Advancement in space mission planning technology
online webinar: 23.05.2023
Comprehensive, free webinar about space mission planning engineering simulation. To what extent will you learn about solutions?
- Estimating risks and uncertainties in project implementation
- Transparency and clarity of complex mission planning concepts and execution of projects within the assumed time norms
- Use of previously developed solutions, without generating additional costs
What do we offer?
120 minutes
of practical knowledge
5 experts
classes conducted live
online
flexible formula
free trial
for attendees
Why take part in the space seminar?
The premise of the meetings is to impart knowledge on a range of issues in the context of mission planning engineering. The practical sessions will address how to make better decisions in particularly complex projects, the success of which depends on the correct operation of many interdependent components. Participants will learn a range of approaches to build a numerical model in terms of both simplified engineering methods and elaborate multiphase models.
An important and widely appreciated aspect of the class is also the acquisition of skills to create reliable visualizations that improve communication with superiors or customers. It is worth knowing that this type of presentation of materials in many companies is required and treated as standard.
- Assimilate the principles of mission engineering—how to plan and execute space missions. Participants will learn the key planning steps, common problems and methods for solving them.
- Optimize processes—how to use tools to optimize space mission design and planning processes, and how to identify areas that can be optimized to increase efficiency and reduce costs.
- Increasing efficiency—through the webinar, participants will gain knowledge of the latest technologies and practices related to mission engineering. As a result, they will be able to increase the efficiency of their operations and make more informed decisions.
Example of a collector generated in Ansys STK
Mastering Space Mission Planning
Accurate mission planning at the digital stage is extremely important. This fact alone puts pressure on engineers and managers to achieve better and better results. That’s why the role of computer simulations at the stage of R&D work is constantly growing. The use of numerical methods makes it possible to test ideas in a virtual space that does not generate costly batch losses and speeds up the development of solutions and prototypes.
The lecturer, “Advancements in Space Mission Planning Technology,” offers a cross-cutting approach to issues related to this topic. It guarantees that participants in this meeting will acquire useful skills for their work.
Who is this webinar for?
MISSION
Space system and mission engineers
LEADER
Technical department leaders
R&D
Research and development engineers
Seminar agenda
Speech 1
10:00 – 10:20
Maciej Ginalski - Welcome speech
Speech 2
10:20 – 10:50
Przemysław Turos - Support for the design and operation of satellite systems using Digital Mission Engineering methods
- Integrated mission modelling environment
- Selection of orbits, analysis of communication systems, scanners’ performance and impact on the space environment
- Support for satellite operations and flight safety
Speech 3
10:50 – 11:10
Michał Ałaszkiewicz - Overview of spacecraft Thermal Control
- Thermal environment in mission planning
- Thermal control design through simulation and test correlation
- Managing temperature uncertainty
Speech 3
11:10 – 11:30
Maciej Konacki - Space safety
- Challenges in detecting, tracking and cataloging space object populations.
- The contemporary state of the space security domain.
- Activities in the field of optical detection and characterization of space debris.
Speech 4
11:30 – 11:50
Leszek Rudniak - Satellite Thermal Analysis with ANSYS STK & Thermal Desktop
- Thermal Desktop: Comprehensive Thermal Simulation Tool for the component and system level
- Thermal Desktop and STK integration to enable connection from Satellite thermal to mission metrics
- Example how coupling STK&Thermal Desktop works
Speech 5
11:50 – 12:10