Join us for an in-depth webinar series on Space Mission Analysis and Design. Explore the fundamental aspects of space mission analysis and design.
Each session will focus on a crucial aspect of space missions, providing you with a comprehensive understanding of launch-to-orbit modeling, vehicle design, and space operations.
This series is ideal for aerospace engineers, mission planners, and space enthusiasts looking to deepen their knowledge in the following areas:
The session will cover digital engineering, DRMs, and MBSE in space missions, featuring Sanford Friedenthal on applying MBSE with a FireSat example, followed by JJ Vergere discussing Ansys solutions.
This webinar covers satellite communications, starting from a ground station link and advancing to digital engineering techniques, including phased arrays, interference, and space environment factors.
Payloads are crucial for space missions, especially in observation. This webinar covers selecting sensors for wildfire detection and the importance of modeling payloads in their mission environment.
Explore how design validation and verification strategies during the implementation phase of these complex systems can substantially reduce space mission risk.
The operations phase of the space mission life cycle is the culmination of the mission team’s efforts in designing and building the required hardware and software. We will reveal how digital engineering techniques and artifacts from previous life cycle phases can support operations and the desire for automated and interactive workflows.
We'll explore the design of space vehicles and how it necessitates a comprehensive understanding of thermal, fluid, and structural domains to evaluate mission success criteria. Learn how high-fidelity computer simulation can impact these physics domains and their interactions on vehicle design – critical for achieving operational mission success.
In this webinar we will discuss trajectories from launch to orbit. We’ll discuss where and when high-fidelity modeling is necessary and how the orbit will impact the overall mission.
