Whether you’re just getting started or advancing your knowledge, these student resources are built to support your journey. They help you obtain a deeper understanding of space systems and operations. From in-depth guides and walkthroughs to simulations and project tools, everything here is designed and developed in-house to help you make sense of the complex, fascinating world of space technology. Think of it as your launchpad for mastering mission planning, systems thinking, and real-world problem solving in the space domain.
Power-Thermal Trade
A power-thermal trade interactive graphic allows users to explore the relationship between power consumption and thermal management in space systems. Users can adjust parameters like power levels, heat generation, and cooling capacity. They can then visualize the impact of these changes on system performance and temperature regulation. This tool illustrates the balance needed to optimize power usage.
Subsystem Interdependency N² Diagram
A subsystem is a smaller part of a larger system. It works together with other subsystems to make the whole system function. Interdependency means that these subsystems rely on each other and affect one another. An interactive graphic showing subsystem interdependency helps students see how each part connects and depends on the others. For example, if one subsystem changes or stops working, it can impact the other subsystems and the overall system. This visual tool makes it easier to understand how all parts work as a team to achieve a common goal.
Trade Study Matrix: Mars Cubesat
A trade study matrix is a structured decision-making tool used in engineering. It helps compare multiple options against a set of criteria. It helps engineers evaluate and choose the best solution by breaking down complex decisions into smaller, manageable parts. The matrix typically lists alternatives in rows and evaluation criteria in columns. Each option is scored based on how well it meets each criterion, often weighted by importance. By analyzing the scores, engineers can objectively identify the most suitable design. This ensures informed and balanced decision-making throughout a project.
Risk Assessment Judgment Trainer
This self-paced training tool teaches you how to assess technical risks the way aerospace engineers do on real spacecraft programs. Rather than memorizing formulas, you’ll develop the judgment skills needed to evaluate likelihood and consequence across five realistic scenarios drawn from actual mission challenges—including reaction wheel failures, software timing problems, deployment mechanisms, interface control breakdowns, and last-minute material changes.