Bachelor of Science in Physics

at Arkansas State University USA

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

Health Promotion is the process of enabling people to increase control over, and to improve, their health. Students completing this degree program will have the skills and competencies necessary to assess, plan, implement, and evaluate effective health-related programs. Graduates often find employment in public health agencies, clinical facilities (hospitals and medical clinics), worksite wellness departments, or voluntary agencies.

Creative Media Production is designed to nurture students with a passion for storytelling and communicating, and a talent for expressing themselves. Through experiential learning, students learn how to create and distribute content across multiple media platforms. This provides a solid foundation on which to build their careers in a variety of rewarding professions.

Degree Emphasis
You can emphasize your studies in one of these areas:

• Corporate Media (also Online) - Students create their own path of content creation for all platforms from broadcasting, filmmaking and web and social media content. The corporate media emphasis prepares students for the dynamic field of communication where message creation and distribution is learned by combining hands-on media production experiences with a solid theoretical foundation. Students may pursue a variety of production opportunities from creating content for broadcasting, corporate clients and organizations to writing, and producing their own films and video content.
• Graphic Communication - Think of all the products you use every day. Look at how they are designed, marketed, printed, packaged, sold and delivered. As a student in Graphic Communications, you will develop both the technical and creative abilities to become a successful professional in a technology-driven and dynamic multi-billion-dollar industry. Graphic Communications majors learn the skills necessary for many different career focuses, including graphic design, distribution, technology, printing, packaging, marketing and web design/development. Our unique concept of hands-on learning will prepare you for a variety of professions within the realm of graphic communications.
• Sports Media -  If you are passionate about sports and want to describe the stories around them then the Sports Media emphasis is for you. You can be on the sidelines near all the action as a camera operator, in the booth describing it live to an audience, or in the control room calling the shots as the director.Sports Media students are involved in studio and remote productions for radio, television, and online presentation. They are also interviewing the athletes and coaches for newscasts. Whether you desire to have your own online channel, work at a local broadcast station, or make it to a national network, you will be exposed to the latest methods and technologies demanded by today’s sports media

The Bachelor of Arts in Theatre is a 120-credit hour degree program designed to provide students with professional-caliber training within the framework of a liberal arts education with specific coursework in acting, directing, design, literature and history.

We want our students to be lifelong learners who are prepared to enter a complex, ever-changing global society. Our world-class faculty provides students with a foundation in the sciences, math, communications, writing, the humanities and more.

Emphases in Musical Theatre

Private and group singing instruction, scene study, musical theatre performance and a variety of dance courses are essential components of the Musical Theatre emphasis.

The accounting major prepares students for rewarding careers as industrial accountants, cost analysts, controllers, tax accountants, members of financial regulatory teams such as the IRS or banking auditors, independent auditors in CPA firms, and internal auditors. A-State accounting graduates work for manufacturing firms, in government agencies, in banking, in not-for-profit entities, and in public accounting.

The focus of the B.S. Mathematics degree program at Arkansas State University is to provide students with the opportunity and the direction to pursue the intellectual challenges of mathematics; and to provide the mathematical knowledge necessary to function competently in graduate school and/or in a career requiring mathematical skills.  Students graduating with the B.S. Mathematics degree will have a strong foundation in the fundamental notions of mathematics, including rigorous proof, and will possess valuable skills in problem solving, critical thinking, and the effective communication of mathematical concepts and models.  Coursework includes exposure to physics, programming, and electives that allow students to explore various topics in applied and pure mathematics and statistics.  The flexibility within the B.S. Mathematics degree allows for optimal preparation for graduate study in mathematics or statistics and prepares B.S. Mathematics students for pursuing careers as an actuary, mathematician, operations research analyst, or statistician; and for other jobs in business, industry, or government that have math as an essential job skill.

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 Master of Engineering Management (MEM) program, a one-year master’s degree plan consisting of 30 semester credit hours, is designed for all engineers on management career paths as well as for those charged with managing technology in engineering, manufacturing, and other high-tech organizations. The MEM degree program will also benefit engineers pursuing licensure in states where candidates for professional licensure are required to have an additional 30 semester credit hours of coursework beyond the bachelor’s degree or a master’s degree in engineering. The curriculum consists of courses offered by the A-State College of Engineering and Computer Science.

The curriculum consists of courses offered by the A-State College of Engineering and Computer Science. Courses are offered on-line or in-class. Due to the flexible scheduling of our courses, the program accommodates working professionals seeking career advancement and/or career changes as well as recent graduates desiring to move into positions with management responsibility.

Program Outcomes
Program graduates will have:

• Graduates of the Master of Engineering Management program will be able to identify critical issues, formulate realistic solutions, evaluate alternatives, and solve technical problems.
• Graduates of the Master of Engineering Management program will be able to interpret statistical or deterministic models and concepts as well as apply them to technical problems.
• Graduates of the Master of Engineering Management program will be able to communicate effectively, both orally and in writing, to express alternatives and solutions dealing with technical problems.
• Graduates of the Master of Engineering Management program will be able to function effectively as a member or leader on a technical team.

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.

Biotechnology is technology based on biology. By combining cellular and biomolecular processes, we can develop technologies and products that help improve our lives and the health of our planet.
Modern biotechnology provides breakthrough products and technologies to combat debilitating and rare diseases, reduce our environmental footprint, feed the hungry, use less and cleaner energy, and have safer, cleaner and more efficient industrial manufacturing processes.