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Master of Science
Cloud Computing Systems

Cloud Computing Systems
Master of Science
AT A GLANCE
  • 30 credits
  • 6 Transfer Credits Accepted
  • All courses are available online
  • Select on-site and hybrid courses available
TUITION
  • $336 per credit hour
    (Europe & Downrange)

See our Tuition Rates page for details.

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Earn a Hands-On Cloud Computing Degree

Gain skills and hands-on experience in some of today’s most advanced cloud technologies with an online cloud computing systems master’s degree from University of Maryland Global Campus. Network with classmates and learn from faculty working in the field as you prepare for leadership roles in the design of and transition to cloud-based systems. With online courses built for the working professional, UMGC also offers scholarships, financial aid, an interest-free monthly payment plan, and no-cost digital materials in place of most textbooks to help make your education as affordable as possible.

This online master’s degree program curriculum is designed with input from industry leaders, resulting in up-to-date course content that is aligned to industry certifications in cloud and network computing. The program is built for individuals looking to advance their careers in cloud computing, network architecture, IT project management, and more, and will provide you with critical technical skills, as well as skills in management and communication.

Here are a few of the benefits of joining this graduate program:

  • Work on industry-relevant, hands-on projects using state-of-the-art cloud and networking tools such as AWS, Azure, and GCP.
  • Explore training and online learning opportunities with our AWS Academy membership.
  • Use an accelerated pathway to reduce your coursework for this program, saving you time and money.
  • See if you are eligible to join Upsilon Pi Epsilon, an international honor society for the computing and IT disciplines.
  • By completing four elective courses, you may be able to earn a graduate-level certificate in cyber operations; cybersecurity management and policy; cybersecurity technology; business analytics; or digital forensics and cyber investigation. 

This program requires a total of 30 credits. You’ll take 15 credits of core courses, 12 elective credits, and a 3-credit capstone.

Required Core Courses 

  • (3 Credits, CLCS 605)
  • (3 Credits, CLCS 615)
  • (3 Credits, CLCS 625)
  • (3 Credits, CLCS 635)
  • (3 Credits, CLCS 645) 

Elective Courses

Take four 3-credit elective courses (outlined under Select Cloud Computing Elective Courses) for a total of 12 credits.

Capstone Course

  • (3 Credits, CLCS 690)

  • You must maintain a GPA of 3.0 or higher at all times.
  • All degree requirements must be fulfilled within five consecutive years.
  • Any transfer credits must have been earned within the five-year time frame to be applied toward a graduate degree.

Please review our overview of overall master's degree requirements for additional considerations.

Please note: You may not apply more than 12 credits toward this program from transfer credit or alternative sources of credit, such as the methods outlined in this section.

Accelerated Pathway

If you completed your undergraduate degree at UMGC with a major in cybersecurity technology, an accelerated pathway between UMGC's graduate and undergraduate degree programs in this field may allow you to reduce your total coursework for this program by up to 6 credits.

Related Graduate Certificate

Completing the coursework for the graduate certificate in cloud computing and networking may allow you to earn a credential while getting a 12-credit head start on this master’s degree program.

Gain Career-Focused Experience in Cloud Computing

Cloud computing is an in-demand and fast-growing field. This program is designed to prepare you to take on technical and management roles in large-scale cloud migrations. Coursework emphasizes critical skills in network engineering, communication, business, financial management, and more. 

Our high-level, practicing faculty members contribute to and update the curriculum regularly with a focus on helping students achieve the following:

Lead a Team
Collaborate with teams and individuals, applying leadership skills to achieve organizational objectives.
Communicate Effectively
Communicate clearly in writing and speaking, ensuring alignment with the content, purpose, and audience.
Analyze Needs
Analyze an organization's infrastructure needs to enhance processes, effectiveness, and strategy.
Perform Analyses
Apply logical processes and quantitative analysis to break down complex issues and make sound decisions.
Assess Technology
Assess cloud and network technologies, including network protocols, cloud and network services, cloud deployment models, virtualization and other underlying technologies.
Examine Risk & Compliance
Examine legal, regulatory, statutory, and compliance considerations and mitigate risks and security issues surrounding cloud adoption.
Design Infrastructure
Manage the processes involved in planning and design of a cloud infrastructure and implement cloud infrastructure design.
Review Operations
Oversee aspects of cloud infrastructure operation, maintenance, and disposition

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Practice Real-World Skills in Your Cloud Courses 

Throughout the curriculum, your instructors will assign coursework that is designed to help you sharpen real-world skills and gain experience that you can apply right away. In past courses, students have chosen the following assignments to complete required course assignments:  

  • Develop a cloud deployment architectural plan for the design and implementation of the BallotOnline cloud solution based on the IT business requirements of the company.  
  • Develop a networking plan (including cloud automation tools, auto-scaling, load-balancing, and resource monitoring) that will allow BallotOnline to create an isolated virtual cloud networking environment.  
  • Prepare a cloud migration plan to migrate from one cloud platform to another cloud platform.
  • Prepare cloud development and deployment strategies through the integration and migration of cloud services.
  • Develop cloud infrastructure solutions that align with a company’s organizational needs.
  • Configure cloud networks working automation, orchestration, and cloud optimization techniques to enhance operational efficiency.