Exploring how modern platforms are designed, secured, and operated in real-world environments
This interest group supports a deeper understanding of how modern technology platforms are designed, implemented, and maintained, with an emphasis on foundational systems thinking and scalable cloud and infrastructure environments.
You will focus on architecture decisions, tradeoffs, and operational habits that apply across providers and real organizations.
Sessions emphasize clear demonstrations, guided discussion, and practical exercises that reinforce what you learn in courses and labs.
Topics align with the expectations of infrastructure, cloud, and operations roles, including reliability, security basics, and professional documentation.
This in-person design studio brings students together to explore how modern cloud platforms are planned, structured, and evaluated in real organizational contexts. Participants work through a realistic cloud architecture scenario, examining requirements, constraints, security considerations, and scalability goals while developing and refining a proposed solution.
Across multiple guided sessions, students engage in architectural reasoning, collaborative discussion, and professional design review, gaining practical insight into how cloud and infrastructure decisions are made in practice. The studio is open to interested students and serves as a capstone experience for those enrolled in the Intro to Cloud Computing course.
This opening design studio introduces how cloud service models translate into real infrastructure decisions. Participants analyze a realistic scenario, identify constraints, and begin shaping a cloud solution through guided discussion and collaborative planning.
Participants focus on identity and access design, applying least-privilege principles and security reasoning to their proposed architectures. The session emphasizes how access decisions affect security, operations, and long-term scalability.
The final session features an open review and showcase of cloud architecture solutions. Participants present design decisions related to availability, resilience, security, and cost, followed by discussion and feedback in a professional, studio-style setting.
Each session follows a consistent, guided format so participants know what to expect and can engage confidently, regardless of prior cloud experience.
Each session begins with a brief overview of the design scenario and its constraints. Participants are guided through the technical and organizational context so everyone understands the goals before design work begins.
Participants explore design options together, discussing service models, architecture considerations, and tradeoffs. Discussion is facilitated to connect ideas to real-world cloud practices.
Students sketch architectures, outline decisions, and document reasoning individually or in small groups. Work is conceptual and design-focused rather than code-heavy.
Sessions conclude with informal design reviews, questions, and reflection. Participants learn from different approaches and gain insight into how cloud decisions are evaluated in practice.
Guided and collaborative, with opportunities to ask questions, contribute ideas, or observe and learn.
None. Optional self-paced resources are provided for students who want additional background.
A clearer understanding of cloud architecture thinking, professional design reasoning, and real-world decision-making.
No prior cloud experience is required. Participants may attend one or multiple sessions, observe quietly, or actively contribute based on their comfort level.
These optional, self-paced resources support students who want to strengthen foundational knowledge or explore cloud and infrastructure concepts independently. All resources listed below are publicly available and free to access.
Hands-on, self-paced learning paths covering cloud fundamentals, infrastructure concepts, and introductory architecture topics through short modules and guided labs.
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Introductory learning resources focused on cloud concepts, service models, and architectural fundamentals using concise lessons and visual explanations.
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Self-paced modules introducing cloud concepts, infrastructure components, identity basics, and operational considerations with clear, beginner-friendly explanations.
→Join meetings, learn the fundamentals, and develop habits that support long-term growth in infrastructure and cloud-focused roles.