Industry Veterans Join Si-Ware Systems to Advance Robotic Sensing
Leuven, Saturday 31 October 2026
Si-Ware Systems has appointed three sensor specialists to equip autonomous machines with spectral analysis capabilities, enabling robots to identify physical materials and chemical properties in real time.
Leadership Injection to Drive Physical AI Integration
The deeptech specialist Si-Ware Systems has formally added Dr Ingmar Bruder, Dr Celal Mohan Ögün, and Dr Stefan Metz to its executive and technical senior ranks [1][2]. The appointments bring collectively over 60 years of technical and commercial expertise in advanced sensing, miniaturised spectroscopy, and market deployment [1][2]. Dr Bruder previously founded and directed trinamiX GmbH, an arm of chemical multinational BASF that spearheaded near-infrared spectroscopy and biometric imaging solutions, while Dr Ögün directed consumer spectroscopy development and Dr Metz oversaw trinamiX’s consumer electronics and imaging business across Asian markets [1][2]. Dr Ögün joins as Senior Director of Advanced Technology & Innovation [3]. These appointments will direct Si-Ware’s development pipeline toward physical artificial intelligence, integrating micro-scale spectral sensors into robotic platforms and automated hardware to evaluate chemical presence and material properties autonomously [1][2].
Commercial Acceleration and Transatlantic Scaling
This management expansion comes on the heels of key strategic steps across Si-Ware’s operating footprint, following the establishment of its United States headquarters and Physical AI Innovation Center in Austin, Texas, alongside the recruitment of Dr Luis Sentis as Scientific Advisor [1][2]. Commercial chief Mostafa Medhat pointed out that the business has spent more than two decades commercialising spectral sensing technologies [1], setting the foundation for broader industrial and consumer deployment. The newly appointed executive team is tasked with guiding institutional clients through the engineering journey from early micro-electro-mechanical systems (MEMS) evaluation to scaled commercial deployment [2], targeting high-value sectors such as automated agricultural sorting, consumer electronics, and industrial recycling [GPT].
Strategic Autonomy across the Semiconductor Value Chain
The evolution of single-chip micro-spectrometers reflects broader structural shifts across the semiconductor value chain [GPT]. Upstream capital equipment leaders such as ASML and ASM International have driven advancements in lithography and atomic layer deposition, making the fabrication of integrated photonics and sub-millimetre sensor dies increasingly viable at industrial scale [GPT]. Within Europe, public-private photonic ecosystems such as PhotonDelta are actively channelling capital into integrated photonics design and foundry capacity [GPT]. By coupling proprietary optical architectures with volume semiconductor manufacturing techniques, European deeptech specialists reinforce regional supply chain resilience and strategic technological autonomy [GPT]. As advanced sensing converges with robotics and edge compute, the integration of European micro-optical innovation into physical AI architectures ensures essential intellectual property remains competitive across critical international markets [GPT].