Bachelor Program in Columbia USA

Top Bachelor Programs in Columbia USA 2017

Bachelor

Bachelor degrees from accredited colleges and universities can be important stepping-stones toward a successful career.The most common type of undergraduate program is a bachelor's degree, usually awarded after four years of successful study

A Bachelor is a popular college degree that is pursued by students who want to gain knowledge in a specific area of study. Completed in three to five years, it is available in a variety of study disciplines.

Education in the United States is mainly provided by the public sector, with control and funding coming from three levels: state, local, and federal, in that order. The common requirements to study at a higher education level in United States will include your admissions essay (also known as the statement of purpose or personal statement), transcript of records, recommendation/reference letters, language tests

Columbia, South Carolina has a population of just over 130,000. It has a major state university that enrolls more than 28,000 students yearly and 10 other colleges.

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Management

University of South Carolina
Campus Full time September 2017 USA Columbia

The Management Department at USC focuses on such areas as entrepreneurship, strategic management, human resources, business communication, business ethics, and organizational behavior. [+]

Bachelors 2017 in Columbia USA. The Management Department at USC focuses on such areas as entrepreneurship, strategic management, human resources, business communication, business ethics, and organizational behavior. The Department offers majors in human resources and entrepreneurship as well as a broad range of courses in areas ranging from strategic management to business communication.  To support our educational mission, the Management Department relies heavily on the Faber Center for Entrepreneurship, the Riegel & Emory Human Resource Center, the Center for Executive Succession, and the Center for Business Communication.  These centers work to support research activities, promote links between USC and the business community, and build competencies and skills among both undergraduate and graduate students.   Students in the Darla Moore School of Business who wish to major in Management may choose from a concentration in the Human Resources area or a concentration in Entrepreneurship.  These majors are designed to help students develop competencies and skills relevant across a broad range of organizational roles, as well as roles specifically involving human resources or entrepreneurship.  Class Profile: Graduates find positions throughout organizational structures in both general management and specific functional areas. The Program: Management focuses on organizations-their design, function and management, behavior in organizations, and how they are changed. Such areas include entrepreneurship, policy and strategy, human resource management and communication. Integrating themes include leadership, managing change and diversity, ethical behavior, teamwork and the coordination and alignment of functional areas. [-]

Chemistry and Biochemistry

University of South Carolina
Campus September 2017 USA Columbia

Work shoulder-to-shoulder with some of the best scientists in the country. Together you will push the boundaries of chemistry and biochemistry. [+]

Work shoulder-to-shoulder with some of the best scientists in the country. Together you will push the boundaries of chemistry and biochemistry. Chemists are in great demand today in industry, government, and university laboratories, as the salary structure makes clear: median salaries for Ph.D., MS, and BS degree holders were $100,600, $85,000, and $73,900 a year, respectively, in 2012. The Department of Chemistry and Biochemistry at the University of South Carolina is one of the best in the Southeast, with world-class research programs in Biochemistry and in Analytical, Inorganic, Organic, and Physical Chemistry. The department was recently ranked in the Top 40 in the United States by Chemical and Engineering News and has been consistently listed by the American Chemical Society as one of the top 30 programs in the country, based on Ph.D. productivity. Since 2000, we have been housed in a l58,000-square-foot, $36 million center that was designed to be a cutting-edge chemistry facility. Our talented faculty members are easily accessible and interested in the education of their students. Our professors have won numerous awards; eight, for example, have received the Governor's Award for Excellence in Science, presented annually to the top research scientist in the state of South Carolina. Undergraduate students majoring in chemistry have dozens of courses to choose from in the areas of general, analytical, biological, inorganic, and physical chemistry, as well as interdivisional courses. Ours is one of three undergraduate Chemistry programs recognized for excellence by the State Commission on Higher Education. The graduate program - designed to produce skilled, broadly educated, and creative scientists -leads to the Ph.D. with concentrations in analytical, biological, inorganic, organic, and physical chemistry. The course and research requirements are flexible and can be tailored to the background and interests of each student. Please peruse our website for more details. We would like to hear from you. Our Department of Chemistry and Biochemistry isn't just one of the best in the Southeast, it's one of the strongest in the country. We have world-class research programs in analytical, biochemistry and molecular biology, environmental, inorganic, organic, physical and theoretical, and polymer chemistry, with many highly successful interdisciplinary collaborations. National Recognition For disciplines as research-oriented as chemistry and biochemistry, one of the best measures of a department's strength is the quality of its graduate programs. Our department is consistently ranked in the top 30 nationally in Ph.D. productivity by the American Chemical Society. In the last National Research Council assessment of chemistry graduate programs, ours ranked 25th nationally based on a composite average of quality indicators calculated at Cornell University, including the number of publications per faculty member, the number of citations received per publication, the percentage of faculty with research funding and the number of times faculty have been recognized with significant awards. Among just public universities, that ranking is 13th nationally. The National Science Foundation ranked us 34th in the country in total spending for chemical research and development in 2011, far outperforming many institutions of comparable size. Our undergraduate program received a Commendation for Excellence by The South Carolina Commission on Higher Education "... for the high quality of its program leading to the B.S. Chemistry." We have created a challenging curriculum that gives every student a solid foundation in the chemical sciences, but with a faculty that remains easily accessible and dedicated to helping all of our students succeed. People and Facilities Our department has 35 tenure-track faculty, 21 postdoctoral fellows and research staff, 159 graduate students, and 23 support staff. Since 2000, we have been housed in the John M. Palms Center for Graduate Science Research (GSRC). Several of our research groups occupy laboratory space in the nearby Horizon I (HZN1), Jones Physical Science Center (JONES), and Sumwalt College (SMWALT). A map of our university campus buildings is found on Our Locations page. Going Places Chemistry is a wonderful profession. Its diversity offers a challenge for everyone and provides unsurpassed opportunities to solve significant scientific problems and benefit society as a whole. Chemists are in demand in industry, government and academic labs. Median salaries for Ph.D., M.S., and B.S. degree holders were $102,000, $85,000 and $72,000 per year in 2013. Award Winning Faculty The quality and promise of the department has been recognized outside the University, as well as within. Ten of our current faculty members are Fellows of the American Association for the Advancement of Science. Since 1985, the Governor of South Carolina has honored top research scientists in the state annually. Sixteen faculty members from the department have received a Governor's Award- ten for Excellence in Science or Scientific Research, four for Young Scientist Awards for Excellence in Scientific Research, and two for Excellence in Scientific Awareness. Within the university, we are one of the top departments in receiving the university's highest awards. Twenty-four faculty have received the Russell Research Award and Educational Foundation Research Award for Science, Mathematics and Engineering, five faculty members have won the University's highest honor for excellence in teaching, the Amoco Foundation Award; nine faculty members have received the Michael J. Mungo Award for Excellence in Undergraduate Teaching; and two have received the Michael J. Mungo Award for Excellence in Graduate Teaching. Our faculty has also received national and international recognition by earning awards from the American Chemical Society (ACS) and by serving as editors and editorial advisory board members for numerous prestigious chemical journals. Open a door to the world of science. A degree in chemistry or biochemistry gives you the tools to succeed wherever you want to go, from industry to medicine to government to academia. The modern world is a technological marvel; progress depends on new ideas, new approaches and new understanding. All those things depend on high-quality research. At heart, chemistry and biochemistry degrees are research degrees, and a major research institution like the University of South Carolina is a great place to earn them. Our department will give you not only the academic and lab experience to succeed in interdisciplinary research here at the university, but also the tutelage, mentorship and connections for a lifelong career of your choosing. All on one of the friendliest campuses in America. [-]

Statistics

University of South Carolina
Campus September 2017 USA Columbia

The statistics department has a mission of teaching, research, and service, which we fulfill through graduate and undergraduate instruction, cutting-edge research, and expert consulting. [+]

Bachelors 2017 in Columbia USA. Data plays a huge role in our everyday lives. In addition to studying the science of data, students work with our Statistical Consulting Laboratory providing advice to government, industry, and academia. In 2010, we celebrated our 25th anniversary as a department in the College of Arts & Sciences. It has been an eventful quarter of a century because statistics – the science of data – has become increasingly important as modern society becomes more data and information driven. Indeed, statisticians are in great demand today in various work settings, including pharmaceutical companies, insurance companies, market research firms, financial service companies, government, industry, and education. The B.S., M.S., and Ph.D. degrees are offered. In addition, the Certificate of Graduate Study in Applied Statistics (C.A.S.) and the Master of Applied Statistics (M.A.S.) are available to students worldwide via distance (online) delivery. The C.A.S. is designed to provide engineers and scientists with the modern data analytic tools needed for effective practice as a specialist in statistical methods, and can be a first step towards a graduate degree in statistics; the M.A.S. is geared toward individuals currently working in a business, government, or industrial setting. Our 13 professors and three full-time instructors are well-known for their teaching and research excellence, and the department is growing in size and stature: since 2000, our Ph.D. program has doubled in size, and in 2010, we were ranked among the Top 50 graduate statistics programs in the country by U.S. News & World Report. Students meet well-known statisticians from the United States and abroad through our active colloquium series. In addition, our Statistical Consulting Laboratory provides advice to more than 150 clients in government, industry, and academia each year. The statistics department has a mission of teaching, research, and service, which we fulfill through graduate and undergraduate instruction, cutting-edge research, and expert consulting. Minoring in Statistics A Minor in Statistics consists of 18 hours of 500-level statistics courses. Minor credit will be given for at most one of STAT 509 and STAT 515. Students need to register for the Statistics Minor in the College of Arts and Sciences Undergraduate Office, Flinn Hall. [-]

Business

University of South Carolina
Campus September 2017 USA Columbia

Academic excellence is at the heart of everything we do here at the Darla Moore School of Business. [+]

Academic excellence is at the heart of everything we do here at the Darla Moore School of Business. Thanks to our faculty, staff, and students, the school has received numerous top academic and research rankings over the last several years: #1 in undergraduate international business education, the 16th year the school has received this distinction – U.S.News & World Report #1 of the top 50 U.S. universities for total number of research articles published – Journal of International Business #3 for best “international experience” – Financial Times Top 15 production and operations management programs – Princeton Review The Moore School blends fundamental coursework in the liberal arts and sciences with a strong business core to provide its students with a comprehensive education that prepares them for the global marketplace. We offer you Flexible options that allow you to tailor your education to your interests and goals An unparalleled commitment to preparing students for the demands of today's global marketplace The academic resources of a world-class university USC's diverse student population—over 30,000 students from 105 countries worldwide—offers business students an enriching array of academic and social activities and the opportunity to establish a worldwide network of contacts The convenience of a location in the middle of a warm, hospitable city with a metropolitan population of 700,000 Faculty make the difference Our professors are known for their excellence both as teachers and scholars. They are involved with students, winning local and national teaching awards, and remain at the forefront of business, winning national awards for research and publication productivity. Undergraduates have opportunities to work closely with faculty beyond the classroom through sponsored activities, research projects, independent studies, and internship programs. Academic Rankings The Moore School has received numerous top rankings for many years. As an undergraduate business student, you will benefit directly from the strengths reflected in these rankings and awards. Darla Moore School of Business Code of Student Conduct for Undergraduate Students The Darla Moore School of Business is recognized globally for educating students who are prepared to become responsible business and civic leaders. An effective learning environment where students and faculty value integrity, professionalism and diligence is foundational to this mission. Consistent with these values, the Student Leadership Council and the faculty of the Darla Moore School of Business expect students to: spend a minimum of two hours outside of class studying for each hour of classroom time; exhibit classroom behavior that is respectful to faculty and fellow students; refrain from the use of phones and other electronic equipment during class, unless permitted by the instructor; arrive at class on time, actively participate in class, and not leave class early; keep up with assigned readings and complete assignments on time; contribute fully to team assignments; respect the university’s staff and be responsible stewards of its facilities; and abide by the University of South Carolina Honor Code Approved by the Undergraduate Student Leadership Council and the faculty of the Darla Moore School of Business [-]

International Business

University of South Carolina
Campus September 2017 USA Columbia

The mission of the Moore School's undergraduate international business major is to develop within students a transnational mindset: To encourage students to build on and challenge their existing knowledge, and to recognize and step beyond their own cultural perspective; to develop within students the ability to process new information, build new mental models and function effectively within different environmental contexts; to provide students with the analytic building blocks for understanding an ever-changing global market [+]

Bachelors 2017 in Columbia USA. For almost two decades the international business undergraduate program at the Darla Moore School of Busines has been ranked #1 among American universities. The Moore School's Sonoco International Business Department as a whole has received ample recognition for their academic, research and field leadership. Class Profile Graduates are employed in companies involved in importing and exporting, multinational companies and foreign companies investing in the United States. The Program International Business is any business activity that occurs between people or organizations from different countries. This major leads to positions with an international context in areas such as finance, accounting, purchasing, marketing, production, logistics and planning. The mission of the Moore School's undergraduate international business major is to develop within students a transnational mindset: To encourage students to build on and challenge their existing knowledge, and to recognize and step beyond their own cultural perspective; to develop within students the ability to process new information, build new mental models and function effectively within different environmental contexts; to provide students with the analytic building blocks for understanding an ever-changing global market." - Dr. Nancy R. Buchan This is accomplished through: A comprehensive and competitive program led by our renowned international business faculty Completion of internationally relevant classes selected from the Carolina Core general education courses Completion of leading-edge international business curriculum Completion of a second business major Completion of multiple advanced level language courses Completion of at least one semester abroad through one of our partner exchanges at over 30 of the top business schools worldwide Courses The Sonoco Department of International Business at the Moore School has lead the field of undergraduate education in creating progressive, thought-provoking, engaging courses that challenge students to think beyond their comfort zones. Each class exposes students to the vast complexities of our changing world and helps them develop the skills needed to make the best business decisions in environments of increasing globalization, great uncertainty and multiple points of view. To prepare them for courses in the IB major students are recommended to take a variety of internationally-related Arts & Science courses from the Carolina Core. Double Major In addition to receiving a strong international business education, students are also required to complete a second major at the Moore School. This additional concentration helps them develop specific functional skills that enhance their effectiveness as business professionals. Foreign Language Study Language skills not only catapult the efficiency, insight and networking skills of a global professional to a higher level, but such proficiency also allows an individual to gain deeper insight into the culture, values and context of the people with whom they are working. In order to enhance this cross-cultural capability, IB students must complete several advanced-level courses in a foreign language (often resulting in a language minor). The languages available at USC include Arabic, Chinese, French, Italian, German, Japanese, Portuguese, Russian, Spanish. Explore the World The Moore School's strong international links have allowed us to develop partnerships with over 30 of the best business schools around the world. Every spring, juniors majoring in International Business have the opportunity to study at one these schools through our direct exchange programs. These partnerships allow students to build a network of global contacts with future business leaders around the world. Find your place in an ever changing world. Measure yourself in the classroom against the globe's best students. Explore global employment opportunities. Creating Global Citizens The most effective global managers can understand and navigate the complexities of international business while also building meaningful and responsible relationships with peoples of various nationalities, value-systems, administrative styles, and world experiences. Moore's unique expertise in offering students opportunities to develop their cultural and emotional intelligence both inside and outside of the classroom is one of the reasons it has led the undergraduate field for over a decade. Global Internships The International Business major at the Moore School opens up a world of opportunities for our students to intern around the country and the world. Our double-major system facilitates placement in a multitude of global sectors. The functional major equips them with the skills congruent with various industries and roles; the International Business major prepares them for immersion into the vast complexities of real-world business. Whether working while abroad or domestically in an multinational corporation, our students impress employers with their transnational capacities and business knowledge. [-]

Civil and Environmental Engineering

University of South Carolina
Campus September 2017 USA Columbia

The USC Department of Civil and Environmental Engineering is at the forefront of education and research, expanding in areas such as hurricane and earthquake design, sustainable development, intelligent transportation systems, high-performance and novel materials characterization, bioelectrical remediation, life-cycle analyses, nondestructive evaluation, and cardiovascular flow. [+]

The innovative, dynamic work of civil and environmental engineers can be seen everywhere in today's world. Civil and environmental engineers analyze, plan, design, and build structures such as buildings, bridges, and dams; infrastructure systems for transportation; water resources and natural hazard protection; and environmental control and remediation of both the natural and constructed environment. The USC Department of Civil and Environmental Engineering is at the forefront of education and research, expanding in areas such as hurricane and earthquake design, sustainable development, intelligent transportation systems, high-performance and novel materials characterization, bioelectrical remediation, life-cycle analyses, nondestructive evaluation, and cardiovascular flow. While working on their degree, USC civil and environmental engineering undergraduate students also have the opportunity to participate in research projects and work with graduate students and professors as research assistants. Research projects stem from the five areas of civil and environmental engineering and are often conducted by multidisciplinary teams and researchers of different backgrounds. Civil and environmental engineers enjoy high salaries and have a multitude of employment opportunities. Our graduates are prepared to enter the job market with federal, state, and municipal agencies; with private consulting firms involved with aspects of planning, design, construction, or environmental sustainability; and with the development of facilities, resources, and environmental control for industrial development. Areas of Study Environmental Engineering Here we focus on improving the environmental quality of air, water, and soils, including physical and biochemical remediation and treatment, sustainable construction, modeling of environmental systems, solid and hazardous waste control, air pollution control and drinking water system designs. The focus area extends to the new area of environmental application and implication of nanotechnology. Geotechnical Engineering Here we focus on soil, rock and engineered geo materials with specific concentrations on field and laboratory investigations using standard and novel testing technologies, design and performance of foundations and earth structures, slope stability analyses, soil dynamics and liquefaction, pavement design and performance, landfill design and instrumentation, and geo environmental studies. Structural Engineering Here we focus on the areas of structural mechanics, structural analysis and design, structural testing and materials. The focus of the program is in structures and facilities related to the transportation infrastructure. It addresses: traditional and modern materials; design innovations, structural health monitoring and life cycle analysis; structural performance and assessment to extreme loads (earthquakes, blasts, etc); advanced analytical and computer methods for modeling and simulations. Transportation Engineering Here we focus on the planning, design, operation, and management of transportation systems with emphasis on intermodal and multi-modal transportation (including high-speed rail) which are designed to move people and goods from an origin to a destination in the most efficient, cost-effective, and safe manner, utilizing mathematical modeling and computer simulation. Water Resources Engineering Here we focus on the study and physical and computer modeling of natural and industrial flows and transport processes, management of rivers and watersheds, dam break and levee breech, flood prevention and forecasting, river mechanics and marine sediment transport, storm water management and modeling, environmental protection and restoration, and sustainable systems. What kind of careers do civil and environmental engineers find? Our graduates find high paying jobs within: Federal, state and municipal agencies Private consulting firms involved with aspects of planning, design, construction, or environmental sustainability The development of facilities, resources, and environmental control for industrial development [-]

Electrical Engineering

University of South Carolina
Campus September 2017 USA Columbia

The electrical engineering department is a high profile member of the university research community. According to the university's Office of Research and Graduate Education, electrical engineering accounted for $3.59 million of the $25.36 million awarded to the College of Engineering and Computing in fiscal year 2014. [+]

Bachelors 2017 in Columbia USA. Electrical engineers enlighten the world – moving information, people, things, and energy to make tomorrow even better than today. Electrical engineering research at UofSC falls within four major areas of focus: communications and electromagnetics, decision and control, electronic materials and devices, and power and energy systems. The electrical engineering department is a high profile member of the university research community. According to the university's Office of Research and Graduate Education, electrical engineering accounted for $3.59 million of the $25.36 million awarded to the College of Engineering and Computing in fiscal year 2014. Plan Your Career Electrical engineering is a broad and exciting field that offers career opportunities as diverse as electric power, consumer electronics, or nanomaterials and devices. Fundamentally, electricity either carries energy or information. So whether you want to develop new medical electronics, the next generation of smart tablet, a renewable smart power grid, mobile wireless networks, or advanced nanotechnologies, this is the field for you. Find your pathway to an electrical engineering career. Choose Your Degree At the University of South Carolina you can choose the degree program that best fits your career goals. Our rigorous and rewarding options can lead to a bachelor's degree in four years or you can choose our accelerated program to earn graduate credit while still an undergraduate. Master and Ph.D. programs combine research and course work leading to advanced degrees and a graduate distance education program allows qualified working engineers to earn a master's degree without sacrificing current employment. Conduct Your Research From undergraduate through post-doctoral studies, you can work with and learn from our outstanding faculty whose interests span the full spectrum of electrical engineering research. Our faculty have been recognized as No. 1 in the state for their research productivity. As an electrical engineering student, you can work in outstanding labs and facilities as you join our research efforts in areas ranging from communications and electromagnetics to power and energy systems. Electrical Engineering By the Numbers 207 - Undergraduate students enrolled 92 - Graduate students enrolled [-]

Chemical Engineering

University of South Carolina
Campus September 2017 USA Columbia

The chemical engineering department awards degrees at both the undergraduate and graduate levels in chemical engineering. As a chemical engineering graduate, you can work in a variety of fields from manufacturing and healthcare to food processing and environmental health and safety. [+]

Chemical engineers are leading new developments in medicine, advanced materials, energy, consumer products, manufacturing and environmental solutions. Applying their knowledge of chemistry, physics, biology and mathematics, chemical engineers create processes and products that are safe, environmentally friendly, energy efficient and economical. From developing more efficient fuel cells to creating innovations that advance space exploration, our chemical engineering students and faculty are at the forefront of research. As a chemical engineering graduate, you can work in a variety of fields from manufacturing and healthcare to food processing and environmental health and safety. The chemical engineering department awards degrees at both the undergraduate and graduate levels in chemical engineering. What will I study? Energy Chemical engineers are used in the energy sector to explore for new reserves of oil and gas, process these raw materials into fuels and other useful chemicals, and developed new technologies like solar, wind, batteries and fuel cells that are sustainable and more environmentally sound. Advanced Materials and Specialty Chemicals Chemical engineers design, construct and operate unique processes to produce a range of highly tailored chemicals like lubricants, elastomers, composites, fragrances, polymers, and surfactants for the automobile, aerospace, cosmetics, agriculture, paper, textile and construction industries Pharmaceuticals Chemical engineers are involved in the conception, design, construction, and operation of research facilities and manufacturing plants that develop and produce valuable pharmaceuticals and pharmaceutical therapies. They also have to implement FDA (Food and Drug Administration) regulations to ensure quality control over these products and processes. Biotechnology Chemical engineers leverage molecular-level insight and fundamental biological understanding with engineering principles to develop processes for producing products from natural materials that can range from biofuels to synthetic tissue to organic semiconductors. Food Processing Chemical engineers in the food and beverage industries handle, process, prepare, package, and preserve food and beverages. They formulate new flavors and preservatives, develop new processes that provide more consistent texture, flavor and appearance, and design aseptic packaging to ensure a longer shelf life. Environmental Health and Safety Pick an industry and chemical engineers are working there to improve the environment, minimize waste, and protect the personal health and safety of employees and the surrounding community. Chemical engineers help minimize waste through process monitoring and control, and by designing new processes that are more efficient and take advantage of sustainable raw materials. Microelectronics The microelectronics industry is not just for electrical engineers. Many steps in the production of microelectronics involved chemistry, from electroplating to etching. Chemical engineers are involved in material development and production, process control, and the manufacturing of microchips and intricate circuitry. Chemical Engineering At A Glance Top 50 - Nationally Ranked Graduate Program - US News and World Report Top 30 - Nationally Ranked Graduate Program - National Research Council 14th - Nationally in Federally Funded Chemical R&D - National Science Foundation $72k - The average starting salary for a chemical engineer. [-]

Mechanical Engineering

University of South Carolina
Campus September 2017 USA Columbia

Mechanical Engineering students at the University of South Carolina can expect high quality teaching coupled with many research opportunities. From advising to internships and co-ops, our students leave prepared and confident to begin professional careers or enter graduate school. [+]

Bachelors 2017 in Columbia USA. Mechanical Engineering students at the University of South Carolina can expect high quality teaching coupled with many research opportunities. From advising to internships and co-ops, our students leave prepared and confident to begin professional careers or enter graduate school. The Mechanical Engineering program at the University of South Carolina allows students to study and perform interdisciplinary research with faculty from the College of Engineering and Computing as well as the USC College of Arts and Sciences and the USC Medical School. The Mechanical Engineering undergraduate program at UofSC allows students to develop various levels of expertise. The curriculum includes the following areas of concentration: design/manufacturing, mechanics/materials, thermofluid/energy sciences, and sustainable design development. Undergraduates who are interested in pursuing a graduate degree can apply three hours of their undergraduate course load towards the requirements for a Masters of Science. This allows students to complete B.S. and M.E. degrees in five years. Our graduate students can take advantage of small class sizes, excellent teaching, industry-sponsored projects, on-campus and off-campus delivery mechanisms, and high quality funded research. 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. What do mechanical engineers study? Degree programs in Mechanical Engineering include basic courses in science and mathematics, advanced topics in mechanical engineering, and many technical electives that enable UofSC students to specialize in a number of areas. Thermo-fluids The study of thermo-fluids involves heat and/or mass transfer in porous media; electronics cooling; transport phenomena in joining and manufacturing processes; the design, fabrication, packaging, and modeling of microelectromechanical systems (MEMS) for micro cooling systems and micro fluidic and biomedical devices. Mechanics of Materials and Nondestructive Evaluation The study of mechanics of materials and nondestructive evaluation improves the understanding of engineering materials and structures and their mechanical response and failure behavior, develops digital deformation measurement systems for structural evaluation and characterization, and provides engineers with advanced theories, analysis methods, and modeling/simulation/design tools for cars, ships, aircraft, etc. Smart Structures and Condition-Based Maintenance The study of smart structures and condition-based maintenance of machines focuses on characterizing piezoelectric/piezomagnetic active materials and utilizing them for structural health monitoring, damage detection, diagnostics/prognostics of machinery/active/adaptive vibration control, health monitoring of rotating machinery, aircraft, and condition-based maintenance of mechanical systems. Mechatronics The study of mechatronics involves the integration of mechanical systems and electronics such as electromechanical systems with embedded sensors, microcontrollers, actuation, and process control; robots and autonomous vehicles; and automotive systems. Nanotechnology The study of nanotechnology develops nanostructured materials, including the design, fabrication/processing, reliability testing, nanomechanical characterization, and simulation of nanowires, nanofilms, and nanocomposites. Manufacturing and Materials Processing The study of manufacturing and materials processing includes the development and modeling of advanced joining technology for friction stir welding of Ti alloys, steel alloys, thick-section Al alloys, and Al metal matrix composites. Nuclear Engineering The study of nuclear engineering focuses on advanced nuclear fuels and materials, thermal hydraulics, reactor design, advanced fuel cycles, structural integrity of nuclear reactor vessels and piping systems, embrittlement of reactor vessel steels, and application of nuclear power in future energy economies for sustainability, including the production of hydrogen from nuclear energy and use of hydrogen as a fuel. [-]

Computer Science & Engineering

University of South Carolina
Campus September 2017 USA Columbia

Graduates of our Computer Science and Engineering program can choose to focus their career in many different ways: entrepreneur, web applications, computer graphics, video games, enterprise computing, embedded systems, network administration, mobile applications, computer security, computer vision, computational biology, high performance (super) computing, scientific modeling, database systems, computer animations, wireless networks, artificial intelligence, and so on. [+]

Computer scientists design and build software applications. Computer Engineers build and program embedded systems. Computer Information Systems experts design and implement Information Technology solutions for business. Computing as a Profession Computer scientists and engineers apply the theories and principles of mathematics and science to design computers, software, networks, and processes. These professionals work in many settings in research, industry, government, business, and education to create advanced information technologies, computer systems, and computer applications. The field of computer science and engineering is constantly moving forward, providing intellectual challenges and developing new knowledge on an almost daily basis. Graduates of our Computer Science and Engineering program can choose to focus their career in many different ways: entrepreneur, web applications, computer graphics, video games, enterprise computing, embedded systems, network administration, mobile applications, computer security, computer vision, computational biology, high performance (super) computing, scientific modeling, database systems, computer animations, wireless networks, artificial intelligence, and so on. Career Outlook The demand for professionals in computing fields is widespread; job opportunities for computer scientists and engineers exist in almost every industry. As computer applications continue to expand, occupations in computer science and engineering are projected to be among the the fastest growing in the United States through 2016. An overview of job opportunities in computer science and engineering is available from the United States Bureau of Labor Statistics. The most common job titles our students move into are: Software Engineer/Software Developer, at companies such as Google, Amazon, Facebook, Microsoft, Boeing, Vanguard, Blue Cross, etc. A software engineer designs and builds software: iPhone apps, websites (like facebook, amazon), desktop apps (like Excel), embedded software (that runs in your car), business systems (like banks), robot programs (that control manufacturing robots), medical software (that controls electronic medical records in hospitals), etc. Systems Analyst, at various consulting companies or large enterprises. A systems analyst studies a business' information technology needs and then design and implements an technical solution, for example, automating the claim process for an insurance company, changing a brick-and-mortar company into an e-commerce company, etc. System Administrator, at any company that uses computers in their business. System administrators are cybersecurity experts. They ensure that the computer network works and is secure from all attacks. Computer Engineer, at companies such as Intel, Motorola, AMD, NVidia, etc. A Computer Engineer designs and builds computers, computer peripherals, computer sensors, and other computer hardware systems as well as writing the low-level software which controls these devices. Study Computer Science & Engineering covers many topics. Some of the topics you will learn about include: web application development mobile application development computer graphics and animation video games development programming languages robot programming artificial intelligence big data analytics human-computer interaction network/systems administration database systems algorithms cybersecurity computational biology high performance (super) computing scientific modeling computer networks management of business information systems Computer Science and Engineering at USC The Department of Computer Science and Engineering offers baccalaureate degrees with majors in computer science, computer engineering, and computer information systems. All three degrees provide students with the knowledge and skills needed to work as practitioners in all aspects of the computing and information processing industries. All majors include a common core of fundamental courses in computing. The major in computer engineering includes courses in electronics and computer hardware as well as software; the major in computer information systems includes courses in business and is designed for students who are primarily interested in business applications; the major in computer science allows students to focus primarily on the software aspects of computing and requires selection of an appropriate application area. The Department also offers MS, ME, and PhD degrees in Computer Science and Engineering. A combined BS/MS program is available which facilitates completion of both degrees by allowing some senior courses to be applied to both degrees. Departmental Research Faculty in the Department of Computer Science and Engineering conduct research and development in a variety of fundamental areas, including agent-based computing, decision making and analysis, database mining and warehousing, multimedia system design and implementation, parallel computer architecture, and security. This research finds applications in bioinformatics, e-commerce, education, information systems, and computer forensics. Advanced elective courses in these areas are offered, and there are some opportunities for undergraduate students to participate in ongoing research projects (or to suggest their own!). Student Organizations We have an active ACM student group which support a variety of activities, including local programs and field trips, participation in regional conferences, and software contests. There is also an active local chapter of the National Society of Black Engineers (NSBE), a CyberSecurity club, and a Women in Computing group. The department provides support for undergraduate participation in many activities, including conferences and competitions. Student Services in the College of Engineering and Computing All undergraduate programs in the College of Engineering and Information Technology are coordinated by the Office of Student Services. This office conducts advisement and orientation for new and transfer students, maintains student records, tracks student progress, and clears students for graduation. They can also provide information and contacts in nonacademic areas such as housing and financial aid although they are not the primary source of information about these nonacademic areas. Forms and requests requiring the permission of the Dean should be taken to this office; responsibilities related to the undergraduate program have been delegated to this office. Applying to the Computer Science and Engineering Department Undergraduate students must apply for admissions to the University. Once accepted to USC you can choose whatever major you want, including any one of our Computer majors. Visit our Admissions page for information on applying to USC. [-]