Keiser University’s Bachelor of Science degree in Cloud Engineering (BSCE) focuses on the emerging field of cloud technologies, services, and applications. The BSCE program prepares graduates with the technical skills and abilities for entry-level positions in cloud computing. The program provides an understanding of foundational principles, analytical processes, development and design of cloud technologies and addresses unique proficiencies needed for implementing, managing and maintaining vendor-neutral cloud systems. Topics include cloud models and services, network and platform infrastructure, deployment, architectural design & solutions, metrics, policy, security and compliance.
Program Objectives
The following objectives are designed to meet Keiser University’s mission and its objectives:
To provide students with an in-depth understanding of the fundamental design, technical, and structural models, and services of cloud computing initiatives so students will analyze real-world Cloud Computing problems and solve those efficiently and appropriate to its solution.
To equip students with the skills to develop, design, deploy, and optimize highly available, vendor-neutral cloud systems and technologies by applying cloud computing techniques, skills, and services necessary for business.
To facilitate students with learning to plan, monitor and maintain metrics and analytics processes across mission-critical enterprise solutions while providing opportunity to analyze the impact of cloud computing on individuals, organizations, and society to function effectively in a team environment.
To assist students with the ability to develop and implement policy, security, compliance and best practices in a network and cloud-based environment while exhibiting professional, ethical, legal, and secure behaviors and responsibilities.
To provide students with the skill sets to design, test and evaluate network infrastructures while applying best practices to secure cloud environments.
To prepare students for entry-level positions and potential advancement in the field of cloud computing and related digital networking industry.
To communicate effectively with a diverse range of customers and stakeholders while recognizing the need for and an ability to engage in continuing professional development.
To assist graduates in obtaining entry-level cloud, networking, security, and related positions.
Prerequisites for Major Courses
None.
Program Outline
To receive a Bachelor of Science degree in Cloud Engineering, students must earn 121.0 credit hours. Program requirements are as follows:
Lower Division Courses
Cloud Engineering Major Courses (36.0 credit hours)
Upper Division General Education (15 credits required)
Intermediate Statistics
3.0 credit hours
Critical Thinking
3.0 credit hours
Professional Writing
3.0 credit hours
Credit hours in parentheses indicate the required number of credit hours in each discipline.
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