An attempt to relieve stress world-wide.Development of the artistic "MagicArt Relax" mobile app for iOS and Android, which offers 9 stunningly beautiful and visual pleasing works of Digital 3D ART, with relaxing music.After a short moment the eye starts to follow the emerging patterns of colours and movement, effectively shutting down the brain from compulsory thoughts, resulting in deep relaxation.Each work of ART comes in 4 variations, totalling 36 mesmerising, relaxing 3D visual animations.Relaxing at home or on Bus, Train and long Flights !Time flies while watching !Soon available on App Store & Google PlayWatch, Listen & Relax

Co-developed the iPad App LOFT for NedSense, which later became Rooomy, in which a 2D photo of a room is turned into a 3D representation, allowing to visualise how new furniture, drapes, or decorations would look like in the room.

Development of OGL (pronounced Oggel), a components and OpenGL based, extremely fast portable windowing system, with support to handle the display and fluent manipulation of thousands of images in virtual 2D and 3D space, in real time. It allowed non-experts to create visually impressive imaging applications with ease and little effort.This was used as the visualisation front-end for the MultiMediaN research project, involving multiple universities, TNO institute of Technology, Dutch Rail (NS) and the Netherland Forensic Institute (NFI), as well as being used for the University of Amsterdam image and video indexation research (Impala), which won many international competitions.

I started my own company named SkilledVisions, to offer myself as problem solver for companies, which had run into troubles when their project(s) turned out too difficult to handle by themselves.Not without pride, I can claim to have solved all posed problems successfully.If there is a solution I will find it!

Principal designer of SCIL-Image, the at that time revolutionary new image processing environment, that became the standard in the Netherlands and beyond, allowing many universities, firms and institutions to effectively work together on image processing problems and solutions. Also adopted and integrated into their system by Philips Medical Systems.Excerpts of "Letter of recommendation"by Prof.dr.ir. A.W.M. Smeulder, Professor of Computer Science, Sensory Systems + Professor of Biology, Biological Informatics, faculty of Mathematics and Information Technology, University of Amsterdam:...I know him as the most talented system designer I have met so far.....To keep him motivated, I have sent him to projects too difficult to handle at Philip's Medical Systems division and TNO-TPD Institute of Applied Physics signal processing department. He came back with success....

Development of Pathology Image Processing Environment (PIPE) based on the C interpreter I developed as a Medical Informatics biology student.With it, I developed a mitosis detection cancer diagnostic system, steering a motor controlled video based autofocus microscope, allowing for fully automated analysis of biological specimen, such as cervical smears. The system would detect and store images of suspected cells and cells in mitosis, allowing a pathologist to view them and on demand relocating the cell in the specimen for closer inspection.