Undergraduate Academic Accelerator Pathway (2-Term) - Bachelor of Arts in Journalism and Mass Communications with a major in advertising

at Shorelight Group - University of South Carolina USA

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.

By building expertise in solid mechanics, materials processes, smart materials, manufacturing automation, concurrent engineering/design, sustainable design or thermofluid/energy sciences, students stand prepared to join the mechanical engineering and manufacturing industries in South Carolina and beyond.

As a mechanical engineering major, you will have the opportunity to work with a professor in research on some of today’s most notable engineering challenges. You will develop skills that will give you the ability to solve many of today’s world problems. Mechanical engineering majors will choose a concentration from design and manufacturing, engineering materials, mechanics of solids, thermal and fluid systems, and nuclear engineering.

As a student in the Bachelor of Science in Integrated Information Technology program, you will perfect your information technology and communication skills, and you will develop an understanding of business and technological issues. During your freshman and sophomore years, you'll take required university courses such as English, history, foreign language, fine arts and social science, as well as core courses in your major. In your junior and senior years, you'll complete major courses including networking, database management, visual programming and project management. You'll round off your academic career with a senior capstone project class and an industry internship, positioning yourself for a leadership role in any business setting.

Economics majors in the College of Arts and Sciences may earn the B.A. by completing the 24-hour major requirement along with the college core, distribution requirements and cultural-awareness and writing-emphasis requirements as described in the basic degree requirements in liberal arts. Bachelor of Arts degrees require an additional nine hours in the fine arts or humanities above Carolina Core requirements.

In addition to courses within your major, students in the College of Arts and Sciences must fulfill a cognate or minor. The cognate is intended to support the course work in the major, and it must consist of 12 hours of courses at the advanced level, outside of, but related to, the major. In place of the cognate, B.A. students can choose a minor consisting of at least 18 credit hours of prescribed courses.

Our curriculum provides a strong foundation in the core areas of electrical engineering and prepares you for employment in industry or for graduate school. It integrates the study of engineering and computing and exposes you to the full breadth of electrical engineering with core courses in the major specialty areas. A series of vertically integrated laboratory courses provide hands-on experience in electrical and electronics engineering. Career plan electives allow you to concentrate in a specific area of interest.

Major subjects included in our curriculum include:

• Circuits, signals, and systems
• Analog electronics
• Digital electronics and algorithms
• Digital signal processing
• Control systems
• Electromagnetics
• Computer architecture
• Computer modeling of electrical systems
• Five Career Plan electives

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 Chemical Engineering graduate program is ranked in the top 30 nationally by the National Research Council and ranked 14th nationally in federally funded chemical research and development by the National Science Foundation.

A graduate degree in chemical engineering can improve your career by equipping you to work on advanced projects or enable you to transition to a new path in research or teaching.

Chemical engineering at UofSC boasts state-of-the-art facilities, a dynamic faculty and rigorous research programs. Incentives for our Ph.D. candidates are the wide selection of research topics, full tuition waiver and high 12-month stipends. Full-time Ph.D. student stipends currently are in excess of $28,000 per year with tuition and partial health insurance support paid by the university. NSF Fellows and other students with similar fellowships can receive stipends totaling over $42,000 per year.

As a geography major, you will take courses in computer cartography, GIS and air photo interpretation/remote sensing. You will also have ample opportunities to study the Earth’s physical features and processes and how this physical environment is modified by human activities. Students may choose to take courses that include the real-world collection, analysis, interpretation and presentation of geographic data to prepare you for careers in geography.

Public relations professionals communicate messages clearly and effectively. Public relations majors learn how to deliver the message for government agencies, businesses, organizations and industries on a local level and in the global arena.

As a public relations major, you will develop strong writing and account management skills through interactive classes and extensive writing assignments. You'll learn how to create campaigns, write press releases and manage events as you develop your public relations acumen. You will work collaboratively with your classmates and be encouraged to participate activities like The Carolina Agency, our student-run advertising and public relations agency. You also have the opportunity to earn academic credit by participating in supervised internships. And as a senior in your capstone experience, you will create a comprehensive public relations campaign for an actual client. These real-life experiences will help prepare you for entry-level positions upon graduation.

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.