Mission-proven engineering methodologies
From space to high-precision control systems.
Helping organizations reduce technical risk and develop reliable high-performance control systems through system engineering, modelling, simulation and verification.
Mission Goals
Requirements
Architecture
Modelling
Algorithms Design
V&V
Operations
Services
From concept to operations, I provide independent engineering and proven methods to de-risk complex control systems and deliver mission performance.
End-to-end control system development from mission needs and requirements through architecture, modelling, algorithm design, V&V and commissioning.
Independent assessment of control architecture, modelling, algorithms, stability, robustness, implementation and verification evidence.
ECSS-aligned pointing performance analysis, allocation and traceable error budgets for spacecraft and precision pointing systems.
High-fidelity modelling and simulation for control system design, performance assessment, trade studies and verification.
Control system verification and validation from requirements and test planning through system-level verification, commissioning and performance assessment.
Structured investigation of control system anomalies using models, simulation, test results and operational data to identify root causes and corrective actions.
Objective and vendor-neutral engineering support.
Methods and tools to drive mission performance.
Industry best practices and tailored solutions.
From short reviews to full project support.
Technical project page coming soon
Modular multi-rate simulation environment for AOCS architecture development, control and estimation design, performance analysis and verification.
Technical project page coming soon
End-to-end simulation linking spacecraft motion and pointing performance to image quality, geolocation and mission-level performance.
Case study in preparation
ECSS-based pointing performance and error budget tool for requirements allocation, contributor modelling, sensitivity analysis and performance assessment.