Undergraduate Extended Accelerator Pathway (3-Term) - Bachelor of Music in Composition

at Shorelight Group - University of South Carolina USA

Biomedical engineering is an interdisciplinary program highly focused on the improvement of human health, combining the innovative skills of engineering with medical and biological sciences to improve health care from diagnostics to treatment.

As a biomedical engineering major, you will develop the ability to identify, formulate and solve open-ended problems at the interface of engineering and medicine using skills acquired in mathematics; biological, chemical and physical sciences; and engineering. You will also learn how to communicate technical material, function on a multidisciplinary team, demonstrate professional and ethical responsibility, continue along a path of lifelong learning, and recognize economic, social and global issues related to the profession.

You will enjoy courses with hands-on laboratory components as well as a senior capstone design sequence, during which you will work on problems defined by doctors or biomedical engineering industries. You will also be encouraged to get involved with research opportunities.

Students pursuing the statistics major take challenging courses with nationally recognized faculty members and pursue the internship and research opportunities that keep statisticians in high demand. As a statistics major, you will develop the ability to perform fundamental statistical analyses, prepare informative graphics for public presentation and use statistical programming languages with applications across a variety of fields.

There are three options under the bachelor's degree with a major in statistics program. You can pursue the general major, the major with emphasis in actuarial mathematics and statistics, or the intensive major. The major with emphasis in actuarial mathematics and statistics is designed for students planning a career as an actuary, while the intensive major is designed for students planning on graduate study in statistics.

The department's 15 faculty members are well-known for teaching and research excellence. As a statistics major, you can also benefit from the university's Center of Reliability and Quality Sciences, where faculty members and students conduct research projects on and off campus. You can also seek out internship opportunities to gain hands-on experience in the field.

Our chemical engineering curriculum provides a strong foundation in the core areas of chemical engineering and prepares you for employment in industry or for graduate school. It integrates the study of engineering, chemistry, physics, computer modelling, health and safety. Optional concentrations allow you to specialize in an area of interest.

 Major subjects included in the chemical engineering curriculum include

• Introduction to Chemical Engineering
• Chemical Process Principles
• Chemical Engineering Thermodynamics
• Chemical Engineering Fluid Mechanics
• Heat-Flow Analysis
• Mass Transfer
• Chemical Engineering Kinetics
• Computer Programming
• Computational Methods for Engineering Applications
• Process Safety, Health, and Loss Prevention?
• Separation Process Design
• Chemical Engineering Laboratories
• Chemical-Process Analysis and Design

As companies face ever-increasing challenges around the globe, risk management and insurance become even more important to a business. This major focuses on the methods of developing financial protection against loss with emphasis on insurance principles, solving risk management problems and socioeconomic security programs.

As a risk management and insurance major, you will develop cutting-edge business knowledge and develop a strong foundation in liberal arts and sciences. You will also gain global opportunities, cultural awareness and language appreciation. At the university, you will benefit from continuously updated technology, an award-winning faculty, a team environment, field trips to leading industries and service-learning opportunities. Through internships, you will have the opportunity to gain hands-on experience in the field.

The foundation of the music theory program is a rigorous two-year undergraduate sequence that instructs all music majors and minors in written theory and aural skills.

Students have the opportunity to explore interests in related fields such as musicology, composition and computer music and to work closely with faculty mentors on undergraduate research projects.

We also provide students with a wide variety of innovative courses in composition, conducting, education, history and performance, designed to serve the needs of our program.

The studio art program offers two Bachelor degree options. As a studio art major, you will benefit from outstanding facilities and hands-on experience through internship and research opportunities.

    The B.A. in Studio Art is a general degree that allows students to explore many different mediums and, at 39 credit hours, is well suited for students who are interested in double majoring.

All B.F.A. undergraduate students will:

• Define and explain development of art, within their own and other cultures, from prehistory to the present.
• Critically analyze aspects of the design and art-making process and evaluate theories, philosophies and research in the practice of the studio arts.
• Through their artwork, demonstrate their competency of aesthetic literacy.
• Synthesize their learning from the curriculum into a final culminating experience within their chosen concentration.
• Have a solo exhibition of their creative research to be examined by the student’s major faculty.

The Master of Science (MS) degree in Exercise Science prepares students for careers in academia and multiple health-related specialties and professions within the broad scope of Exercise Physiology, such as exercise physiologist, fitness coordinator, rehabilitation coordinator, and many more.  Additionally, the curriculum and related research opportunities prepare students for pursuing additional graduate work (e.g., PhD, MD, DPT).  The curriculum includes coursework in exercise physiology, clinical exercise testing, research methods and statistics, physical activity and health, and motor control and development. Elective coursework is also embedded within this framework to allow for individual interests, examples include skeletal muscle physiology, endocrinology in exercise and health, neural repair and rehabilitation, and community-based interventions for physical activity.

A graduate degree in electrical engineering may improve your career by equipping you to work on advanced projects or enabling you to transition to a new career in research or teaching. Our master's degrees in electrical engineering prepare students for specialized and supervisory positions in a variety of work environments, and our doctoral degree prepares students for academia and high-level research and development jobs. All of our graduate programs cultivate the next generation of leaders in academia and industry.

Mechanical engineering graduate students can take advantage of small class sizes, excellent teaching, on-campus and off-campus delivery mechanisms and high-quality funded research at UofSC.

The graduate program in mechanical engineering at UofSC provides graduate students with opportunities to acquire a broad foundation of mechanical engineering knowledge, an in-depth research experience at the frontiers of mechanical engineering and skills for life-long learning and professional development. Our program is ranked #31 nationally, #7 in the Southern Region, and #1 in South Carolina by the National Research Council.

The Film and Media Studies Program is devoted to the critical study of media culture. In a world where we interact daily with one screen after another—on our cell phones, televisions, mobile devices as well as at the multiplex—our students gain the knowledge and skills for understanding and engaging the work of screen media in society.

Courses in the Film and Media Studies major cultivate essential media literacy skills, investigate media history from an international perspective, and engage the central methods and concepts of the discipline.

By working closely with program faculty, you have the opportunity to undertake advanced research on almost any aspect of media culture—from early Hollywood to contemporary Asian cinema and European television, from home movies and experimental films to selfies and social networks, from problems of industrial organization to questions of genre development and social habit.