Agoralaan C (BIOMED), B3590 Diepenbeek
JH dedicates about 50% of his time coordinating academic research in the Dynamic Bioimaging Lab, housed in one of UHasselt’s research institutes, the Biomedical Research Institute (BIOMED). The group has a multidisciplinary background: biophysics, biology, biochemistry, physical chemistry, biotechnology, biomedical sciences, nanotechnology allowing us to tackle pressing questions in the life sciences in multi-pronged ways. For most of his active research projects, he collaborates with other PI’s at BIOMED’s Neuroscience Department or at UHasselt’s Material Science Institute. One particular recently funded research project worth mentioning is called MultiScale. It is a collaborative effort of 6 UHasselt research groups around a new light-sheet microscope platform for large-sample tomographic imaging. Having BIOMED’s most international research team, JH represents BIOMED in UHasselt’s Internationalization Board to increase the international allure of our alma mater. Finally, he is a member of two relevant FWO International Scientific Research Networks: “Collective Optofluidic Dynamics” and “Protein folding/non-folding and dynamics”.
About 20% of his time JH spends on educational duties as Associate Professor in (mainly) the Biomedical Sciences program of UHasselt’s Faculty of Medicine and Life Sciences. In this program he is “the face of imaging”, from educating 1st Bachelor students about the wonders and workings of simple light microscopes, to Master level courses on NMR, EM, advanced fluorescence and clinical imaging. He is also Faculty board member, Exam committee member, Mediator Bachelor Medicine, and coordinates the Bachelor Research Internship (70-90 students per year).
Another 30% of his time JH spends on strategic tasks. First of all, JH founded in 2017 UHasselt’s first core facility, the Advanced Optical Microscopy Centre, which he strategically managed together with a colleague, and which provides training and help to academic researchers, but also frequently is engaged in full-service contract research to companies. Most recently, and because of his passion for technology, he was elected as member of BIOMED’s directory board as “the face of research infrastructure”, a function in which JH coordinates actions to better manage infrastructure at our institute using his experiences in core facility management and infrastructure grant management. He is also in the strategic board of Flanders BioImaging, a pan-Flanders consortium of 9 core facilites that recently is part of the Eurobioimaging European infrastructure consortium on microscopy, where we think about the future of optical microscopy management in Flanders (QCM, RDM, throughput, service, dissemination,…). Finally he is in the board of the Royal Belgian Society for Microscopy, an active member of the global FRET community, is vice-president of the Belgian Biophysical Society, and secretary of the Biological Fluorescence subgroup of the American Biophysical Society.
Timeline of past and current positions
The optimal acquisition settings of a microscope depend on the sample and on the research question. Will you need a super sharp image? Or the most sensitive detection? Or better yet, the fastest imaging speed? Settings that benefit one of these three properties, inevitably sacrifice the other. Microscopists refer to this as the 'Imaging Triangle'.
In fact, the Imaging Triangle is a perfect metaphor for being an academic leader, continuously balancing Family, Research and Education!