Radiation Therapy Program

Radiation therapy utilizes radiation and radioactive isotopes in the treatment of disease, primarily cancer. The radiation therapists provide services for treatment of malignant and non-malignant disease. They are responsible for localizing the tumor, implementing the treatment plan, observing and evaluating clinical progress of the patient.

The therapists are also responsible for safe operation of high tech, high-energy radiation -producing equipment; and assisting in the preparation and administration of different types of radioactive material used for therapeutic purposes. The radiation therapists are professionals who not only possess superior clinical skills, but strong academic and theoretical knowledge as well. The clinical education phase of the program is designed to reinforce didactic information as it relates to clinical procedures. It is expected that through this effort, greater cohesion can be achieved between the two learning environments, thereby facilitating a greater transfer of knowledge between them.

Degree Program

The four-year integrated academic and clinical program has two divisions. The Lower Division includes the first and second years where students complete general education requirements. Individuals who successfully complete all Lower Division requirements are eligible to apply for admission into the Upper Division. The Upper Division includes didactic courses as well as a clinical education component throughout the third and fourth years. The clinical education phase of the program is designed to reinforce didactic information as it relates to clinical procedures. It is expected that through this effort, greater cohesion can be achieved between the two learning environments, thereby facilitating a greater transfer of knowledge between them. During clinical education, students have an opportunity to receive practical experience at prestigious affiliating hospitals.

Accreditation

The Radiation Therapy Program is accredited by the Joint Review Committee on Education in Radiologic Technology, 20 N. Wacker Drive, Suite 2850, Chicago, IL 60606; 312.704.5300: www.jrcert.org. At its May 2013 meeting, the Joint Review Committee on Education in Radiologic Technology (JRCERT) voted to place the Howard University Radiation Therapy Program on probation until its next comprehensive review in September 2014. Accreditation–Probation is a temporary status of accreditation conferred when a program does not meet the Standards and when the capability of the program to provide an acceptable educational experience for its students is threatened. Specific questions regarding the program and its plans regarding probation should be directed to Ms. Adrienne Harrison, M. S., R. T. (T), Program Director at 202-806-5920.

Admissions

Lower Division

Students must meet Howard University’s general admission requirements.

  • Cumulative grade point average of 2.8 on a 4.0 scale
  • Submission of program application forms and official transcript(s) by February 15th
  • Background Screening and Assessment Examination

Upper Division

Students should request the program application package from the Department of Radiation Therapy. Requirements include:

The completed application package must include:

Technical Standards for Admissions

Individuals with disabilities will be individually considered on the basis of their ability. Reasonable accommodation for disabled students will be provided as required by law. NOTE: Should you desire to arrange for a disability accommodation in conjunction with completing the application process, please contact Dr. Elaine Bourne Heath, Special Student Services, (202) 238-2420.

Classes

RASC 211 : Radiation Therapy Orientation

This course provides an introduction and an overview of the discipline of radiation therapy. The content includes the basic principles, practices and policies regarding the radiation therapist's role in the management of cancer, professionalism, and ethical issues in cancer care. Academic, departmental personnel, administrative structures, radiation and health safety procedures, related professional organizations, professional skills and life-long learning are discussed.

Credits

2

Prerequisites

Major

RASC 310 : Clinical Radiotherapy I

Clinical practicum in radiation oncology facilities at affiliating institutions to fulfill sequential clinical program requirements. The course includes an extensive overview of the program and clinical policies, procedures, and expectations in preparation for the clinical practicum. Prereq: Successful completion of all prerequisite courses and admission into the upper division of the program.

Credits

2

Prerequisites

Major

RASC 311 : Prin & Prac of Radiation Ther

Provides an overview of the historic and current management of neoplastic disease, decision process, physical and technical aspects of radiation therapy, function and structure of simulation/treatment equipment, ethical and legal considerations related to the scope and practice of radiation therapists.

Credits

2

Prerequisites

Major

RASC 312 : Environ & Radiation Protection

Content includes basic principles of radiation protection, biological effects, surveys, detection, measurement, personnel monitoring, environmental, health, legal and safety requirements of federal, state, and local regulatory agencies and healthcare organizations.

Credits

3

Prerequisites

Major

RASC 313 : Radiation Therapy Physics I

Presents the applied physics related to radiation therapy and focuses on structure of matter, properties of matter, properties of radiation, nuclear transformations, principles of image production, treatment equipment, types of radiation, beam quality, dose measurement and distribution.

Credits

3

Prerequisites

Major

RASC 314 : Sectional Anatomy

Content includes the medical imaging modalities in radiation therapy with special emphasis on CT. Knowledge of anatomic structures are reviewed through a variety of sectional images.

Credits

2

Prerequisites

Major

RASC 315 : Introduction to Oncology

Course provides an introduction to the field of Oncology, including Surgical Oncology, Medical Oncology, Radiation Oncology, Radiation Effects and Complementary and Alternative Medicine in Cancer Management.

Credits

2

Prerequisites

Major

RASC 320 : Clinical Radiotherapy II

A continuation of sequential assignments at radiation oncology affiliations to fulfill clinical program requirements. This clinical course is designed to foster the development of future radiation therapists.

Credits

2

Prerequisites

major/ RASC 310

RASC 323 : Imaging & Radiation Therapy

This course is designed to establish a basic knowledge of Radiation Therapy related imaging principles and techniques used during the treatment planning and verification process.

Credits

3

Prerequisites

major/ RASC 310

RASC 324 : Patient Care & Management

Provides the student with concepts and competencies in assessment, management, and evaluation of patient care including considerations of physical and psychosocial aspects. Routine and emergency patient care procedures will be will be emphasized. The role of the radiation therapist in patient education

Credits

2

Prerequisites

major/ RASC 310

RASC 325 : Radiation Oncology

The course is part two in the overview of multidisciplinary cancer management. Content covered includes anatomy, physiology review, etiology, epidemiology, detection and work-up, diagnosis, patterns of spread, staging, treatment techniques, organs at risk and multimodality management, and prognosis of specific cancer sites with emphasis on treatment assessment, delivery and evaluation. Also reviews the role of the radiation therapist in patient education including associated acute and chronic effects and management.

Credits

3

Prerequisites

major/ RASC 310

RASC 326 : Rad Therapy Phys II

A continuation of RASC 313 to include the physical parameters of various radiation treatment techniques, calculations and measurements. Also included are quality assurance considerations and brachytherapy.

Credits

3

Prerequisites

major/ RASC 310

RASC 327 : Pathophysiology

Presents basic pathological concepts and principles related to the nature of disease and its effects on the body tissues and its organs. This information will assist the student radiation therapist in the describing the pathologic conditions, clinical signs and symptoms and associated laboratory methods used to assess the.diagnosis and the treatment of various diseases encountered during clinical practice.

Credits

3

Prerequisites

major/ RASC 310

RASC 412 : Treatment Planning I

Focuses on basic concepts of radiation treatment planning through lecture and laboratory exercises. Includes the theoretical and practical application of dose calculations, localization of tumors, and factors that impact basic treatment planning

Credits

2

Prerequisites

major/ RASC 335

RASC 413 : Quality Management

This course is designed to introduce the student to the evolutionary process and fundamental concepts that necessitate Quality Management Programs in Radiation Therapy. Focus will be on the student's understanding and appreciation of the vital role of the radiation therapist and Quality Management programs as well as legal and regulatory implications.

Credits

2

Prerequisites

major/ RASC 335

RASC 414 : Problem Solving

Continuation of content that is designed to address issues related to the scope and practice of radiation therapists, Lecture/Lab.

Credits

1

Prerequisites

major/ RASC 335

RASC 415 : Radiation Oncology II

The course continues the overview of multidisciplinary cancer management. The course will begin with a review of cancer basics and pathology. Content covered includes anatomy, physiology review, etiology, epidemiology, detection and workup, diagnosis, patterns of spread, staging, treatment techniques, organs at risk and multimodality management of specific cancer sites with emphasis on treatment assessment, delivery and evaluation. Also, includes the role of the radiation therapist in patient education associated acute and chronic radiation side effects and management.The goal is to provide a linkage between didactic and psychomotor skills to enable the student radiation therapist to analyze and make appropriate clinical decisions based on knowledge and skills integrated through class and clinic. Activities in class are designed to promote critical thinking and verbal/ written communication skills necessary for radiation therapists' clinical decision-making as it relates to specific tumor sites with emphasis on radiation oncology.

Credits

3

Prerequisites

major/ RASC 335

RASC 420 : Clinic Radiation Therapy VI

Completion of sequential clinical practice at mastery-level competence in radiation oncology conducted at affiliating institutions

Credits

4

Prerequisites

major/ RASC 330

RASC 422 : Problem Seminar

Designed to provide a comprehensive review for seniors in preparation to take the national board examination and problem solve various situations they may encounter during entry-level employment.

Credits

2

Prerequisites

major/ RASC 335

RASC 426 : Treatment Planning II

A Continuation of Treatment Planning I. The course is an introduction to the clinical application of radiation therapy physics and radiation therapy treatment planning practices. Students will learn about the principles used in the development and delivery of treatment plans. The identification of clinical conditions under which specific treatment plans are warranted will be discussed. The goal of the lectures and activities in class is to promote critical thinking, and the verbal and written communication skills that are fundamental to understanding the practice of clinical radiation therapy.

Credits

2

Prerequisites

major/RASC 410

RASC 427 : Radiation Biology

Principles of cell biology and radiation interaction, effects of radiation and other factors on cell response, acute and chronic effects of radiation are discussed

Credits

2

Prerequisites

major/RASC 410

RASC 428 : Quality Management

This course is designed to introduce the student to the evolutionary process and fundamental concepts that necessitate Quality Management Programs in Radiation Therapy. Focus will be on the student’s understanding and appreciation of the vital role of the radiation therapist and Quality Management programs as well as legal and regulatory implications.

Credits

2

Prerequisites

major/RASC 410