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Thibault Verhoeven

Head of Operations

Thibault Verhoeven is Head of Operations at Superlinear, guiding AI solution delivery across industries including aviation, manufacturing, and logistics. With a PhD in Machine Learning and Brain–Computer Interfaces from Ghent University, he has authored influential research in unsupervised learning and zero-calibration BCI, cited over 400 times. At Superlinear, Thibault spearheaded projects like the Brussels Airport AI-powered baggage-tracking tool—achieving 95% predictive accuracy and boosting customer satisfaction. As a Head of Operations, he aligns technical teams with business objectives to deliver impactful AI solutions. Thibault’s work bridges deep academic expertise and hands-on deployment of AI systems that improve operations and user experiences.

  • Operational leadership in AI consulting – Head of Operations at Superlinear, collaborating across 10+ sectors as a Solution Lead working with clients like Brussels Airport Company and CNH
  • Data science & machine learning – Led development of AI for baggage arrival time prediction at Brussels Airport: 95% accuracy and 90% user satisfaction
  • Academic roots & BCI research – PhD from Ghent University with 435 citations in brain–computer interfaces, machine learning, and business intelligence
  • BCI & unsupervised learning expert – Co-authored papers on unsupervised event-related potential decoding and zero-calibration BCIs, applied to seizure prediction and chess interfaces

Mijn expertise

• Operational leadership in AI consulting – Head of Operations at Superlinear, collaborating across 10+ sectors as a Solution Lead working with clients like Brussels Airport Company and CNH

• Data science & machine learning – Led development of AI for baggage arrival time prediction at Brussels Airport: 95% accuracy and 90% user satisfaction

• Academic roots & BCI research – PhD from Ghent University with 435 citations in brain–computer interfaces, machine learning, and business intelligence

• BCI & unsupervised learning expert – Co-authored papers on unsupervised event-related potential decoding and zero-calibration BCIs, applied to seizure prediction and chess interfaces

Toepassingsgebied/sector

  • Computerwetenschappen & IT
  • Industrie & logistiek

Organisatie(s)