The Cloud Computing 301C is a 30-credit, year-three minor course designed to provide a comprehensive, hands-on introduction to advanced cloud technologies and professional practices.  As a minor, it’s structured to deliver maximum practical value through six distinct 5-credit modules.  The curriculum progresses from designing complex multi-cloud and hybrid architectures to implementing critical security, automation and governance frameworks, preparing students for the real-world demands of managing enterprise cloud environments. The course’s learning approach is highly practical, centered on building and optimizing cloud solutions.  Students will learn to design multi-cloud architectures and manage workloads across different providers, tackling challenges like vendor lock-in.  A strong emphasis is placed on technical skills, including advanced cloud networking, security engineering and Infrastructure-as-Code (IaC).  Students will gain experience with tools for automation, performance optimization and implementing zero-trust security models, which are essential for modern cloud professionals. The course culminates in a Capstone Project, where students must design and deploy a complete, enterprise-grade cloud application.  This final project integrates all the skills learned—from advanced networking and automation to governance and economics.  The capstone serves as a practical demonstration of a student’s ability to build a robust, secure and cost-effective cloud solution, providing a strong portfolio piece to showcase their expertise in the field.