Graduate Pathway in Biomedical Engineering (1-Semester Pathway) Leading to Master of Science in Biomedical Engineering

at INTO Group - University of South Florida USA

The degree in Physical Sciences will prepare students for employment in technical fields requiring a background in one or more of the physical sciences.

International Year One in Natural and Health Sciences will prepare you to enter the second year of a bachelor's degree program at 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.

Biomedical Sciences
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.

International Year One in Engineering will prepare you to enter your next semester of a bachelor'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.

Electrical Engineering
The Electrical Engineering major offers study in all areas fundamental to the analysis, design, and development of electrical devices and systems. ?The areas covered by the major include foundational topics such as circuits and electrical power, to applications such as Internet of Things, Smart Grid, Security,  and Data Analytics. The major offers curriculum tracks that include: Bioelectrical Systems, Communication Systems, Energy, Power and Sustainability, Mechatronics, Robotics and Embedded Systems, Micro and Nano-scale Systems and Wireless Systems. Additional information on these areas may be found at: http://www.usf.edu/engineering/ee/documents/trackdescriptions.pdf. Well-equipped laboratories reinforce fundamental concepts, while providing real world hands-on exposure.

The Applied Anthropology major, initiated in 1974, was the first in the country to focus on career training for the practice of Applied Anthropology. Faculty at USF specialize in various areas, including medical anthropology, biological anthropology, urban policy and community development, environmental anthropology, education, archaeology, cultural resource management (CRM), economic development, immigration, media, and issues pertaining to race, gender, and ethnicity. Geographic specializations emphasize the Caribbean, Latin America, Sub-Saharan Africa, Europe, and the United States. More than 240 graduates have received an education in anthropology and its practical uses, leading to employment in government and private sector agencies and organizations. For many, the MA is a terminal degree that qualifies them for professional careers in administration, program evaluation, planning, research, and cultural resource management. Others have gone on to earn doctoral degrees and have gained employment in academic or higher level nonacademic positions.

Students entering the Applied Anthropology major at USF choose from one of four tracks: Archaeology, Biological Anthropology, Cultural Anthropology, or Medical Anthropology. Although these four tracks share some common requirements, and are bound by general rules of the USF Office of Graduate Studies, they have different curricula and employment trajectories. Archaeology Track graduates typically enter careers in contract archaeology, or public and private agencies and museums responsible for managing archaeological resources. The Cultural Anthropology Track is designed to lead to employment in diverse areas that include education, urban planning, human services, private sector consulting and research, and non-governmental community organizations. Museum and heritage programming represent an area of overlap between the two emphases. Students who wish to pursue these kinds of specialties will develop curricula that draw from both applied and public archaeology requirements in consultation with their advisors. Biological Anthropology students are trained to work in law enforcement, private sector consulting and research, and non-governmental organizations. The Medical Anthropology track prepares students to conduct research, evaluation, and consulting in a variety of settings, including community-based organizations, county and state health departments, and non-governmental organizations. In addition to following the curriculum of a track, M.A. students can select elective courses to fulfill one of four concentrations in Archaeological and Forensic Sciences, Bio cultural Medical Anthropology, Cultural Resource Management, or Heritage Studies.

International Year One will prepare you to enter the second year of University of South Florida's competitive undergraduate degree program in business. 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.

Finance
The Finance major provides a broad-based, analytical program for students anticipating a career in the management of both large and small organizations. Finance provides a good background for students seeking general careers in business. Finance majors can elect to take courses in the following areas that prepare them for entry and advanced careers in: financial management of corporations, management of financial institutions, investments, financial services, insurance, and real estate. In addition, the program in Finance is designed to provide the skills required by students earning degrees in other business disciplines and by students who seek professional degrees in areas such as law and public administration. The Finance program offers courses that enable the graduate to identify and solve problems in the acquisition and allocation of funds by organizations in the public and private sectors in domestic and international settings. It provides the background necessary for managing wealth in a risky environment. Finance relies on an interdisciplinary approach that draws on economic theory, accounting, information systems, and the quantitative decision frameworks of statistics and mathematics. The major is designed to ensure that graduates are familiar with the tools of financial decision making and that they possess the skills to stay abreast of the developments in the field. Finance graduates will understand the functions and operations of financial markets, become familiar with computer applications in finance, and know how to access and utilize financial information. Course content is designed to provide majors with an appreciation of cooperative work skills and to enhance their verbal and written communication skills.

The major in International Studies enables students to undertake programs of study which emphasize: (a) preparation for careers in international activities, or (b) the study of particular international themes or topics, or (c) the study of particular regions or cultures. Each student develops a course of study designed to fulfill his or her career and educational goals in consultation with the International Studies advisor.

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.

Students pursuing the Bachelor of Science in Chemical Engineering take coursework in advanced chemistry, thermodynamics, fluids, heat, and mass transfer, numerical methods, separation processes, reacting systems, instrumentation, control, and plant and product design. Students must also satisfactorily complete a design project as part of their major. Chemical engineering students must maintain a GPA of 2.0 in required departmental courses. Therefore, it is imperative that the students retain close contact with their advisor. Students completing this major normally initiate their careers in manufacturing, environmental, and biological enterprises. Chemical engineers are found in administrative, technical, and research positions in these industries. Main products of these industries are petrochemicals, polymers, fibers, natural and synthetic fuels, electronic materials, fertilizers, pharmaceuticals, bio-materials, etc.

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 Materials Science and Engineering 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.

Material Science and Engineering-M.S.
The Materials Science and Engineering Program here at USF is interdisciplinary and is supported by a care group of dedicated faculty from the College of Engineering and the College of Arts and Sciences. This program offers a Master's Degree in Materials Science and Engineering and a Graduate Certificate in Materials Science and Engineering.

The program focuses on applying the fundamental principles of physics and chemistry to the engineering of materials. The curriculum is very flexible, giving each student to design a curriculum right for them. Their courses are supported by the core faculty affiliated with the program giving them a chance to learn explore a wide variety of materials and develop specialized skills as they see fit.

Some areas that students can specialize in include: electronic materials, nanomaterials, biomaterials, and polymers. Students can pursue a Master's thesis within the program with faculty across the USF campus engaged in materials science and engineering research. With this program, students develop the skills that can prepare for them a career in industrial positions of further aspirations of pursuing a PhD in science or engineering.