Integrating Electro-Optical Systems for Space Exploration Training by Tonex
This intensive three-day workshop bridges the gap between Electro-Optical Space Systems Engineering and Optical Systems Engineering, providing comprehensive insights into the integration, analysis, and deployment of optical systems for space applications. Participants will explore the intricacies of optical payloads, free-space optics, and component integration, delving into advanced topics like stray light analysis, laser diode drivers, PCB design for space, space qualification processes, and optics mounting techniques.
Learning Objectives:
- Understand Optical Payloads: Gain in-depth knowledge of the design, functionality, and integration of optical payloads in space systems.
- Master Free-Space Optics: Learn about the principles, challenges, and applications of free-space optical communication.
- Integrate Optical Components: Acquire skills in integrating various optical components to form coherent systems.
- Conduct Straylight Analysis: Analyze and mitigate stray light to improve system performance.
- Design Laser Diode Drivers: Understand the specifications and design intricacies of laser diode drivers suitable for space conditions.
- Implement PCB Design for Space: Learn the best practices in designing and manufacturing PCBs that meet space qualification standards.
- Understand Space Qualification: Comprehend the processes and tests required for space qualification of optical systems.
- Practice Optics Mounting: Explore methods and challenges in mounting optics for space applications.
Target Audience:
- Systems Engineers in aerospace and optical fields
- Optical and Electro-Optical Engineers
- Spacecraft Designers and Integrators
- Research and Development personnel in space technology
- Academics in Aerospace Engineering and Optical Sciences
Training Modules:
Day 1: Foundations and Optical Payloads
Module 1: Introduction to Electro-Optical and Optical Systems for Space
- Overview of optical systems in space applications
- Electro-optical systems in the context of space technology
Module 2: Optical Payloads Design and Integration
- Design considerations and integration challenges
- Case studies of successful optical payloads
Day 2: Components, Integration, and Analysis
Module 3: Free-Space Optics and Optical Components Integration
- Principles of free-space optical communication
- Integration of optical components in space systems
Module 4: Straylight Analysis and Laser Diode Drivers
- Techniques for stray light analysis and mitigation
- Design and selection of laser diode drivers for space applications
Day 3: Design, Qualification, and Mounting
Module 5: PCB Design and Space Qualification for Optical Systems
- PCB design principles for space applications
- Space qualification processes and standards for optical components
Module 6: Optics Mounting Techniques and Workshop Conclusion
- Mounting solutions for optical systems in space environments
- Recap of key workshop content and closing discussions