Alex Van Lanschot – Duke University

Academic Focus

Research & Projects

  • Alexander bridges hardware and software to create intelligent systems that think, sense, and respond — from autonomous drones to advanced medical devices.
  • “Tracking Climate Change with Satellites and AI” was one of his featured and succesful research projects at Duke University
  • At Duke, Alexander contributed to “AI Meets Satellite Imagery: A New Strategy for Monitoring Climate Change,” a Bass Connections research initiative that used artificial intelligence and satellite data to improve the detection and understanding of global environmental change.
  • On the Duke Graduates profile, his listed activities include:
    • Participation in the Duke Cyber‑Physical Systems Lab (CPSL) working on projects such as adaptive deep brain stimulation for Parkinson’s disease, autonomous navigation with Crazyflie drones, and a simulator for Type 1 diabetes.
    • Involvement in a program under the umbrella of Bass Connections called Tracking Climate Change through Satellites and AI.

Extracurricular and Laboratory Engagement

  • His engagement with the CPSL indicates active work at the interface of embedded systems, AI, robotics, and medical/health-related applications. The CPSL at Duke focuses on high-assurance design of cyber-physical systems combining hardware, software, control, autonomy, and human-machine interaction.
  • Through his work, he appears to occupy a “maker-engineer” space: building prototypes, integrating sensors, and combining hardware and software — aligning with his stated interest in “bridging hardware and software to power real-world impact.”