Sixteen years at the boundary between hardware and software
Vision Over ComplexityRobotics & Embedded Systems Architect
When robotics projects become difficult because software, electronics and mechanics stop fitting together, I redesign the architecture that connects them.
- 60%
- Resources my clients saved with my solutions
- 30+
- Non-trivial challenges reframed and solved
- 16+ Y
- Experience devising custom solutions
FROM ACADEMIC RESEARCH TO INDUSTRIAL DEPLOYMENT
Research-grade rigor, real-world results
Grounded in 16+ years bridging industrial product development, academic research, and hands-on system architecture—including a six-year consulting engagement as Systems Integration & Validation Engineer and Robotics System Architect for NXP Semiconductors.
Robotics and Automation
Automate and control processes efficiently, maximizing precision and productivity. Multi-axis robotic control with kinematic abstraction for intuitive, coordinate-independent operation.
System Integration
Smooth, reliable interaction between devices, including legacy hardware, ensuring seamless communication across your systems.
Embedded Systems
Bringing your next devices to life, leveraging expertise in firmware hardware co-design to create dependable, connected solutions.
Complex System Architecture
Modularity is at the core of good complex system design, where hardware, firmware, and software seamlessly integrate into adaptable, reliable, long-lasting solutions.
The power of asking the right questions
Automation, judgment, and design in harmony
Sometimes it is necessary to step back and look at the system from a different perspective. That's when I sit down with a client and ask the questions nobody would dare ask. We might then come across a multi-disciplinary domain where mechanical, electronic, and software layers need connecting.
Together we can see blind spots, re-think architectures, and find simpler, smarter, more economical paths.
"One client was spending €6,000 per installation on obsolete robots. I proposed a leaner solution that saved 60% of costs and maintenance time."
Are you facing critical technical bottlenecks?