The MS in Computer and Information Technology courses are offered in a rolling format, 100% online, that lets you progress through the program at your own pace. Courses are offered in an eight-week format for greater flexibility, so you can complete the required 34 credit hours (30 if you’re already certified Business Analyst or PMP certified ) in 12 months to 5 years.
Concentration: Business Analysis IT
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CNIT 53000 BAE - Business Analysis Essentials: Students learn the foundational knowledge needed to effectively perform skills, techniques, methods, and processes used by the Business Analysis profession and based on the Business Analyst Body of Knowledge (BABOK) and PMI Professional in Business Analysis (PMI-PBA). Course not required for students who can document IIBA certification.
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CNIT 53100 RMA - IT Requirements Analysis & Modeling: Students learn how to effectively model and analyze stakeholder requirements in order to define a workable solution.
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CNIT 53200 EA - IT Enterprise Analysis: Students learn how to identify and define business needs and define solutions to satisfy those needs. In addition the areas of problems definition and analysis, business case development, and feasibility studies will be covered.
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CNIT 53500 ABA - Advanced Topics in IT Business Analysis: This course is designed to acquaint the student with the newest advances and techniques in business analysis as well as dealing with contemporary issues affecting BA process. Best practices, use of social media, cultural awareness and virtual teaming techniques are covered.
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CNIT 57000 BDA - IT Data Analytics: Students learn decision strategies, Big Data concepts, plus Business and data analytics through the use of statistical inference, regression, predictive analytics, and data mining. Students will have "hands-on" opportunities through the use of a tool such as "R", (an open source domain specific language (DSL) to assist in those efforts.
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CNIT 58100 CBA - CBAP and PBA Certification Prep: Students learn the requirements for obtaining CBAP and PBA certification as well as learn study tips and exam taking tips, and have the opportunity to take practice certification exams. Course not required for students who can document IIBA certification.
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CNIT 58100 PQM - Project Quality Management: Develop an understanding and the ability to apply change management, configuration management and formal change control processes. Understand process management and business process reengineering and develop a knowledge of change management work products.
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CNIT 58100 PRM - Risk Management: Learn to understand and apply qualitative and quantitative risk management techniques and perform risk-based simulations. Understand disaster planning and business continuity and develop techniques to effectively accomplish both.
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CNIT 58500 PCM - Organizational and Change Management for IT Projects: Understand the application of a project management framework, select and apply the best practices, learn the necessary artifacts to initiate, plan, execute, control and close projects. Effective use of PM tools to manage projects.
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CNIT 58600 RMP - IT Requirements Management: Explore the requirements management lifecycle. Develop abilities to elicit and document user requirements in a manner to assure project success. Understand the processes of requirements validation, verification and traceability. Develop a knowledge of requirements management tools for effective use.
Concentration: IT Project Management
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CNIT 55100 EPM - IT Economics: Develop an understanding of contracts and the management of contractors and subcontractors. Gain the tools to effectively understand and use IT economic work products and select best practices in contract management and IT economics, leading to effective decision making.
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CNIT 55300 QMX - IT Quality Management: Understand maturity models such as CMMI and OPM3; quality assurance and its control and application; quality improvement methods and techniques such as Six Sigma, TQM and CPI; and application of quality management work products. Develop the ability to select and apply best practices and tools in quality management.
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CNIT 58000 ATP - Advanced Topics in IT Project Management: Covers effective management of global and troubled projects. Understand importance of cultural awareness and diversity and contemporary issues that affect project management. Learn about the effective use of social media in project management. Select and apply best practices in virtual teaming.
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CNIT 58100 ITS - IT Security Management: Understand current security technologies and the different types of security (operating system, network, database and information). Learn to develop and manage security policies and procedures and understand cryptographic and biometric security methods. Discuss computer crime and the importance of incident reporting and security auditing and training.
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CNIT 58100 PMP - Project Management Professional (PMP) Certification Prep: Understand PMI's PMBOK and prepare for taking PMI's PMP certification. Course not required for students who can document PMP certification.
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CNIT 58100 PRM - Risk Management: Learn to understand and apply qualitative and quantitative risk management techniques and perform risk-based simulations. Understand disaster planning and business continuity and develop techniques to effectively accomplish both.
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CNIT 58200 EST - IT Estimating-Scheduling-Control: Learn how to build a better business case, effectively using sound estimating strategies. Effectively perform cost management and develop project schedules using advanced project management techniques. Develop the ability to select and apply best practices for project estimating, scheduling and control.
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CNIT 58300 PPM - IT Program & Portfolio Management: Learn program and portfolio management versus project management. Gain a knowledge of project governance. Understand the project management office (PMO) and strategies for implementation. Understand project management information systems (PMIS).
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CNIT 58500 PCM - Organizational and Change Management for IT Projects: Understand the application of a project management framework, select and apply the best practices, learn the necessary artifacts to initiate, plan, execute, control and close projects. Effective use of PM tools to manage projects.
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CNIT 58600 RMP - IT Requirements Management: Explore the requirements management lifecycle. Develop abilities to elicit and document user requirements in a manner to assure project success. Understand the processes of requirements validation, verification and traceability. Develop a knowledge of requirements management tools for effective use.
Concentration: Data Literacy Visualization and Analysis
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CNIT 57000 BDA - IT Data Analytics: Students learn decision strategies, Big Data concepts, plus Business and data analytics through the use of statistical inference, regression, predictive analytics, and data mining. Students will have "hands-on" opportunities through the use of a tool such as "R", (an open source domain specific language (DSL) to assist in those efforts.
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CNIT 58100 - Data Analysis: This course examines Data Analytics tools useful for analyzing data sets to 1) ask better questions regarding the data and 2) find answers to those questions in order to improve decision making. Inherent in this process, students will gain an understanding of the uncertainty that exists whenever decisions about an entire population are made based upon a sample drawn from the population. This course will utilize a highly interactive, action-oriented series of assignments to engage students and help them develop the skills and confidence needed to analyze their own data sets.
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CNIT 58100 - Data Governance: This course is a study of enterprise information governance concepts. This includes functions of governance to control the management, quality, security, privacy, and stewardship of data that comes in contact with an organization; topics also include policies, process, technology, and regulations that makeup an enterprise information governance framework solution.
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CNIT 58100 - Data Literacy: This course examines concepts, models and methods useful for applying data analytics in technical environments. Focusing on Hypothesis generation, the capturing, storage and expression of data for research analysis. This course will utilize a highly interactive, action-oriented agenda engaging students in hands on competency-based assignments.
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CNIT 58100 - Database Fundamentals: This course will study the concepts behind a relational database and the use of Structured Query language (SQL) to define, manipulate and control the database. The course will include discussion of database design, and SQL scripting to access a database.
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CNIT 58100 - Enterprise Data Management: This course examines advanced database design techniques and physical issues relating to enterprise-wide data management. Topics include advanced design concepts, enhanced modeling and constructs, unstructured and semi-structured data in databases, data management, implementation of an enterprise data architecture, and data quality.
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CNIT 58100 - Information Security Governance: This course introduces information security fundamentals, issues, and terminology that allow the student to have informed conversations with security teams, other technical teams, and their colleagues. The student will learn how to assess risk in order for their organization to improve security defenses and reduce vulnerabilities. In addition, the student will learn about common security frameworks, and the laws and regulations that dictate how organizations implement security controls. And finally, the student will learn about security governance and the steps required to create a cyber security strategy for an organization.
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CGT 57500 - Data Visualization: This course introduces modern visualization, techniques and methods useful for applying data analytics in technical environments. This will be achieved by focusing on a storytelling methodology to drive students to form effective communication styles for their data.
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MGMT 67000 - Business Analytics: Introduction to quantitative decision procedures under uncertainty. Applications of descriptive statistics, probability models, simulation models, interval estimates, and hypothesis testing to management problems. Managerial-oriented cases are used in instruction.