General Undergraduate Admission Requirements
Note: Not all Online Program offerings are available to residents of all U.S. states. Please contact an admissions representative for further information.
To be admitted to any of the undergraduate programs at South University, the prospective student must provide proof of high school graduation as recognized by the state of residence on the date the degree was earned, or the equivalent in which a diploma was earned, with a minimum CGPA of 1.5 on a 4.0 scale within 5 weeks of the start date (refer to Conditional Acceptance). Students providing a GED must meet the minimum required test score deemed as passing in each section as required at the time of testing.
The prospective student must also complete the university administered placement tests within the first quarter of attendance. South University accepts the International Baccalaureate Program diploma as meeting the requirement for high school graduation. Credentials earned outside the United States must be evaluated by a NACES or AICE-member credential evaluation service. Please speak with an admissions representative for more information.
Students with less than the minimum CGPA of 1.49 on a 4.0 scale may meet admissions requirements by submitting a minimum combined SAT (Evidence-Based Reading and Writing, and Math) score of 700 or 900 on the SAT requiring an essay portion, a combined ACT score of 18, or meet the criteria established for acceptance as a transfer student.
Students with a CGPA between 1.49 to 1.0 on a 4.0 scale may be admitted provisionally for two quarters. Failure to achieve a 1.5 CGPA in the first two quarters of attendance will result in dismissal. Students may appeal the dismissal by following the Procedures for Appealing Academic/Financial Aid Dismissal Policy.
Students with less than a 1.0 on a 4.0 scale do not meet the admissions requirements for South University.
Acceptable verification of high school graduation or the equivalent would include a high school transcript (official or unofficial), or GED scores and state-authorized examination scores (ex. HiSET, TASC). In states that maintain a database that serves as an official registry of high school and GED graduates, an excerpt from the official database documenting the student's graduation or GED completion may be used.
Campuses in South Carolina must be provided with official high school transcripts or GED scores.
Please see the policy on GPA Calculation for Admission for additional information
Conditional Acceptance
Students may be conditionally accepted by submitting unofficial copies of documentation required for the admission requirements. Conditional acceptance is allowed for 5 weeks beyond the start of the student’s first session. Failure to provide acceptable, official documentation, as stated in the admissions requirements, within 5 weeks from the start date will result in the following:
- Removal from class
- Cancelation of enrollment
- No final course grades
- No transcript
Students who do not provide acceptable documents for full, unconditional acceptance within the 5 week period will not be responsible for tuition and related fees. South University may grant exceptions to the 5 week period for unusual situations or circumstances. All exceptions must be submitted to the Office of the University Registrar for approval.
Admission of Transfer Students
Note: Not all Online Program offerings are available to residents of all U.S. states. Please contact an admissions representative for further information.
To be eligible for admission, transfer students must complete the application procedures and satisfy the following criteria:
- Submit a completed application for admission.
- Have earned 24 or more credit hours, or the equivalent (e.g. 16 semester hours), with a cumulative GPA of 1.5 from an acceptable accredited collegiate institution.
- Submit official transcripts (including verifiable faxed transcripts) from all colleges and universities attended.
- Submit self-certification of high school graduation or GED completion.
For transfer of credit practices refer to the applicable section under the Academic Affairs section of this catalog.
To be admitted as a Transfer student into South University the prospective student must have earned 24 or more quarter credit hours or the equivalent (e.g. 16 semester hours), with a cumulative GPA of 1.5 from an acceptable accredited collegiate institution. Official transcripts from the collegiate institution(s) must be received within 5 weeks of the start date (refer to Conditional Acceptance), and who are not required to take ENG0099 and/or MAT0099, will be exempt from taking the UVC1000 Strategies for Success. Students will select another 4 credit course in consultation with their Academic Advisor or Academic Counselor to fulfill the degree requirements.
Students with 24 or more quarter credits with a CGPA of between 1.49 to 1.0 may be admitted provisionally for two quarters. Failure to achieve a 1.5 GPA in the first two quarters of attendance will result in dismissal. Students may appeal the dismissal by following the Procedures for Appealing Academic/Financial Aid Dismissal Policy.
Students who are citizens of countries other than the United States should refer to the section entitled International Student Admissions Policy.
Students who are transferring from or to a school within the University of North Carolina or the North Carolina Community College System should be aware of the Comprehensive Articulation Agreement approved by both governing Boards on March 1, 1996 and revised in September of 2008. This agreement may be found in its entirety at the following website.
For additional admissions information please see the admissions section here.
Offered at Austin, Columbia, Montgomery, Online Programs, Richmond, Savannah, Tampa, and Virginia Beach.
Note: Not all Online Program offerings are available to residents of all U.S. states. Please contact an admissions representative for further information.
The Bachelor of Science in Information Technology degree program focuses on preparing students with the knowledge and skills needed to understand the theoretical and applied uses of information technology in a variety of business settings. Case studies and hands-on lab projects can help students gain the communication skills, critical thinking and technical competencies required in the current technology-oriented workplace.
Building upon a strong set of Information Technology foundational courses, the program gives students the opportunity to choose one of three areas of emphasis: Comprehensive, Cybersecurity or Management. The emphasis options give students the ability to focus on a specific IT discipline of interest or to obtain a broader skill set across multiple IT disciplines.
The Bachelor of Science in Information Technology degree program culminates in a capstone project that focuses on the student's overall course of study and allows the student the opportunity to apply the concepts and skills learned in real and simulated business situations.
The comprehensive emphasis is intended for students who are interested in acquiring a broad skill set in essential IT disciplines. The comprehensive option covers the knowledge areas of database development and administration, information systems security, multimedia and web development, and network administration and management. This emphasis is well suited for students who which to develop across-the-board IT competencies, are not set on any specific IT professional work role and seek the flexibility to pursue different IT career opportunities upon graduation.
The cybersecurity emphasis targets a growing demand for IT experts specialized in cybersecurity, to operate, maintain, protect and defend the mission-critical assets of organizations. This emphasis track is designed per the guidelines of the National Initiative for Cybersecurity Education (NICE) Cybersecurity Workforce Framework (CWF), a partnership between government, academia, and the private sector focused on cybersecurity education and workforce development. The program learning outcomes are mapped to the NICE CWF work categories, specialty areas, work roles, and knowledge areas, to achieve direct relevancy with cybersecurity jobs in demand. The program also aligns its learning outcomes with best practices from prominent professional certifications, such as Certified Information Systems Security Professional (CISSP) from the International Information Systems Security Certification Consortium (ISC) ², and Certified Ethical Hacker (CEH) from EC-Council. Throughout the program, students combine theoretical and hands-on practice using virtual-labs and cybersecurity training resources.
The Information Technology Management emphasis combines the development of essential IT skills (systems lifecycle management, networking, data management, and helpdesk administration), IT security skills, IT governance skills and IT operational skills, to enable the planning and implementation of reliable IT in an organization. This program prepares students to exercise a leadership role within the IT department of an organization by being able to apply an IT-as-a-service approach in the planning and management of the IT infrastructure and services.
Modern enterprises have expressed a growing need for professionals with Information Technology Management (IT Management) skills, due to the strategic role IT plays in today's organization. The role of the IT Manager has evolved from being merely a technology specialist, to being a custodian of the enterprise's IT infrastructure and resources, and a steward of IT governance and strategy. The IT Manager is also responsible for interpreting and implementing IT impacting rules and regulations like and managing critical IT services for the enterprise at large, its partners, and its customers.
In addition to strong foundational course work focused on IT competencies, the program emphasizes the skills required for managing IT budgets, projects and IT operations. The program includes core, major, and elective courses across emphasis tracks to help graduates build mastery in Industry Standards and prepare them for Industry Certifications:
- (ISC)2 CISSP
- CompTIA IT Fundamentals
- CompTIA Linux+
- CompTIA Network+
- CompTIA Project+
- CompTIA Security+
- ECC Certified Ethical Hacker (CEH)
- ECC Certified Incident Handler (CIH)
- ECC Certified Network Defender (CND)
- ECC Comp. Hacking Forensic Investigator (CHFI)
- ISACA CGEIT
- ITIL 4 Foundation
Note that courses that concentrate on industry certifications provide practice tests aiming at preparedness for the certifications, including the option to obtain a certification or certificate via the courseware, but do not include sitting for the actual certifications. Students who seek the formal industry certifications will want to schedule them individually.
Mission
The mission of the Bachelor of Science in Information Technology program is to combine individualized meaningful learning experiences in diverse technology areas. The BSIT program aims to support the advancement of knowledge, skills and intellectual curiosity for lifelong learning and practice in information technology.
Program Learning Goals:
The learning goals of the Bachelor of Science in Information Technology program are as follows:
Develop technical expertise:
- Equip students with comprehensive technical knowledge and skills. This includes a deep understanding of programming languages, database management, networking, cybersecurity, and software development.
Foster critical thinking and problem-solving skills:
- Cultivate critical thinking and problem-solving abilities among students. Aim to develop students' abilities to analyze problems, propose effective solutions, and adapt to evolving technological landscapes.
Promote teamwork and collaboration:
- Foster teamwork and collaboration skills among students. Students will learn to effectively communicate, collaborate, and leverage diverse perspectives to achieve common goals.
Instill ethical and professional practices:
- Instill a strong sense of ethics and professionalism in students. This includes promoting responsible use of technology, adhering to industry standards and best practices, respecting privacy, and confidentiality, and understanding legal and ethical considerations related to IT.
Program Student Learning Outcomes
Upon completion of the BSIT Program, graduates will be able to:
- Analyze a complex computing problem and apply principles of computing and other relevant disciplines to identify solutions.
- Design, implement, and evaluate a computing-based solution to meet a given set of computing requirements in the context of the program’s discipline.
- Communicate effectively in a variety of professional contexts.
- Recognize professional responsibilities and make informed judgments in computing practice based on legal and ethical principles.
- Function effectively as a member or leader of a team engaged in activities appropriate to the program’s discipline.
- Emphasis specific student learning outcome:
- Comprehensive emphasis graduates will also be able to use systemic approaches to select, develop, apply, integrate, and administer secure computing technologies to accomplish user goals.
- Cybersecurity emphasis graduates will also be able to apply security principles and practices to maintain operations in the presence of risks and threats.
- Management emphasis graduates will also be able to support the delivery, use, and management of information systems within an information systems environment.
Bachelor of Science in Information Technology with Emphasis: 180 credits
Area I General Education Requirements: 48 credits
Professional Development
Quarter Credits : 4
This course equips students with the essential tools for success in both academic and professional environments. Through the identification of academic resources and the development of resiliency skills, students will gain strategies to overcome challenges and achieve long-term goals. The course also highlights the role of critical thinking as a cornerstone for decision-making and goal attainment, preparing students to navigate complex academic and professional landscapes with confidence and integrity.
Quarter Credits : 4
Basic Communications
Students will be introduced to college-level writing processes, particularly planning, writing, and revising essays. Emphasis will be placed on refining individual skills, exploring types of essays, developing effective writing styles, voices, and procedures, and gaining insight on personal growth as a writer. A minimum grade of C is required to pass this course.
Quarter Credits : 4
Quarter Credits : 4
Choose one additional course from the list below:
Quarter Credits : 4
Quarter Credits : 4
Mathematics and Statistics
The course is designed to develop the concepts needed for College Algebra II using graphs and applications to motivate students and provide real-world examples. The course covers the solution of systems of linear equations, exponents and polynomials, factoring, rational expressions, functions, and quadratic equations.
Quarter Credits : 4
Quarter Credits : 4
College Mathematics covers the fundamentals of several areas of mathematics, including set theory, logic, geometry, graph theory, probability, and statistics. MyMathLab or a comparable resource may be used for lecture, homework and assessment assignment delivery.
Quarter Credits : 4
Statistics provides students with lecture and extensive practice in the concepts of descriptive and inferential statistics. The course emphasizes practical calculation and application. It begins with sample statistics and population parameters, proceeds to measures of central tendency, dispersion, and position, introduces the least-squares best-fit line and several key probability distributions, and concludes with the sampling distribution of sampling means, and hypothesis testing. MyStatLab or a comparable resource may be required in the course.
Quarter Credits : 4
Natural and Physical Sciences (choose one)
Principles of Biology I is the first in a two-course sequence in biology. The course introduces scientific methods, biological chemistry, cells, energy for life, basic genetics, biotechnology, and the principles of evolution. Students will also complete writing assignments that develop their skills as scientifically literate citizens.
Quarter Credits : 4
Principles of Biology II is the second course in a two course sequence in biology. This course continues the study of human biology with the role of endocrine and nervous systems in homeostatic regulation. Other topics covered are human reproduction, development, evolution, and advanced genetics. Ecological concepts are also discussed. The student will complete writing assignments that serve to increase knowledge of the scientific literature.
Quarter Credits : 4
This course provides a comprehensive introduction to fundamental chemistry concepts and their applications. Students will explore essential terminology, the scientific method, atomic structure, chemical kinetics, and radioactivity, while learning how to classify matter, understand ideal gas law relationships, and identify acids, bases, and salts. Students will gain a solid foundation in chemistry, preparing them for further scientific studies.
Quarter Credits : 4
Arts and Humanities
Quarter Credits : 4
Social and Behavioral Sciences (choose one)
Quarter Credits : 4
Quarter Credits : 4
This course introduces students to the American Government. By examining the struggle for power-the participants, the stakes, the processes, and the institutional arenas — this course introduces the students to the political struggles that drive democracy.
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
This course exposes the student to social problems in the United States and globally. Students will explore major social issues through a sociological lens. Topics include behavioral deviance, social inequality (race/ethnicity, gender, sexuality, class), global social problems, and sociological theories. Students will learn how these issues impact individuals and communities and gain insight into potential solutions through discussions and case studies.
Quarter Credits : 4
Area II Foundation Requirements: 52 credits
Quarter Credits : 4
This course examines ethical considerations specific to the IT industry through a systematic approach of the basic principles of ethics and the relationship of these principles to a technological and global society. It also explores ethical decision-making and practical applications of ethics in society.
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Students will identify and analyze statutory, regulatory, constitutional, and organizational laws that affect the information technology professional. This course will explore the complex legal issues as they relate to technological advancements. Topics will include the introduction to many of the current laws and acts affecting technologies today, including the Computer Fraud and Abuse Act, the Wiretap Act, the Stored Communications Act and the Cybersecurity Act, and various additional new laws that are enacted.
Quarter Credits : 4
Elective Pool (six courses or 24 credit hours)
Choose six courses of the suggested electives:
This is the second course covering the in-depth process of the System Development Life Cycle (SDLC). This course focuses on development strategies, validation and verification testing, deployment, maintenance, and revision. Additional topics include quality management, fault tolerance, requirements feedback, and system assessment.
Quarter Credits : 4
This course is designed to provide students with a guide to future research in the field of information technology. The purpose of this course is to facilitate students moving into industry with an understanding of how to remain current in their field and to contribute in a research environment in further graduate study. The outcome of this course is a fundamental literature review and problem presentation suitable for further research and study.
Quarter Credits : 4
Quarter Credits : 4
This course provides an in-depth study of cloud computing technology. The course content is aligned with the curriculum of the CompTIA Cloud+ Certification. The course is design oriented, focusing on topics such as cloud architecture, virtualization, cloud services, DevOps, cloud security and reliability, and quality of service. Students will be introduced to cloud related areas of network administration, cloud delivery model considerations, cost metrics and pricing models, service quality metrics and SLAs, that are related to the day-to-day job of network administration.
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
In this course, students will be introduced to the Data Access Object (DAO) hierarchy which provides the background for the development of sophisticated relational database applications using the control-based methods and object programming methods for data. Remote Data Objects (RDO), Active Data Objects (ADO), structured query language (SQL) and how to combine SQL with Visual Basic controls will also be covered.
Quarter Credits : 4
This course guides students through the development of enterprise-quality web applications using current web development frameworks. The course adopts a step-by-step approach by example to web application development using open-source technologies, including but not limited to, HTML5, CSS3, JavaScript, Node.js, a JavaScript-based framework. In this course, students will:
- create a frontend with React
- create a backend with Node.js, Express and Mongo dB
- setting up a database with MongoDB to connect the frontend to the backend creating a full stack
The React, Express JS and Node.js combination provides tools to run web applications on both the client and the server side. Throughout the course, the students learn foundational security concepts and best practices pertaining to enterprise-quality web development, which are applied to secure end-to-end web applications from common cyber threats.
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Area III Major Requirements: 80 credits
Common Core: 32 credits
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Select One Emphasis: 48 credits
Emphasis in Comprehensive
Quarter Credits : 4
Quarter Credits : 4
This is the second course covering the in-depth process of the System Development Life Cycle (SDLC). This course focuses on development strategies, validation and verification testing, deployment, maintenance, and revision. Additional topics include quality management, fault tolerance, requirements feedback, and system assessment.
Quarter Credits : 4
This course is designed to provide students with a guide to future research in the field of information technology. The purpose of this course is to facilitate students moving into industry with an understanding of how to remain current in their field and to contribute in a research environment in further graduate study. The outcome of this course is a fundamental literature review and problem presentation suitable for further research and study.
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Choose two courses from the list below:
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
This course guides students through the development of enterprise-quality web applications using current web development frameworks. The course adopts a step-by-step approach by example to web application development using open-source technologies, including but not limited to, HTML5, CSS3, JavaScript, Node.js, a JavaScript-based framework. In this course, students will:
- create a frontend with React
- create a backend with Node.js, Express and Mongo dB
- setting up a database with MongoDB to connect the frontend to the backend creating a full stack
The React, Express JS and Node.js combination provides tools to run web applications on both the client and the server side. Throughout the course, the students learn foundational security concepts and best practices pertaining to enterprise-quality web development, which are applied to secure end-to-end web applications from common cyber threats.
Quarter Credits : 4
Quarter Credits : 4
Emphasis in Cybersecurity
This course covers fundamental techniques and methods of theory of computation and calculus as applied to information technology. The course utilizes the universal language of calculus to formulate and understand practical IT problems, utilizing examples and exercises pertinent to IT applications. The student gains computational knowledge and skills that are relevant and useful to IT professionals.
Quarter Credits : 4
Quarter Credits : 4
This course is designed to provide cybersecurity students with a guide to future research in the field of cybersecurity. The purpose of this course is to facilitate students moving into industry with an understanding of how to remain current in their field and to contribute in a research environment in further graduate study. This is a culmination of prior academic work and it is recommended that, at a minimum, the completion of all prior major common core curriculum courses be completed before taking this course. Students may opt to complete some, or all, of their major core courses before taking this course. The outcome of this course is a fundamental literature review and problem presentation suitable for further research and study focusing on topics pertinent to the field of cybersecurity.
Quarter Credits : 4
This course guides students through the development of enterprise-quality web applications using current web development frameworks. The course adopts a step-by-step approach by example to web application development using open-source technologies, including but not limited to, HTML5, CSS3, JavaScript, Node.js, a JavaScript-based framework. In this course, students will:
- create a frontend with React
- create a backend with Node.js, Express and Mongo dB
- setting up a database with MongoDB to connect the frontend to the backend creating a full stack
The React, Express JS and Node.js combination provides tools to run web applications on both the client and the server side. Throughout the course, the students learn foundational security concepts and best practices pertaining to enterprise-quality web development, which are applied to secure end-to-end web applications from common cyber threats.
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
This course is the first course in a two-course sequence on ethical hacking. An ethical hacker is a skilled professional who is proficient at examining vulnerabilities in target systems and applying knowledge and tools like those used by malicious hackers, but in a lawful and legitimate manner, to assess the security posture of target systems. The course covers the material needed to prepare for the Certified Ethical Hacker (CEH) certification from the International Council of E-Commerce Consultants (EC-Council). The course examines the specific network security discipline of ethical hacking from a technology-neutral perspective. In this first course, the student learns about threats, vulnerabilities, and exploitation techniques with computer systems, applications, and networks. The main topics covered include: cryptography, foot printing, scanning, enumeration, system hacking, malware, sniffers, and social engineering. The student gains knowledge through lectures and assignments, and hands-on experience through interactive practices, virtual-lab challenges and exercises that supplement the theory. The course assumes basic knowledge of network concepts and issues, computer hardware and software systems, as well as applications.
Quarter Credits : 4
Quarter Credits : 4
Cyber forensics goes beyond just analyzing computer hard drives or detecting intrusions to infrastructures. The term “cyber forensics” is the term adopted by the US Department of Defense, which indicates that the practice of forensics covers digital forensics, network forensics, and application forensics. The course is designed to be aligned with the common body of knowledge of the Computer Hacking Forensic Investigator Certification from the EC-Council. The course covers established digital forensics disciplines and new domains, such as mobile forensics. The course examines digital forensics techniques and procedures, standards and best practices, as well as legal considerations and ethics. The student learns how to obtain digital evidence that is accurate, complete, and dependable. The course also examines the application of the cyber forensics' competencies to different information security areas, such as e-discovery, malware analysis, and incident response. The course includes a direct component, which consists of demonstrations and virtual-lab assignments.
Quarter Credits : 4
Quarter Credits : 4
Emphasis in Management
ACC1001 is the first of a three-course sequence focusing on how stakeholders rely upon accounting information to assist them in their decision-making activities. ACC1001 introduces accounting as the "language of business" the tool used to communicate the effects of an organization's business activities on its income, financial position, and cash flows. The course provides an overview of the financial accounting system, including: the role of accounting in business; the format, content, and use of financial statements; the impact of transactions on the financial statements; the regulatory environment of accounting; and the accounting standard-setting process.
Quarter Credits : 4
Quarter Credits : 4
This course is designed to prepare students to organize and compose effective business correspondence and operations. Focus will be on various types of business communication encountered in management functions, including creating documents, preparing presentations, managing meetings, providing leadership, and building teams. The course will address both internal and external organizational communications as well as professional career preparation.
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Choose one course from the list below:
Quarter Credits : 4
Quarter Credits : 4
This course is designed to provide students with a guide to future research in the field of information technology. The purpose of this course is to facilitate students moving into industry with an understanding of how to remain current in their field and to contribute in a research environment in further graduate study. The outcome of this course is a fundamental literature review and problem presentation suitable for further research and study.
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4
Quarter Credits : 4