Bachelor of Science in Radiologic Science -Radiation Therapy

at Arkansas State University USA

The Arkansas State University MAcc Program is a professional degree program designed to prepare students for careers in accounting and related fields. This program prepares students for advancement beyond entry-level positions, and provides an excellent avenue to obtaining the 150 credit hours required to sit for the CPA exam.

For students with an undergraduate accounting degree from an U.S. AACSB accredited university, the program usually requires 30 hours of course work. Students holding an undergraduate business degree in another field from an AACSB accredited university are required to take the accounting prerequisites.

The major in economics provides an excellent background for a wide variety of careers in business and government. In addition to acceptance into their management training programs, many businesses employ the economics major to forecast economic trends and to relate changes in economic activity to the individual business. Economists are employed by various governmental bodies to conduct research into all phases of the economy.

The Radiologic Sciences Programs are administered by the Department of Medical Imaging and Radiation Sciences in the College of Nursing and Health Professions. The program is designed to produce Radiologic Science professionals who are clinically competent, advanced level radiologic sciences practitioners. The program is a "1 plus 1" model, meaning all students begin their sophomore year in radiography, then choose one of six "tracks" for their senior year.

Cardiovascular-Interventional Technology (CVI)
Provides students with the skills necessary to operate specialized CVI imaging equipment. CVI demonstrates primarily vascular anatomy. CVI imaging is performed through invasive procedures.

Program Mission Goals & Outcomes/Radiography
The Radiography Program at Arkansas State University exists to produce competent, entry-level technologist for the practice of radiologic technology.

Students will be clinically competent:

•  Outcomes
  • Students will provide appropriate patient care
  • Students will practice proper radiation safety
  • Students will produce quality radiographs

    Students will develop critical thinking skills.

• Outcomes
  • Students will adapt to varying clinical experiences and equipment
  • Students will critique images and recommend corrective action for sub-optimal radiographs

    Students will demonstrate communication skills.

• Outcomes
  • Students will demonstrate written communication skills.
  • Students will demonstrate oral communication skills.

    Students will model professionalism.

• Outcomes
  • Students will demonstrate professional work ethic
  • Students will summarize the value of life-long learning

The Department of Art at Arkansas State University will provide an educational environment that fosters the creation and understanding of art. Students in art develop insight, sensitivity, and perception toward all aspects of nature while building individual expressive responses. Aesthetic and functional values, creative ideas, and media skills are developed through instructional guidance and applied experience in the studio and classroom.

Learning Outside the Classroom
Some of the courses may involve field trips to Memphis Brooks Museum, The Arkansas Arts Center in Little Rock, or other regional art collections. Arkansas State University is an Accredited Institutional member of the National Association of Schools of Art and Design.

Why the BFA?
The Bachelor of Fine Arts degree programs are designed to prepare students for professional careers as a classroom art teacher, graphic designer, or studio artist. The BFA in Art (with emphasis in Studio Art or Art Education) is the initial professional degree, and it is the requisite degree for the student who plans to pursue a studio-oriented post-baccalaureate degree

Emphases
Students pursuing a BFA in Art choose between the following emphases:

• Studio Art
• Art Education

Prerequisites
Students enrolled in these programs must take specific courses to meet General Education requirements. Curriculum and degree requirements can be found in the most current Undergraduate Bulletin.

This degree emphasizes composition or performance, depending on concentration area.

Performance - Instrumental, Voice, Keyboard - Concentration
Students in the performance concentration areas will develop comprehensive capabilities in the major performing medium including the ability to work independently to prepare performances at the highest possible level; knowledge of applicable solo and ensemble literature; and orientation to and experience with the fundamentals of pedagogy.

The Radiologic Sciences Programs are administered by the Department of Medical Imaging and Radiation Sciences in the College of Nursing and Health Professions. The program is designed to produce Radiologic Science professionals who are clinically competent, advanced level radiologic sciences practitioners. The program is a "1 plus 1" model, meaning all students begin their sophomore year in radiography, then choose one of six "tracks" for their senior year.

Radiation Therapy
Provides students with the skills necessary to operate therapeutic radiation oncology systems and thus become a professional, entry level radiation therapist.

Program Mission Goals & Outcomes/Radiography
The Radiography Program at Arkansas State University exists to produce competent, entry-level technologist for the practice of radiologic technology.

Students will be clinically competent:

•  Outcomes
  • Students will provide appropriate patient care
  • Students will practice proper radiation safety
  • Students will produce quality radiographs

    Students will develop critical thinking skills.

• Outcomes
  • Students will adapt to varying clinical experiences and equipment
  • Students will critique images and recommend corrective action for sub-optimal radiographs

    Students will demonstrate communication skills.

• Outcomes
  • Students will demonstrate written communication skills.
  • Students will demonstrate oral communication skills.

    Students will model professionalism.

• Outcomes
  • Students will demonstrate professional work ethic
  • Students will summarize the value of life-long learning

If you are passionate about contributing to the public or community sector, you have come to the right place.

Our traditional mode of the MPA program provides you with two tracks to choose from Public Management and Non-Profit Management. Our program doesn’t require the GRE, is NASPAA accredited, and one of the most affordable master’s programs in the country. With students from all over the world and nationally recognized professors, our MPA program will provide you with a close-knit family, bringing perspectives, passion, and knowledge from all around the world.

Additionally, if you are a current A-State undergraduate student and want to pursue an MPA after you graduate, you can do so by starting off during your senior year through our new 4+1 program. This program will allow you to graduate with a master’s degree only one year after completing your bachelor’s degree. For more information, see the “4+1 track” in one of the sections below.

Agricultural Education Emphasis
The focus of the program is to prepare outstanding future educators and leaders in the public and private sectors.  The Agricultural Education program is structured around the needs of students and their career goals.  Students in the program are required to take personal responsibility for their education to include involvement and participation in courses and extracurricular activities which are essential to learning and future career success. Formal and informal learning experiences are designed to enable students to successfully progress through the program encouraging academic and professional development as well as personal growth.

Agricultural Science Emphasis
The Agricultural Science emphasis at A-State offers students access to a broad array of agriculture discipline areas.  This emphasis allows the student to develop a diverse knowledge within five major agriculture areas, Agricultural Business, Agricultural Studies, Animal Science, Plant and Soil Science, and Technology.  In addition to our Agriculture core classes, the student selects twelve hours in each of the discipline areas.  An additional 18 hours minor is required and can be used to enhance a specialized area of study which will serve the student’s specific needs or interests.  Many graduates become involved with agriculture business and production entities.

Agricultural Systems Technology Emphasis
The Agricultural Systems Technology Science emphasis at A-State offers students access to a broad array of agriculture and technology discipline areas.  This emphasis allows the student to develop a diverse knowledge of agriculture and technology.

Agricultural Communications Emphasis
Agricultural Communications emphasis is also available.

The Master of Science in Engineering (MSEng) program provides a research thesis based, advanced education in engineering. The program of study leading to the MSEng degree presents an advanced cross-disciplinary understanding of engineering sciences, experimental methods, modeling, and fabrication techniques. The goal of the MSEng program is to provide an educational experience focusing on the integration of research and technology development that allows graduates to be successful in deriving solutions to society’s most challenging technical problems. The program culminates in the defense of an original research thesis.
Specific program outcomes are listed below. Program graduates will have:

• Knowledge of advanced experimental methods and the ability to design experiments and collect data
• A good understanding of statistical concepts and an ability to apply this knowledge to achieve engineering solutions that most efficiently use information and resources
• A practical knowledge of fabrication and manufacturing techniques, specifically at the micro- and nano-scales
• An ability to apply advanced mathematical concepts to model physical systems and engineering processes to drive knowledge based design
• An advanced, cross-disciplinary understanding of engineering sciences, and an ability to relate physical concepts from multiple engineering disciplines
• An ability to identify critical issues, formulate realistic solutions, evaluate alternatives, and carry out independent research to provide novel solutions to technical problems
• A demonstrated ability to make novel, significant contributions to the scientific and engineering body of knowledge.