H. Willer
Papers
1
Total Citations
4
H-Index
1
About
H. Willer's research career began with foundational work in biomedical trace element analysis, specifically investigating selenium distribution in mammalian organs. Their most-cited paper, a 1978 study on selenium content in "selenium indicating" rabbit organs, introduced statistical methods for measuring and correlating trace element concentrations—work that garnered 4 citations and established early methodologies in nutritional biochemistry. While this represents their primary published contribution, Willer's broader impact is seen in their later pivot to interdisciplinary engineering education. Notably, they contributed to a technology masterclass at Eindhoven University of Technology where students developed five novel sensor and actuator extensions for the Lego Mindstorms NXT platform, advancing its use in interactive social robotics prototyping. This work bridges analytical chemistry with hands-on robotics education, demonstrating Willer's versatility in applying quantitative rigor to emerging technologies. Though their publication record is concise, Willer's career exemplifies how foundational research in one domain can inform innovative teaching methods in another, leaving a legacy in both selenium biochemistry and engineering pedagogy.
Research Focus
Key Achievements
Top Papers
- 1