Through measurements, testing, and structured analysis, the underlying causes of variation and quality issues are identified — and you receive clear, prioritized action proposals that reduce waste, improve stability, and optimize raw material utilization.
Support throughout the entire development chain — from idea and prototype to verification and optimization. The focus is on function, durability, and resource‑efficient manufacturing, where material selection, design, and processes are developed to minimize waste and maximize the value of every unit of raw material.
With a journeyman’s certificate in cabinetmaking (1988) and a PhD in Forest Industrial Production Systems (2016), I combine over 30 years of practical wood processing experience with advanced experimental methods. I work on solving problems related to dimensional stability, resource efficiency, bond strength in glued joints, and delamination — always with a focus on robust, verified results.