy general education BOK for natural sciences and AOI for scientific and logical reasoning)
4
CHEM 102
CHEZ 102
General Chemistry II
and General Chemistry Laboratory II
4
HCMG 300Health Care Organization and Services3
HPEX 250Medical Terminology1
STAT 210Basic Practice of Statistics3
Total Hours120
1

Some course work completed toward admission will also fulfill general education requirements. Admission to the program requires 29 credits. 

2

See program page for pre-health major in clinical radiation sciences for a complete list of prerequisite requirements. 

The minimum number of credit hours required for this degree is 120.

What follows is a sample plan that meets the prescribed requirements within a four-year course of study at VCU. Please contact your adviser before beginning course work toward a degree.

Freshman year
Fall semesterHours
Courses taken toward admission to program 15
 Term Hours: 15
Spring semester
Courses taken toward admission to program 14
 Term Hours: 14
Sophomore year
Fall semester
CHEM 101
CHEZ 101
General Chemistry I
and General Chemistry Laboratory I (both satisfy general education BOK for natural sciences and AOI for scientific and logical reasoning)
4
CLRS 203 Pathophysiology I 3
CLRS 205 Exploring Radiologic Sciences 1
CLRS 208 Foundations of Patient Care 4
HCMG 300 Health Care Organization and Services 3
HPEX 250 Medical Terminology 1
 Term Hours: 16
Spring semester
CHEM 102
CHEZ 102
General Chemistry II
and General Chemistry Laboratory II
4
CLRS 204 Pathophysiology II 3
CLRS 232 Radiation Safety 2
STAT 210 Basic Practice of Statistics 3
UNIV 200 Advanced Focused Inquiry: Literacies, Research and Communication (satisfies general education UNIV foundations) 3
 Term Hours: 15
Summer semester
CLRS 303 Orientation to Nuclear Medicine 2
 Term Hours: 2
Junior year
Fall semester
ALHP 430 Overview of Research in the Health Professions 3
CLRS 206 Cross-sectional Anatomy 2
CLRS 317 Nuclear Medicine Procedures I 3
CLRS 321
CLRZ 321
Nuclear Medicine Physics and Instrumentation I
and Nuclear Medicine Physics and Instrumentation Laboratory I
3
CLRS 341 Radiation Physics 2
CLRS 393 Clinical Education I 2
 Term Hours: 15
Spring semester
CLRS 318 Nuclear Medicine Procedures II 2
CLRS 322
CLRZ 322
Nuclear Medicine Physics and Instrumentation II
and Nuclear Medicine Physics and Instrumentation Laboratory II
4
CLRS 394 Clinical Education II 2
CLRS 398 Introduction to Research 1
General education course 3
 Term Hours: 12
Summer semester
CLRS 319 Nuclear Medicine Procedures III 3
CLRS 395 Clinical Education III 3
 Term Hours: 6
Senior year
Fall semester
CLRS 408 Introduction to Computed Tomography (CT) 2
CLRS 417 Nuclear Medicine Procedures IV 3
CLRS 461
CLRZ 461
Radiopharmaceutical: Preparation and Quality Control
and Radiopharmacy Laboratory
3
CLRS 493 Clinical Education IV 3
CLRS 498 Senior Project 2
 Term Hours: 13
Spring semester
CLRS 407 Introduction to PET/CT 2
CLRS 430 Radiobiology 2
CLRS 453 Quality Management in Nuclear Medicine 2
CLRS 488 Senior Seminar 3
CLRS 494 Clinical Education V 3
 Term Hours: 12
 Total Hours: 120

The minimum number of credit hours required for this degree is 120.