International Year One in General (1-Semester Pathway) Leading to Bachelor of Arts in Religious Studies

at INTO Group - University of South Florida USA

For international students interested in the production, distribution and consumption of goods and services, the Graduate Pathway in Economics leads to a Master of Arts in Economics from the University of South Florida. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

Economics-M.A.
The M.A. in Economics is a non-thesis degree designed to prepare students for positions in business or government or for further graduate work in an economics Ph.D. program.

The program consists of 30 hours of coursework plus the successful completion of an oral exam given before a committee of three members of the faculty. The 30 hours of coursework is comprised of 12 hours of required coursework, at least 12 hours of economics elective coursework, and no more than 6 hours of elective coursework drawn from outside of economics.

An INTO USF Graduate Pathway program in Business Administration (MBA) will prepare you to enter your next semester of a master’s degree program at University of South Florida. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

Business Administration-M.B.A.
The nationally ranked MBA program helps students develop analytical skills and creative abilities, and promotes collaboration with experienced and diverse classmates. In USF's MBA you will learn from world-class faculty, guest speakers and leaders of industry. The MBA can be completed on the Tampa and Sarasota-Manatee campuses.

The Department of Chemistry offers Doctor of Philosophy, Master of Science, and Non-thesis Master of Arts degrees. The Chemistry graduate faculty is comprised of full-time senior faculty members, all holding the Ph.D. degree. The combination of a large and strong faculty with a wide variety of courses provides students with programs of study that can be tailored to fit individual needs, while maintaining a sound background in all general aspects of Chemistry. The excellent research facilities and low student-faculty ratio combine to afford unique opportunities for advanced study in Chemistry.

The Master of Science in Advanced Athletic Training has an emphasis on youth sports injury and other advanced athletic training competencies. This post-professional major is directed towards students either who hold the athletic training credential issued by the Board of Certification (BOC) or who are BOC-eligible or have equivalent athletic training professional preparation and wish to seek an advanced degree.  This major is designed to provide students with a post-professional degree in Advanced Athletic Training with an emphasis on youth sports injury.  For information on tuition costs, please contact the Department.

The Biomedical Sciences degree serves as a gateway into a variety of health-professional programs such as Medicine, Pharmacy, Dentistry, and Physician Assistant. Required courses include Biology, Chemistry, Math, and Physics. This degree provides the flexibility to choose advanced-level science coursework based on academic and professional interests. Students contemplating graduate study should pursue a major in the discipline of their interest, such as Biology, Chemistry, or Microbiology.

The Department offers graduate majors leading to the M.S.M.E. and Ph.D. in Mechanical Engineering.  Research opportunities are available in the following areas:  Mechanism Design, Kinematics, System Dynamics and Vibrations, Mechanical Controls, Tribology, Mechanical Design, Robotics, Rehabilitation Engineering, Composite Materials, Solid Mechanics, Fluid Dynamics, Thermal Energy Systems, Microelectronic Device Thermal Management, Clean and Renewable Energy Systems, Micro and Nano scale materials and systems, MEMS, Biosensors, Biofluids, Biomedical Engineering, and Engineering Education Cellular Mechanotransduction and Biomaterials, Autonomy, Control, Information, and Systems.

Department facilities include the following laboratories:  Computational Fluid Dynamics, Computational Solid Mechanics, Computer-Aided Design, Dynamic Systems, Hydraulics, Rehabilitation Engineering, Robotics, Biofuel cells and Biomimetics, Nanomaterials and Thin Films, Advanced Materials Processing and Characterization, Biofluids and Biosensors, Microelectronic Thermal Management and Heat Transfer, and Compliant Mechanisms.

International Year One will prepare you to enter the second year of the 2+4 competitive degree program in architecture at USF. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

This thesis-based degree provides graduate training in conservation, biodiversity, ecology, organismal biology and taxonomy . Graduates of this program find careers in research and management of biodiversity, including natural resource agencies at the local, state and federal level, not-for profit conservation groups, environmental consultancy firms, and zoos, aquariums and botanical gardens.

The Master of Science in Cybersecurity is an interdisciplinary major that utilizes talent across the Colleges of Business, Engineering, Arts & Sciences, and Behavioral and Community Sciences. The major prepares students for leadership, managerial and domain-specific roles in Cybersecurity and for employment in managerial and operational positions that require quick analytical thinking, decision-making under uncertainty regarding critical resources, and domain-specific technical skills for managing secure operations. Specifically, based on the design of the concentrations and the core of this major, the major is also expected to prepare students for

• Intelligence positions that require innovative, analytical, decision-making, and technical skills for providing cybersecurity intelligence,
• Information assurance positions that require secure management of information and data transferred, used, stored, and processed in information systems,
• Law enforcement positions that are required to deal more and more with cyber-crimes, and
• Cybersecurity positions that require deep technical skills in the security domain.

Because this is a graduate-level major, to ensure that students possess the foundational knowledge for academic success, students admitted to this major are most likely to be successful if they have academic or work experience in the areas of C/C++ programming, computer networks, operating-system design, algorithms, data structures, and computer organization. An undergraduate degree in computer science, computer engineering, MIS, or IT is recommended for admission. Note: For the Information Assurance Concentration it is recommended that students have a background in accounting information systems, database management, and systems analysis and design.

Major Research Areas:
Cyber, Cybersecurity, Cyber Security, Information Assurance, Secure Software, Information, Analytics, Intelligence, Computer, Network, IT, Software, Testing, Security, Analytic Communication, Data Communications, Cryptography, Information Security, Risk Management, Business Continuity, Disaster Recovery, Digital Forensics, National Security

An INTO USF Graduate Pathway program in Engineering Management will prepare you to enter your next semester of a master’s degree program at University of South Florida. After successfully completing the Pathway program, you are guaranteed to enter your next semester of study. This transition to university from an INTO program is called progression.

Engineering Management-M.S.
The Master of Science in Engineering Management (MSEM) program, established in 1982, is a multidisciplinary graduate degree program for engineers and individuals with technical backgrounds who want to advance into management and executive roles. The MSEM program helps develop technical management skills by combining qualitative approaches and quantitative techniques in a balanced curriculum, which strengthens engineering credentials and develops managerial competence. Engineering leaders must be well versed in current technical alternatives and possess the managerial skills necessary to oversee enterprises and ensure their profitability. These leaders make key decisions where engineering insight is also an invaluable ingredient for success.