Embedded Systems Innovations by TNO
located at the High Tech campus of Eindhoven
HTC 25
5656 AE Eindhoven
The Netherlands
Gerrit Muller <gaudisite@gmail.com>
Name: | Gerrit Jan Muller |
Date of birth: | 29-12-1956 |
Married state: | married, 2 children (1988, 1990) |
see thesis written by my late wife Lia for a much more in depth psycho social case description of a foster child |
2020 | Merittert underviser ("Excellent Educator") University of South-Eastern Norway |
2020 | INCOSE Fellow |
2019 | Industry Master program in Systems engineering wins Utdanningskvalitetsprisen for høyere utdanning 2019 (Education quality award for Higher Education) |
Secundary school: | Atheneum B, final exam 1974 |
University: | Physics, University of Amsterdam |
Masters exam: | Experimental Physics april 1979, 2 year stage in High Energy Physics, minors informatics and electronics |
PhD: | Faculty TPM Delft, June 7, 2004 |
Thesis: CAFCR: A Multi-view Method for Embedded Systems Architecting; Balancing Genericity and Specificity |
January 2008 - present | full professor Systems Engineering, University of South-Eastern Norway and Senior Research Fellow, Embedded Systems Innovations by TNO |
January 2003 - December 2007 | Senior Research Fellow, Embedded Systems Institute and Philips Research |
April 2002 - December 2002 | Fellow architect, Philips Research |
May 1999 - December 2002 | Philips Research |
Main project: SW productivity for Philips Semiconductors | |
Consultant, coach, moderator within research and for Philips Semiconductors and Philips Medical Systems | |
March 1997 - May 1999: | Manager system engineering, ASML in Veldhoven. |
Jan 1998 - May 1999: | Advisor NatLab Philips, at the Software Architecture group. |
1991-1997 | System architect and groupleader systeem architecture at ICS (Integrated Clinical Solutions), Philips Medical Systems in Best. ICS develops medical workstations and integration technology for medical systems. Software is a dominating tecnhnology in these products. The Easyvision workstation is one of the first large scale applications of Object Oriented Software. |
1982-1991 | System architect en groupleader systeem architecture MRI scanners (Magnetic Resonance Imaging), Philips Medical Systems in Best. MRI-scanners are very complex systems. I worked amongs others the design of real time data acquisition, reconstruction, image processing, and the more generic software and computer design. |
1980-1982 | Computer architect of the VDU-Y (Video Display Unit) for CT scanners and Oncology Support Systems, Philips Medical Systems in Best. This video display unit performed all number crunching, was programmed in firmware on a bitslice processor, amongst others image processing, graphics generation, support for treatment planning algoritmes, compression and decompression. Due to its performance and open setup this design is succesfully reused in MRI scanners, Nuclear Medicin workstations and an X-ray workstation. |
1981 | X-ray architect, Philips Medical Systems in Best. This was a short break during the VDU-Y development. |
April - December 1979 | Promovendus High Energy Physics, NIKHEF in Amsterdam. Design and research of the application a parallel processing system for triggering and data reduction of experiments in Hamburg and Geneva. |
1978 - 1979 | Kandidaatsassistent at the faculty High Energy Physics, UVA in Amsterdam |
Cursussen:
Presentations, docent:
Hobbies: