Bachelor of Science in Management with Concentration in Entrepreneurship

at Shorelight Group - University of South Carolina USA

Our Master of Engineering (M.E.) degree in biomedical engineering is a professional master’s program for students who are focused on a career in the health care industry. Students will develop deep technical skills through advanced coursework at the interface between engineering and biology. We strive to provide you with an advanced foundation in the basic and applied sciences, as well as opportunities to broaden your skill sets in technology development, project management and commercialization.

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.

Our four-decade-long commitment to international business education enables us to offer great depth and breadth in advancing our students' understanding of the complex opportunities and risks inherent in business globally. We take great pride in developing such internationally adroit business leaders here at the Moore School.

The secret to the Moore School’s undergraduate international business success includes:

• A selective admissions process with a maximum annual enrollment of 200.
• Advanced foreign language training.
• A semester studying abroad at one of more than 30 of the world's top business schools.
• A comprehensive international business curriculum of functional, regional and thematic global business courses.
• An opportunity to participate in cohort programs in which students divide their studies between the Moore School and one of several partner universities.
• The experience of developing business and expansion plans for actual business.

With a degree in public health, you can join the effort to protect the environment, prevent the spread of disease, enhance health and well-being at home and abroad, and affect change in policy and law that ensures the rights of all citizens to a healthy world.

As a public health major, you will develop the specialized knowledge and skills needed to address current and emerging public health issues. You will learn to demonstrate proficient reasoning and critical-thinking skills, including the ability to analyze, synthesize and evaluate information to make sound decisions and solve problems as they apply to public health.

As a student in the only school of public health in the state of South Carolina, you will discover quality learning experiences both in and out of the classroom. You will have the opportunity to participate in undergraduate research led by well-trained, nationally known faculty and staff experts. In fact, the Arnold School of Public Health leads the university in extramural funding per tenure-track faculty members and is a major contributor to the university's recognition by the Carnegie Foundation as an institution of both "high community service activity" and "high research activity.

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.

In this major, you will be required to actively participate in productions (we plan up to six plays per semester). You will have access to outstanding facilities, including two on-campus venues featuring an arena stage (one of the few in the region) and a proscenium stage. Additionally, we offer a Black Box laboratory season to highlight undergraduate talent and have an additional Black Box space specifically designated for student projects and experimental works. Students will also have access to a full costume shop and scenic studio, one of the three largest university scenic shops in the country.

You will also benefit from an active guest artist program, which brings in professional directors, actors and designers from all over the world to work with students. In addition to specific training and skills learned in acting, design and technical areas, our students gain skills in collaboration, project management, creative problem-solving, communication and leadership. You will enjoy small classes for performance and design courses so that you can benefit from one-on-one training with faculty members. Outside of the classroom, you will also work directly with faculty members as a part of the training for main-stage and laboratory rehearsal and performance.

Our aerospace engineering program provides a strong foundation in engineering science and engineering design as applied to aerospace materials and structures, including their mechanical and aerodynamic characteristics and behaviors. In addition to taking engineering courses, you will work in project groups, acquiring social skills to work in multi-disciplinary environments and learning how to present your work effectively. Through the design and lab work, you’ll gain hands-on, real life experience that will shape you into responsible and innovative aerospace engineers.

Major subjects included in the aerospace engineering curriculum include:

• Computer Aided Design
• Statics and Solid Mechanics
• Applied Numerical Methods
• Dynamics and Vibrations
• Aerospace Structures
• Aerodynamics
• Energy Power and Propulsion
• Aerospace Systems
• Aerospace Laboratories
• Flight and Orbital Mechanics
• Flight Dynamics and Control
• Thermodynamic Fundamentals
• Engineering Materials
• Manufacturing Processes
• Aerospace Engineering Design

The curriculum also includes the Carolina Core, foundational math and science courses, and technical and engineering electives. Independent study and special topics courses also provide unique learning opportunities.

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.

The Computer Engineering degree is for students interested in both programming and hardware. The required classes cover software engineering, computer science, and electric and digital circuit designs.

Computer engineering integrates electronic engineering with computer sciences. Computer engineers design and develop computer systems and components for computation, control, data storage, input/output and networking. Computer engineers integrate these components into computer and network systems. This requires a good working knowledge of both computer science and electrical engineering.

Computer engineers work in technology industries involving computer systems design and related services. They may work in research and development in the physical, engineering and life sciences, or they may work in environments with computer and peripheral equipment manufacturing, semiconductor and other electronic component manufacturing, or in government.

A department in the College of Arts and Sciences, the Department of Chemistry and Biochemistry focuses on training professional chemists and providing a base degree for advanced study in medicine, pharmacy and other professional schools. The department places an emphasis on undergraduate research and has outstanding faculty members.

The following courses fulfill some of the requirements for a bachelor's degree with a major in biochemistry and molecular biology:

• General Chemistry I and II
• Organic Chemistry I and II
• Principal Chemistry
• Physical Biochemistry
• Biological Principles
• Bacteriology
• Cell and Molecular Biology
• Fundamental Genetics