The project runs by Nvidia Corp to help companies to use Nvidia graphic cards and GPU units to accelerate their calculations. Nvidia offers my company to Nvidia customers with the demand of CUDA to help them porting algorithms. 50+ companies contacted and got advice form my company and me personally. Each contact has different duration, for example, just 20 hours of CUDA teaching, or 800 hours of CUDA software development, so, in total it was ca. 50+ mini-projects.
I am the team lead of chemical composition sesor - the device that measure in-situ chemical composition, 2d flow speed and temperature af most liquids with wide temperature and pressure range.
This project successfuly land to mass-production stage now, and hardware is already available for preorders.
My main role in this project was general managements, and organization of the project with partial ownership in past.
Regulary discuss and consult main german test stand company Dietz Automation GmbH in the field of signal processing, microcontrollers and FPGA.
I managed to build good team that build an excelent system - the ground penetrating radar for deep up to 1km exploration.
We demonstated the first prototype already in 2011 on several german and european excibitions and publiched several papers about this technology. Starting from 2013 the system was already by our customers, mainly in coal and mineral industry.
The key technology if this system was combine data collection portable device (1GHz multichannel ADC, 1200Megawatt pulse transmitter), portable and energy efficient supercomputer (24TFlop/s sustained performance) and appropriate software.
My main role was to organize and control the development by 12 experts in embedded area, supercomputing, high voltage epectronics, hjgh-frequency ADC, FPGA and get working device.
A short term project for production optimizartion of polyesters, based on optimal chemical physical parameters (temperature profile, component injections, etc).
My role was to organize overall management, necessary data collection, run numerical simulations, contact and organize groups that modify component in chemical reactor, and situate during final start of new modified process.
Since I was involved in other long term project at the same time, I was unable to continue this project for further similar activities.
As the team lead I participated in the test expertise of MeO gas sensors that was developed in by NXP in 2014. NXP build sensors itself however have no knowledge how to measure odours and deliver information about the concentration and composition. Since my team had already experience with similar topic NXP invited me with our team to build test stand for measurements, perform measurements itself and finally tune the firmware and incorporate necessary numerical algorithms inside the MeO sensors so that it can measure almost everything. I was responsible for overall project success, participating in every corner of this project because we have very short project timeline, and finally, by the Feb 2015 got and deliver the results, that was higly desirable for NXP.
Organization of test environments, test software and development of algorithms for MeO gas sensors.
During this project I successfully organize development and participate myself in the development of numerical algorithm for optimal diamond generation that is ca. 1000 times faster than other known allgorithms. It gives my customer strong advantage compared to other to make prediction and estimation of optimal diamond shape (ad indeed its real price) at real time.
During that time I participated in several projects running at Robert Bosche GmbH as the team lead and R&D lead researching and developing mathematics, algorithms and numerical implementation for the following projects:
01/2006 - 2015
Kunde: GeoRadars
Rolle: Project manager and Research Director
Aufgaben
2012-2013
Kunde: DL
Rolle: Senior software architect and research lead
Aufgaben
2006-2012
Kunde: Boltzmann
Aufgaben
2005-2011
Kunde: NMR
Aufgaben
weitere Projekte gern auf Anfrage
Doktorand beim Moskauer Forschungsinstitut für Numerische Mathematik der Moskauer Staatlichen Universität. Arbeit an der Dissertationsschrift zum Thema: ?Algebraische Strukturen und parallele Berechnung von Hartree?Fock Gleichungen?, Note 1,0
Diplomarbeit zum Thema: “Globale Operationen für Massiv-parallele Rechner”, Note: 1,0.
Diplomarbeit zum Thema “Anwendung der Methoden der Molekularmechanik für die Vorhersage der chromato-graphischen Zerlegung von Enantiomeren”, Note: 1,0.
Managementerfahrung
Parallel Programmierung
Embedded
Text Processing
Applications area
Key software knowledge
System Administration
Frontend Skills
Scripts
CUDA/GPU
Routing
Interfaces
Environments
Beruflicher Werdegang:
2008-11 - jetzt
Freiberufler
10+ Projekten, Projektliste bei [URL auf Anfrage]
2002-11 - 2008-10
Rolle: Junior-Professor (C1)
Kunde: Universität des Saarlandes
1999-09 - 2002-10
Rolle: Postdoktorand
Kunde: Universität des Saarlandes
1999-02 - 1999-08
Rolle: Postdoktorand
Kunde: Chalmers Tekniska Högskola
Einsatzort: Göteborg, Schweden
1995-05 - 1996-02
Halbtagstätigkeit in der russischen Filiale von ?Elegant Mathematics Inc. USA?, tätig als Projektmanager in Bereich Parallelrechner
1994-03 - 1995-04
Halbtagstätigkeit in der russischen Filiale von ?Elegant Mathematics Inc. USA?, tätig als wissenschaftlicher Forscher und Programmierer für die Parallelrechner
Referenzen, Patente und Publikationen auf Anfrage
Seit Ende 2023 bin ich Project Investigator eines der Teams (übrigens
das einzige deutsche Team), das derzeit und bis 2027 am bekanntesten
amerikanischen Wettbewerb für Militärmedizin teilnimmt, der von der
DARPA organisiert wird.
Da meine Beteiligung an diesem Wettbewerb etwa 20-30% meiner Zeit in
Anspruch nimmt, kann ich den Großteil meiner Zeit Ihrem Projekt widmen.
Ich bin Experte für numerische Mathematik, Computer Vision und
Signalverarbeitung und habe an Projekten mitgewirkt sowie Projekte
geleitet, die die Entwicklung komplexer Systeme, wie z.B. ein
Drohnenschwarm-System mit vollständig automatischer Steuerung ohne
Operatoren, beinhalten.
Ich bin sehr vertraut mit dem Patentrecht und bin nicht nur Mitautor von
fünf US-Patenten, sondern war auch als Patentanwalt für diese Patente
tätig und habe deren Einreichung und Verteidigung beim USPTO
durchgeführt.
Ich bin Autor von über 20 wissenschaftlichen Veröffentlichungen mit einem Gesamtzitationsindex von über 1000 Zitaten.
Darüber hinaus beherrsche ich die wichtigsten Programmiersprachen
C/C++/CUDA/Fortran und habe Grundkenntnisse in vielen verwandten
Programmiersprachen (JavaScript, Bash, Python, HTML).
The project runs by Nvidia Corp to help companies to use Nvidia graphic cards and GPU units to accelerate their calculations. Nvidia offers my company to Nvidia customers with the demand of CUDA to help them porting algorithms. 50+ companies contacted and got advice form my company and me personally. Each contact has different duration, for example, just 20 hours of CUDA teaching, or 800 hours of CUDA software development, so, in total it was ca. 50+ mini-projects.
I am the team lead of chemical composition sesor - the device that measure in-situ chemical composition, 2d flow speed and temperature af most liquids with wide temperature and pressure range.
This project successfuly land to mass-production stage now, and hardware is already available for preorders.
My main role in this project was general managements, and organization of the project with partial ownership in past.
Regulary discuss and consult main german test stand company Dietz Automation GmbH in the field of signal processing, microcontrollers and FPGA.
I managed to build good team that build an excelent system - the ground penetrating radar for deep up to 1km exploration.
We demonstated the first prototype already in 2011 on several german and european excibitions and publiched several papers about this technology. Starting from 2013 the system was already by our customers, mainly in coal and mineral industry.
The key technology if this system was combine data collection portable device (1GHz multichannel ADC, 1200Megawatt pulse transmitter), portable and energy efficient supercomputer (24TFlop/s sustained performance) and appropriate software.
My main role was to organize and control the development by 12 experts in embedded area, supercomputing, high voltage epectronics, hjgh-frequency ADC, FPGA and get working device.
A short term project for production optimizartion of polyesters, based on optimal chemical physical parameters (temperature profile, component injections, etc).
My role was to organize overall management, necessary data collection, run numerical simulations, contact and organize groups that modify component in chemical reactor, and situate during final start of new modified process.
Since I was involved in other long term project at the same time, I was unable to continue this project for further similar activities.
As the team lead I participated in the test expertise of MeO gas sensors that was developed in by NXP in 2014. NXP build sensors itself however have no knowledge how to measure odours and deliver information about the concentration and composition. Since my team had already experience with similar topic NXP invited me with our team to build test stand for measurements, perform measurements itself and finally tune the firmware and incorporate necessary numerical algorithms inside the MeO sensors so that it can measure almost everything. I was responsible for overall project success, participating in every corner of this project because we have very short project timeline, and finally, by the Feb 2015 got and deliver the results, that was higly desirable for NXP.
Organization of test environments, test software and development of algorithms for MeO gas sensors.
During this project I successfully organize development and participate myself in the development of numerical algorithm for optimal diamond generation that is ca. 1000 times faster than other known allgorithms. It gives my customer strong advantage compared to other to make prediction and estimation of optimal diamond shape (ad indeed its real price) at real time.
During that time I participated in several projects running at Robert Bosche GmbH as the team lead and R&D lead researching and developing mathematics, algorithms and numerical implementation for the following projects:
01/2006 - 2015
Kunde: GeoRadars
Rolle: Project manager and Research Director
Aufgaben
2012-2013
Kunde: DL
Rolle: Senior software architect and research lead
Aufgaben
2006-2012
Kunde: Boltzmann
Aufgaben
2005-2011
Kunde: NMR
Aufgaben
weitere Projekte gern auf Anfrage
Doktorand beim Moskauer Forschungsinstitut für Numerische Mathematik der Moskauer Staatlichen Universität. Arbeit an der Dissertationsschrift zum Thema: ?Algebraische Strukturen und parallele Berechnung von Hartree?Fock Gleichungen?, Note 1,0
Diplomarbeit zum Thema: “Globale Operationen für Massiv-parallele Rechner”, Note: 1,0.
Diplomarbeit zum Thema “Anwendung der Methoden der Molekularmechanik für die Vorhersage der chromato-graphischen Zerlegung von Enantiomeren”, Note: 1,0.
Managementerfahrung
Parallel Programmierung
Embedded
Text Processing
Applications area
Key software knowledge
System Administration
Frontend Skills
Scripts
CUDA/GPU
Routing
Interfaces
Environments
Beruflicher Werdegang:
2008-11 - jetzt
Freiberufler
10+ Projekten, Projektliste bei [URL auf Anfrage]
2002-11 - 2008-10
Rolle: Junior-Professor (C1)
Kunde: Universität des Saarlandes
1999-09 - 2002-10
Rolle: Postdoktorand
Kunde: Universität des Saarlandes
1999-02 - 1999-08
Rolle: Postdoktorand
Kunde: Chalmers Tekniska Högskola
Einsatzort: Göteborg, Schweden
1995-05 - 1996-02
Halbtagstätigkeit in der russischen Filiale von ?Elegant Mathematics Inc. USA?, tätig als Projektmanager in Bereich Parallelrechner
1994-03 - 1995-04
Halbtagstätigkeit in der russischen Filiale von ?Elegant Mathematics Inc. USA?, tätig als wissenschaftlicher Forscher und Programmierer für die Parallelrechner
Referenzen, Patente und Publikationen auf Anfrage
Seit Ende 2023 bin ich Project Investigator eines der Teams (übrigens das einzige deutsche Team), das derzeit und bis 2027 am bekanntesten amerikanischen Wettbewerb für Militärmedizin teilnimmt, der von der DARPA organisiert wird.
Da meine Beteiligung an diesem Wettbewerb etwa 20-30% meiner Zeit in Anspruch nimmt, kann ich den Großteil meiner Zeit Ihrem Projekt widmen.
Ich bin Experte für numerische Mathematik, Computer Vision und Signalverarbeitung und habe an Projekten mitgewirkt sowie Projekte geleitet, die die Entwicklung komplexer Systeme, wie z.B. ein Drohnenschwarm-System mit vollständig automatischer Steuerung ohne Operatoren, beinhalten.
Ich bin sehr vertraut mit dem Patentrecht und bin nicht nur Mitautor von fünf US-Patenten, sondern war auch als Patentanwalt für diese Patente tätig und habe deren Einreichung und Verteidigung beim USPTO durchgeführt.
Ich bin Autor von über 20 wissenschaftlichen Veröffentlichungen mit einem Gesamtzitationsindex von über 1000 Zitaten.
Darüber hinaus beherrsche ich die wichtigsten Programmiersprachen C/C++/CUDA/Fortran und habe Grundkenntnisse in vielen verwandten Programmiersprachen (JavaScript, Bash, Python, HTML).