Cloud Engineering
Cloud Engineering is a Bachelor Degree program offered by Keiser University in Sarasota, FL. The program takes 40 months to complete.
Program Overview
Keiser University’s Bachelor of Science in Cloud Engineering covers the full scope of what today’s cloud engineers need to know. From foundational networking and operating systems to advanced cloud architecture, cloud-based systems management, and cloud security, the curriculum builds knowledge progressively. Students work through vendor-neutral cloud environments, practice with cloud technologies used by industry leaders, and develop the technical skills to manage cloud infrastructure at scale. Courses in project management, data management, service management, and automation scripts round out the degree, preparing graduates to function across technical and non-technical stakeholder environments.
Request More Info Program MissionThe Bachelor of Science in Cloud Engineering program at Keiser University is committed to preparing students for dynamic careers in cloud computing by providing a comprehensive, hands-on education in cloud architecture, security, automation, and infrastructure management. Our mission is to equip students with the technical expertise, problem-solving skills, and professional competencies needed to design, deploy, and optimize secure, scalable, and vendor-neutral cloud solutions. Through a rigorous curriculum, industry-relevant training, and a focus on emerging cloud technologies, the program fosters innovation, ethical responsibility, and continuous professional growth. Graduates will be prepared to contribute effectively to the evolving technology landscape, supporting businesses and 218 organizations in their digital transformation efforts while upholding best practices in security, compliance, and cloud governance.
Program GoalsThe Bachelor of Science in Cloud Engineering program will:
- Equip students with a deep understanding of cloud computing architectures, platforms, and services, enabling them to design, deploy, and optimize vendor-neutral cloud solutions for various business needs.
- Provide students with hands-on experience in managing cloud networks, implementing security measures, and ensuring compliance with industry standards and best practices in cloud security and governance.
- Train students to build, manage, and optimize cloud-based infrastructure through automation, virtualization, and enterprise server administration to support mission-critical applications.
- Prepare students to analyze, troubleshoot, and resolve real world cloud computing challenges, ensuring high availability, scalability, and performance optimization of cloud environments.
- Enable students to effectively communicate technical concepts, collaborate in team environments, and engage in continuous professional development to advance in cloud engineering and related fields.
There are no prerequisites for major courses in the Bachelor of Science in Cloud Engineering program.
Program Highlights- Students complete hands-on coursework in cloud architecture, cloud platforms, and cloud automation and optimization.
- The program includes dedicated courses in cloud security and compliance, Linux security, and datacenter virtualization.
- Elective options allow students to explore DevOps in cloud environments, pursue an internship in computing, or complete a cloud computing capstone project for applied, career-forward experience.
Required and Optional Fees for Programs: Fees are costs set by the university in addition to tuition (and room and board, if applicable). These fees may be required for your program or optional depending on the courses you take, and they support the costs associated with completing an approved program of study. Fees are defined in the university’s catalog or supplement and listed on the school’s billing statement or invoice. Fees that are optional will not be paid using GI Bill® benefits and will be the responsibility of the student choosing these additional options. For additional guidance, please see your Program Director or Admissions Counselor.
Career Outcomes
Graduates of Keiser University’s Bachelor of Science in Cloud Engineering enter the workforce prepared for entry-level and advancing roles in cloud computing across industries including healthcare, finance, government, and technology. This degree program supports students seeking to work with cloud platforms such as Amazon Web Services, Microsoft Azure, and Google Cloud, as well as those pursuing industry certifications like the Cisco Certified Network Associate credential or cloud-specific exams. With a deep understanding of cloud infrastructure, cloud security, and automation tools, graduates bring technical expertise and practical skills that employers seek.
Career Pathways in Cloud Engineering
- Cloud Engineer
- Cloud Architect
- DevOps Engineer
- Cloud Infrastructure Administrator
- Systems Administrator
- Network Engineer
- Cloud Solutions
- Data Engineer
- Cloud Automation
- Engineer Information Systems
- Server Administrator
- IT Infrastructure Manager
Why Choose Keiser University
Gain Job-Ready Skills for a Cloud Engineering Career
- Technical skills in cloud security and access management
- Hands-on experience with cloud-based systems and platforms
- Familiarity with cloud infrastructure design and management
- Skills in automation and automation scripts
- Knowledge of cloud architecture principles and deployment models
- Data management and resource utilization strategies
- Project management and team collaboration skills
- Problem-solving techniques for complex cloud environments
Keiser University offers career-focused degree programs designed to support working adults, traditional students, and career changers. With on-campus, online, and hybrid learning options, experienced faculty, and comprehensive student support, Keiser helps learners achieve their personal and professional goals at all levels.
Request More InfoFrequently Asked Questions
Can I earn a cloud engineering degree online at Keiser University?
Keiser University’s Bachelor of Science in Cloud Engineering is available on-campus and in a hybrid format. Students across all formats receive the same quality instruction, faculty support, and access to program resources.
What skills will I develop in the cloud engineering program?
Students develop practical skills across cloud architecture, cloud security, cloud platforms, automation tools, and data management. The curriculum also builds project management and communication skills so graduates can work effectively across both technical and non-technical teams.
What cloud platforms and technologies does the program cover?
The curriculum covers vendor-neutral cloud systems and concepts applicable across major cloud platforms including Amazon Web Services, Microsoft Azure, and Google Cloud. Students also work with Linux systems, operating systems, network infrastructure, and DevOps tools as part of their technical training.
Can I transfer credits from another institution?
Yes, Keiser University accepts transfer credits for undergraduate and graduate-level programs. Our admissions team will work with you to review your transcripts and determine your transfer eligibility. Credits transfer based on several factors including accreditation and course equivalency. Learn more about credit transfer requirements and eligibility requirements
Does a cloud engineering degree prepare me for industry certifications?
The program builds the knowledge and technical skills needed to pursue industry certifications in cloud computing and networking. Coursework in cloud security, cloud platforms, and network infrastructure aligns with content covered in widely recognized certification exams, including those for the Cisco Certified Network Associate credential and cloud provider certifications.
Is financial aid available for students?
Yes. Students in this program may qualify for grants, scholarships, and tuition assistance programs. Military veterans may also qualify for education benefits. Speak with a dedicated financial aid counselor to explore all available options and create a plan that fits your situation. Learn more about Keiser University’s Financial Services.
How long does it take to complete the Bachelor of Science in Cloud Engineering?
Most students complete the Bachelor of Science in Cloud Engineering in approximately 40 months. Transfer credits may also reduce the total time to completion.
How much does it cost to earn a cloud engineering degree?
Tuition at Keiser University varies by degree program. Keiser offers financial aid, military and veteran benefits, scholarships, and tuition reimbursement to those who qualify. For more detailed cost information, please contact an admissions advisor. Get more information about Keiser University’s tuition and costs.
What courses does the cloud engineering program include?
The program covers a wide range of technical subjects including cloud architecture, cloud platforms, cloud automation and optimization, cloud policy, security and compliance, Linux security, enterprise server administration, database technologies, and datacenter virtualization. Students also complete coursework in networking, operating systems, and programming, along with general education requirements in mathematics, communications, and the sciences.
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Location
Accreditation
Keiser University is accredited by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC) to award associate, bachelor’s, master’s, and doctoral degrees. Learn more about Keiser University accreditation. While this program doesn’t require programmatic accreditation, the SACSCOC accreditation ensures Keiser University meets rigorous quality standards, which is crucial for students as it affects access to federal financial aid, the transferability of credits to other accredited schools, and recognition of degrees for graduate programs and employers. This accreditation signifies that the institution adheres to standards that ensure educational quality and institutional effectiveness.
Required Courses
| Name | Credits |
|---|---|
| Cloud Engineering Major Courses (36.0 credit hours) | |
| Service/Support PC Systems I | 3 |
| Service/Support PC Systems II | 3 |
| Essentials of Networking | 3 |
| Supporting Client Operating Systems | 3 |
| Implementing a Private Cloud | 3 |
| Implementing Directory Services | 3 |
| Implementing Network Infrastructure | 3 |
| Principles of Information Security | 3 |
| Web Systems | 3 |
| Multi-User Operating Systems | 3 |
| Programming for Technology Professionals | 3 |
| Essentials of Cloud Technology | 3 |
| Subtotal | 36 |
| General Education Courses (34.0 credit hours) | |
| American History Pre 1876 | 3 |
| American History Since 1876 | 3 |
| Political Science | 3 |
| Introduction to Psychology | 3 |
| Strategies for Success | 3 |
| Sociology | 3 |
| Subtotal | 18 |
| Communications (3.0 credit hours) | |
| Speech Communications | 3 |
| Subtotal | 3 |
| Computers (3.0 credit hours) | |
| Introduction to Computers | 3 |
| Subtotal | 3 |
| English (6.0 credit hours) | |
| English Composition I | 3 |
| English Composition II | 3 |
| Subtotal | 6 |
| Humanities/Fine Arts (3.0 credit hours) | |
| American Literature | 3 |
| English Literature | 3 |
| Subtotal | 6 |
| Mathematics (6.0 credit hours) | |
| College Algebra | 3 |
| Statistics | 3 |
| Discrete Mathematics and Probability | 4 |
| Subtotal | 10 |
| Natural Science (6.0 credit hours) | |
| General Biology | 3 |
| Advanced Biology | 3 |
| General Chemistry | 3 |
| Advanced Chemistry | 3 |
| General Physics I | 3 |
| General Physics II | 3 |
| Subtotal | 18 |
| Upper Division Cloud Engineering Major Courses (33.0 credit hours) Database Technologies | |
| Database Technologies | 3 |
| Cloud Architecture | 3 |
| Service Management for Cloud | 3 |
| Cloud Automation and Optimization | 3 |
| Linux Security | 3 |
| Enterprise Server Administration | 3 |
| Project Management | 3 |
| Cloud Platforms | 3 |
| Datacenter Virtualization | 3 |
| Cloud Policy, Security and Compliance | 3 |
| Monitoring Cloud Metrics and Analysis | 3 |
| Subtotal | 33 |
| Upper Division Electives (9 credits required) | |
| Management Information Systems | 3 |
| DevOps in Cloud Environments | 3 |
| Cloud Computing Capstone | 3 |
| Internship in Computing I | 3 |
| Internship in Computing II | 3 |
| Internship in Computing III | 3 |
| Subtotal | 18 |
| Upper Division General Education (15 credits required) | |
| Intermediate Statistics | 3 |
| Critical Thinking | 3 |
| Professional Writing | 3 |
| Subtotal | 9 |
| Program Total | 160 |
