System & Control Architecture
- Mission needs & requirements
- Control architecture & modes
- Sensor & actuator sizing / selection
- Performance allocation & budgets
About
Independent Control Systems Engineering & Consulting
I help organizations design, analyze and validate high-performance control systems for demanding engineering applications. With more than 15 years of experience in spacecraft Guidance, Navigation and Control (GNC/AOCS), I provide independent engineering consulting across the complete system lifecycle, from concept definition to operational support.
My background is rooted in spacecraft GNC/AOCS, where precision, robustness and reliability are essential for mission success. My work combines rigorous engineering methodologies with practical implementation to help organizations reduce technical risk and deliver reliable, high-performance control systems.
While my experience has been built through demanding space missions, the engineering methodologies I apply are transferable to many other high-precision dynamic systems, including precision mechatronics, optical systems and advanced motion control.
Photo Coming Soon
Core Expertise
Dynamics, Modelling & Simulation
- Dynamic system modelling
- Multi-rate system simulation
- Disturbance & sensitivity analysis
- Performance & trade studies
Control, Estimation & Precision Pointing
- Classical & advanced control
- State estimation & sensor fusion
- Stability, robustness & frequency-domain analysis
- Precision pointing & LOS performance
Verification, Commissioning & Operations
- V&V strategy & requirements compliance
- SIL, HIL & system-level testing
- Commissioning & performance validation
- Anomaly & root-cause investigation
Engineering Philosophy
I believe successful control systems are built through disciplined engineering rather than isolated algorithms. Every project begins with understanding the mission objectives, translating them into engineering requirements, developing a robust architecture, and systematically demonstrating performance through analysis, modelling, simulation and verification.
This end-to-end approach connects requirements, design and verification, and has been applied throughout demanding space missions from early development through commissioning and operations.
Areas of Collaboration
Spacecraft AOCS / GNC
Precision Pointing Systems
Optical & EO Payload Performance
Simulation, Integration & V&V
R&D & Technology Development
Flexible Dynamics & Jitter
How I Work
I work as an independent engineering partner, collaborating with customer teams or providing objective external expertise where needed. Whether supporting a focused technical review or contributing across the project lifecycle, my approach remains the same:
Independent
Objective, evidence-based engineering judgement.
Practical
Rigorous engineering balanced with practical implementation.
Collaborative
Working closely with customer and multidisciplinary engineering teams.
Traceable
Decisions and recommendations backed by requirements, analysis and verification evidence.