Fundamentals of Space System Architecture and Design

Designing systems for space requires balancing complex engineering constraints, high development costs, and long-term mission uncertainty. This text-based course provides a structured framework for analyzing and designing space system architectures. You will learn how to transition from mission concepts to concrete architectural decisions using systematic, modern engineering methodologies. By completing this course, you will understand how to evaluate complex trade-offs, manage architectural uncertainty, and apply concurrent engineering principles to space missions. You will gain the analytical tools needed to design flexible systems that can adapt to changing policy and technological environments. What you'll learn: - Understand the foundational concepts of space system architecture and the lifecycle of space missions - Analyze architectural tradespaces using multi-attribute utility theory to find optimal system configurations - Apply integrated concurrent engineering principles to accelerate the early design phase - Design for uncertainty and flexibility to ensure long-term mission viability and resilience - Evaluate policy, economic, and product development constraints that influence architectural choices - Structure complex technical requirements into coherent system-level specifications The course begins with essential terminology and the core principles of space systems engineering before guiding you through tradespace exploration, concurrent design workflows, and modern risk management strategies. Each module offers clear explanations and practical design scenarios to solidify your understanding. This course is designed for aspiring aerospace engineers, systems engineers, and technical project managers who are new to space system architecture. No prior background in astronautical engineering is required. Start reading today to master the fundamentals of modern space system design.