Space Systems & Satellite Engineering
supports the full lifecycle of satellite systems and space research missions, across a broad range of mission profiles and system complexities.
- Capabilities include:
- Mission concept development and system architecture
- Satellite system design and systems integration
- Payload accommodation and interface definition
- Subsystem engineering and integration management
- Engineering, qualification, and validation support
- Ground segment and data architecture planning
- Mission operations concept and readiness planning ASTI’s approach is platform-agnostic, enabling support for a wide range of orbital, scientific, and technology-driven missions.
Atmospheric & Environmental Research Systems
ASTI designs and implements systems supporting atmospheric and environmental research initiatives. Capabilities include:
1 Atmospheric monitoring and observation systems
2 Environmental sensing and data acquisition architectures
3 Remote sensing data integration and analytics
4 Scientific modeling and interpretation frameworks
5 Applied research system deployment
Applied Technology & System Integration
ASTI applies system-level engineering methodologies to implement complex technology solutions supporting research and institutional missions. Capabilities include:
• Engineering and system-validation environments
• Embedded and onboard computing architectures
• Sensor integration and data-processing systems
• System verification and validation planning
• Technology adaptation, scaling, and sustainment
Program & Implementation Support
ASTI provides structured support across all phases of science and technology initiatives. Capabilities include:
• Program and project structuring
• Requirements development and traceability
• Engineering documentation and configuration control
• Verification, validation, and assurance planning
• Knowledge transfer and operational handover
