Those who wish to prepare for careers in computer network architecture or cloud computing might consider earning a Master of Science (M.S.) in Cloud Computing Architecture or an M.S. in Information Technology or Computer Science with a specialization in this field. Many universities that offer this program provide the opportunity to pursue it in an online environment. Here, you can read about admission requirements to these master's programs, as well as frequent classes that students earning this degree could take.
Master of Science in Cloud Computing Admissions
Those who are applying to M.S. in Cloud Computing Architecture graduate programs should first submit an application for admission, which might include a statement of purpose, resume, and recommendations. Applicants should then expect to provide undergraduate transcripts. Prospective students with a GPA of 3.0 or higher may be preferred, or provisional acceptance may be required. A background in information technology, such as an undergraduate major or several years of work experience, might be helpful for success in the program.
Students in M.S. in Cloud Computing Architecture graduate degree programs may enroll in required and elective courses. In addition to their courses, students may be expected to complete a capstone project, where they take on the role of a cloud architect and implement a range of features on a cloud platform. Some courses to which a student might expect to take include:
Distributed Computing Systems
In a course of this type, students may learn about the benefits of cloud computing, such as reliability and scalability. Specific technologies, such as SaaS and IaaS, might be reviewed. The architecture of distributed systems, including distributed data storage, load balancing, and redundancy, could be discussed.
Cloud Management and Services
Within a course of this nature, students may consider the changes that the cloud has made within a range of businesses and the benefits that it might bring. Students might examine procurement and contracting services, Request for Proposals, and the different technologies that arise in a cloud environment and how they are evaluated. Projects could include a proposal for migrating a business to a cloud-based platform.
Ensuring the security of cloud solutions is essential in developing appropriate software. A course of this nature may discuss how to ensure security in these systems from one end to another, including secure financial access, virtual local area networks, and backup recovery techniques. Students may also develop projects designed to develop a cloud security solution.
Cloud Computing Implementation
Those who will specialize in designing cloud systems must have a clear understanding of how to configure a cloud environment based on business specifications. In this course, students may be introduced to techniques to successfully design and deploy cloud systems. Students could work on specific, common issues in the implementation of cloud systems, such as availability and scalability.
Enterprise and Cloud Computing
A course in enterprise and cloud computing may provide an introduction to a range of administration and programming tasks in mainframe computers and middleware technologies. Specific topics might include Enterprise Java, conversational Monitoring Systems, transaction management, hipersockets, and writing scripts in REXX. Students could engage in frequent small-group projects designed to give them hands-on experience with analyzing and building solutions for enterprise concerns.
Global Network Regulation
Those who work with computer systems must have a thorough understanding of federal policies related to these technologies as well as individual business policies. A course of this kind might require students to analyze ways of developing network policies that align with laws as well as ensure that business needs are met. Specific considerations might be privacy policies as well as data breach notifications. Students may draft a network plan that complies with relevant laws.
Students seeking an M.S. in Cloud Computing Architecture will need to meet admission requirements, such as showing undergraduate coursework or professional experience in this topic. Upon enrollment, they might complete a range of courses to develop academic and hands-on experience with this topic.