www.buildingsandcities.org/about/niklaus-kohler.html
Niklaus Kohler
Dr Niklaus Kohler is an architect and researcher. He worked in R&D in both the building industry and academe. His PhD was on Global Energy Consumption of Buildings during their Life Cycle. From 1978 to 1992 he directed research projects in the material science department (performance of materials) and the physics department (energy simulation) at Swiss Federal Institute of Technology Lausanne (EPFL). He was member of the steering committee of three national technology transfer programs (Impulsprogramme).
He is an Emeritus Professor and past-Director of the Institute of Industrial Building Production (ifib) at Karlsruhe Institute of Technology (formerly University of Karlsruhe). After retirement, he was a senior lecturer at ETH Zurich and a guest professor at Tianjin University, China. He was President of the Scientific Council of the CSTB (France) and member of steering committees of research programs and scientific institutions in Germany, France, Switzerland, UK, Sweden, Austria, China. His main research domains are:
- Life cycle analysis of buildings and building stocks
- Application of Information Technologies in comprehensive, distributed design
Latest Commentaries
Building Performance Evaluation in Education – Why Not?
Building performance evaluation (BPE) is a process to understand how buildings perform in use and how inhabitants interact with their buildings. BPE can harness these insights to improve building design, operation and use. Paradoxically, BPE is rarely part of the curriculum for education of designers, buildings and managers. Fionn Stevenson (independent scholar) considers why BPE / post-occupancy evaluation is not being taught to architecture students in the UK and how to mainstream BPE in education and practice.
Freedom from Stress is Symptomatic of Death
Marcel Schweiker (RWTH Aachen University) and Richard de Dear (University of Sydney) discuss the neutrality fallacy and resilience. They explain why indoor environments do not need to be stress free in order to support their occupants’ resilience.