Master of Engineering in Chemical Engineering (STEM)

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.

The art history program offers courses in ancient, medieval, Renaissance, Baroque, 18th-century, modern, American and Asian art, as well as architecture and film and photo history. General survey and special topics courses are offered every semester. Our faculty consists of dedicated teachers who are also nationally and internationally recognized scholars.

Through classroom instruction and additional research and internship opportunities students develop skills in visual analysis, historical understanding, critical thinking, research and writing, and intellectual and practical problem solving.

Businesses and organizations need employees who can write and speak clearly, manage and solve problems and function creatively and effectively in the real world. Your liberal studies degree will prepare you for success in these critical areas through a multidisciplinary program you will design with an experienced advisor.

Customize your bachelor’s degree to meet your educational, career, or personal goals by selecting two academic disciplines best suited for you, or from our list of popular emphases. Your degree may combine any two disciplines and one cognate within each emphasis OR you may choose your own emphasis. Below are popular emphases within our program.    

Majors in this field must satisfactorily complete a minimum of 100 semester hours of academic work plus an intensive clinical training program where they receive specific training in one or more areas of emphasis within cardiovascular diagnostics: invasive, noninvasive, and vascular specialties. The first year will focus on the general education requirements of the Carolina Core and the College which include courses in English, mathematics, foreign language, behavioral sciences, history and freshmen level chemistry and biology. The major courses are completed over the next two years and include courses in cell biology, genetics, anatomy, physiology, biochemistry, and organic chemistry. Students are expected to complete eight hours in entry-level physics, plus four hours in a major level biology or chemistry course plus one or two electives to bring their total credits to 100 hours. The intensive clinical training program replaces the cognate requirement of the College.

One of few programs of its kind in the country, cardiovascular technology is an interdisciplinary program of study focusing on the natural sciences, combined with outstanding academic and health care resources and research facilities.

You will learn from distinguished faculty members who consistently rank among the finest in the world for their outstanding teaching and research efforts. You will utilize your study of anatomy, human physiology, organic chemistry and physics to develop the skills necessary to assist physicians in the evaluation, diagnosis and treatment of patients.

This innovative three-year program is followed by a hands-on clinical internship at an accredited hospital where you will receive specific training in one or more areas of emphasis within cardiovascular diagnostics: invasive, noninvasive and vascular specialties.

Our electrical engineering graduate program is nationally recognized in areas like communication and electromagnetics, decision and control, electronic materials and devices, and power and energy systems. As an electrical engineering graduate student, you can work in outstanding labs and facilities at UofSC.

A graduate degree in electrical engineering can improve your career by equipping you to work on advanced projects or enabling you to transition to a new career in research or teaching.  Electrical Engineering at UofSC has advanced facilities, labs, computing and simulation infrastructure to allow students to carry out research activities.

We offer paid research assistantships and tuition for full-time Ph.D. students. Prospective students may also apply and receive national or international fellowships like the NSF Graduate Fellowship, National Defense Science and Engineering Graduate Fellowship, or fellowships from international entities and governments to support their Ph.D. program of study. M.S. students may also apply and receive very limited teaching assistantships or research assistantships, depending on the availability of funds. M.E. students are normally self-supported or supported by their governments, employers, or sponsors.

Graduates with a BS in Mathematics will, if they wish to pursue studies at the graduate level, be prepared with the necessary analytical skills, openness to new ideas, and positive attitudes (patience, persistence, and enthusiasm) for success. Those going on to employment will have the analytical skills that they need, an ability to learn new ones, and habits of mind that are conducive to productive and rewarding work. Graduates will be aware that mathematics is often a collaborative activity, and that careful reading and clear writing are as important as computational skills. They will know that mathematics is continually growing as research answers old questions and brings forth new ones. Finally, they will find joy in learning, doing, and communicating mathematics to others.

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.

The Anthropology Department offers a general program leading to the Bachelor of Arts degree and a Research Track/Intensive Major leading to a Bachelor of Arts with Distinction in Anthropology and a Medical Anthropology Minor. Anthropology is a social science concerned with the study of humans within a broad context that includes the social and physical development of our species. The diverse discipline is divided into four main areas.

• Cultural Anthropology is concerned with the comparative analysis of different cultures.
• Archaeology is the science that studies past people and societies through their artifacts.
• Linguistic Anthropology involves the study of all forms of human systems of communication and how these systems mediate humans’ experience and engagement with the world.
• Biological Anthropology includes the study of the physical nature and development of human beings, behavior and anatomy of nonhuman primates, and human variations.

As a geological sciences major, laboratory experience and field-based activities will enhance the vibrant and friendly academic environment. You will focus on the study of the Earth's dynamics and history, as well as its composition and the chemical, physical and biological changes that it undergoes. You can also choose to pursue a concentration in environmental geosciences.

The department offers a broad range of specialties within geosciences such as sedimentology, stratigraphy and basin evolution; tectonics and structural geology; environmental geology and hydrogeology; igneous and metamorphic petrology; geophysics and seismology; oceanography, coastal and estuarine processes; paleoecology; and paleoclimatology.

You will also have the unique opportunity to complete a four-week field course in Colorado to get valuable hands-on experience. This opportunity synergizes your education in geology to understanding the Earth's formation in an observational setting.