300

This course provides a thorough and detailed description of cloud computing concepts, architectures and technologies. Computational science is changing to be data-intensive. Supercomputers must be balanced systems, not just CPU farms but also petascale I/O and networking arrays. In the future, working with large data sets will typically mean sending the computations (programs) to the data, rather than copying the data to the workstations. This reflects the trend in IT of moving computing and data from the desktops to large data centers, where there is on-demand provision of software, hardware and data as a service. This data explosion has promoted the idea of cloud computing. Cloud systems presented include the public clouds: Google AppEngine, Amazon Web Service, Facebook, SalesForce.com and many others.

In this course we will define the attributes of a project, the steps involved in the project management process, the benefits of project management, the project life cycle, and what makes projects successful. The key roles of the Project Manager will be presented. The student will obtain knowledge, skills, tools, and techniques to satisfy the expectations of the project stakeholders. Knowledge areas presented will include project planning, definition of scope, estimating and controlling of time and costs, quality assurance, human resource management, the creation, collection, and distribution of information, risk management, and procurement.

This course indtroduces students to Six Sigma which is one of the most highly evolved quality management methodologies. Six Sigma provides a framework for quality management that ensures companies are achieving the highest level of quality.

Database concepts and design; database administration, relational and object-oriented database systems and models; Internet database access; and use of database software.

This course provides a broad overview of the threats to the security of information systems, the responsibilities and basic tools for information security, and the levels of training and expertise needed in organizations to reach and maintain a state of acceptable security. Students will also learn about contemporary management theories and concepts applied to information security.

This course presents methods to properly conduct a computer forensics investigation, beginning with a discussion of ethics while mapping to the objectives of the International Association of Computer Investigative Specialists (IACIS) certification. Students should have working knowledge of hardware and operating systems to maximize their success on projects and exercises throughout the course.

This course provides a detailed description and high level understanding of various operating systems to comprehend the techniques employed by attackers to compromise information systems.  All current operating systems used for physical and virtual machines will be discussed in this course. The course will provide hands-on opportunity to students to install, optimize, and compromise various operating systems.

This course will focus on operations coordination within a firm and will gradually make the transition to include inter-function, inter-firm, and international coordination. The role of supply chain intermediaries are discussed. Specific modules will focus on retail operations and the role of supply chain intermediaries, e.g., distributors and sourcing agents. The impact of incentives and marketing imperfections, and the changing impact of the Internet and other information technology on supply chain operations are emphasized.

This course provides exposure to strategies that help formulate and execute an effective outsourcing strategy. Current trends in business process outsourcing (BPO) will be analyzed to determine an effective outsourcing model in accordance with the organization's mission, objectives, and capabilities.