Radiologic Science

Program Overview

The Radiologic Science program at the University of Charleston prepares students to become compassionate and skilled radiology professionals. The program offers a 3-year Bachelor of Science in Radiologic Science and a 4-year BSRS with a concentration in Magnetic Resonance Imaging. Students gain hands-on experience through clinical rotations and are equipped with the knowledge and skills to perform radiographic examinations safely and effectively. Graduates are well-prepared for diverse career paths in healthcare settings, including hospitals, clinics, and imaging centers.

Program Outline

Radiologic Science Program at the University of Charleston:

Degree Overview:

The Radiologic Science program at the University of Charleston aims to prepare students to become compassionate, responsible, and multi-competent radiology professionals. The program offers two tracks: a 3-year Bachelor of Science in Radiologic Science (BSRS) and a 4-year BSRS with a concentration in Magnetic Resonance Imaging (MRI).

Objectives:

• Equip students with the knowledge and skills to perform radiographic examinations safely and effectively.
• Promote critical thinking and problem-solving skills in a clinical setting.
• Foster ethical and professional behavior in accordance with industry standards.
• Provide opportunities for advanced education and multi-credentialing in specialized imaging modalities.

Program Description:

The program consists of approximately 125 credit hours, including:

• 72 credits of Radiologic Science coursework covering topics like:
• Basic anatomy and physiology
• Medical terminology
• Radiation protection
• Radiographic positioning
• Imaging equipment
• Pathology
• Patient care
• 15 credits of Health Science core courses
• 11 credits of Mathematics and Science courses
• 27 additional credits of electives and general education requirements
Students also complete approximately 1250 hours of clinical experience in various healthcare settings, including:
• Hospitals
• Clinics
• Imaging centers
This hands-on experience ensures graduates are well-prepared for professional practice.

Outline:

Course Schedule:

The program follows a semester-based schedule, with courses typically offered in the fall and spring semesters. Students can choose between a full-time or part-time schedule.

Program Structure:

The BSRS program is divided into four phases:

• Freshman Year: Focuses on foundational science and introductory radiologic science courses.
• Sophomore Year: Covers advanced radiologic science courses and begins clinical rotations.
• Junior Year: Continues clinical rotations and introduces advanced imaging modalities like MRI, CT, and mammography.
• Senior Year: Focuses on refining clinical skills, preparing for the ARRT national certification exam, and exploring career options.

Individual Modules:

The program consists of various modules, each focusing on specific aspects of radiologic science. Some key modules include:

• Radiographic Positioning and Image Acquisition: Covers the principles of radiographic positioning and how to obtain high-quality diagnostic images.
• Medical Imaging Equipment: Provides an understanding of different imaging modalities and their applications.
• Patient Care: Focuses on effective communication, patient assessment, and ethical considerations in radiologic science.

Assessment:

Assessment Methods:

The program uses a variety of assessment methods to evaluate student learning, including:

• Examinations: Written and practical exams assess students' understanding of theoretical concepts and technical skills.
• Clinical Performance Evaluations: Faculty and clinical instructors evaluate students' performance in clinical settings.
• Case Studies and Simulations: Students analyze real-world scenarios and apply their knowledge to solve problems.
• Portfolio Development: Students document their learning and professional development throughout the program.

Assessment Criteria:

Students are assessed based on their knowledge, skills, critical thinking, problem-solving abilities, ethical conduct, and professional demeanor. Performance expectations are clearly outlined in course syllabuses and program handbooks.

Teaching:

Teaching Methods:

The program incorporates various teaching methods to cater to different learning styles and ensure a comprehensive understanding of the subject matter. These methods include:

• Lectures: Faculty deliver interactive lectures to introduce key concepts and theories.
• Laboratory Sessions: Students apply their knowledge and skills in hands-on laboratory exercises using sophisticated imaging equipment.
• Clinical Rotations: Students gain practical experience under the guidance of experienced professionals.
• Seminars and Case Studies: Interactive discussions and analysis of real-world scenarios enhance problem-solving and critical thinking skills.
• Independent Study: Students engage in independent research and assignments to deepen their understanding of specific topics.

Faculty:

The program boasts a team of dedicated and experienced faculty members with expertise in radiologic science, clinical practice, and education. All faculty hold advanced degrees and are actively involved in research and professional organizations.

Unique Approaches:

The program offers several unique approaches to enhance student learning, including:

• Small Class Sizes: Ensures personalized attention and facilitates active participation.
• State-of-the-Art Facilities: Students have access to advanced imaging equipment and modern learning resources.
• Clinical Partnerships: Strong relationships with local healthcare providers offer diverse clinical rotation opportunities.
• Multi-Credentialing Opportunities: Students can pursue additional certifications in specialized imaging modalities.

Careers:

Potential Career Paths:

Graduates of the Radiologic Science program can pursue diverse career paths in various healthcare settings, including:

• Hospitals
• Clinics
• Imaging centers
• Private practices
• Public health agencies
• Research institutions

Career Opportunities:

Specific career opportunities include:

• Radiographer
• X-ray Technician
• CT Technologist
• MRI Technologist
• Mammography Technologist
• Interventional Radiology Technician
• Nuclear Medicine Technologist
• Radiation Therapist

Outcomes:

The program boasts a high graduate placement rate, with graduates consistently securing employment in their chosen field. Many graduates also pursue advanced education or multi-credentialing to further their careers.

Other:

Radiologic Science Club:

Students can participate in the Radiologic Science Club, which provides opportunities for community service, fundraising, and professional development.

Accreditation:

The BSRS program is accredited by the Joint Review Committee on Education in Radiologic Technology (JRCERT). This accreditation ensures the program meets the highest standards for quality and prepares graduates for successful careers in radiologic science.

Program Mission Statement:

The program aims to provide challenging academic and clinical education, fostering compassionate and responsible multi-competent radiology professionals. The faculty is dedicated to fostering lifelong learning, continued education, and service to the community.

Program Goals and Student Learning Outcomes:

The program has established clear goals and student learning outcomes to ensure graduates possess the necessary knowledge, skills, and professional attributes to excel in their chosen field.