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Medical Physics and Metrological Information Technology

Division 8

Developing measuring methods and measuring procedures in medicine is one major task of Division 8. Furthermore, the other is information technology - from mathematical modelling and software testing to the approval of gaming machines.

Head of Division

Tobias Schaeffter studied electrical engineering and computer science at TU-Berlin until 1993 and obtained his PhD degree in magnetic resonance (MR) spectroscopic imaging at University Bremen (Prof. Leibfritz) in 1996. From 1996-2006, he worked as a Principal Scientist at the Philips Research Laboratories in Hamburg (Germany). He was responsible for the development of new MR-acquisition and reconstruction techniques as well as investigation of MR-compatible devices. He managed the clinical evaluation and product integration of industrial research.

In April 2006, Professor Schaeffter took up the post as the Philip Harris Professor of Imaging Sciences at King’s College London. A major aim of his research is the investigation of fast and quantitative imaging techniques for cardiovascular applications with a strong focus on translation of biomedical engineering into clinical practice. From 2012 to 2015, he was department head of biomedical engineering and the deputy head of the division in imaging sciences. He taught in the BSc and MSc programmes of Biomedical Engineering. As director of the EPSRC doctorial training centre in medical imaging he was responsible for the PhD training programme between King’s and Imperial College London.

Since 2015 he heads the Division 8 of Medical Physics and Metrological Information Technology at Physikalisch-Technische Bundesanstalt (PTB) in Berlin, where he is responsible for the development of new quantitative measurement and reference techniques in medicine. He is the co-Spokesman of the doctoral training centre in quantitative Imaging of biophysical parameter BioQic at Charité Berlin. Since 2019 he also a Professor in Biomedical Imaging at Technical University Berlin and the Einstein Centre Digital Future.

Research Areas 

  • Medical Physics, Biomedical Engineering, Imaging Sciences, Data Science
  • Magnetic Resonance Imaging (MRI)
  • Reference Methods and physical Standards (phantoms)
  • Interventional and Cardiovascular MRI
  • Quantitative MRI
  • Simultaneous PET-MRI
  • Clinical Translation

Publications 

ORCID iD iconorcid.org/0000-0003-1310-2631

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Curriculum Vitae

CV

DepartmentsDepartments

Colloquium

 

 

 

 

 

Colloquium of Division 8

„Medical Physics and Metrological IT“

 

 

Location:

Physikalisch-Technische Bundesanstalt, Institut Berlin,

Abbestraße 2-12

10587 Berlin (Charlottenburg)

 

Contact:

annett.weiland(at)ptb.de , Tel.: (0049 30) 3481 7254,

English: bjoern.brinkmann(at) ptb.de Tel.: (0049 30) 3481 7668

The aim of the colloquium is the inderdisciplinary exchange between fundamental and application-oriented research in the fields of medical physics and metrological IT. The colloquium hopes to support a dialogue between researchers, clinicians and representatives of industry. To this end, experts from various disciplines are invited to relay new theoretical and experimental approaches, and to discuss mutual fields of research from differing viewpoints. The colloquium is open to all PTB employees and guests.

 

Programme 2018:

January 28
11:00

Lecture hall, HvH-building

Dr. rer. Nat. Wojciech Samek, Head of Machine Learning Group, Fraunhofer Heinrich Hertz Institute Berlin:

„Interpretable Deep Learning“

February 19
11:00

Lecture hall, HvH-building

Prof. Dr.-Ing. Sven Grundmann, Institute of Fluid Mechanics, University of Rostock, Germany:

“MRI-based Fluid Flow Measurements for Engineering Sciences - Accurate and Precise Measurement of 3D Flow Velocities“

March 26
14:30
Lecture Hall, HvH-building

Dr. rer. nat. Stefan Haufe, Charité-Universitätsmedizin Berlin, Center for Advanced Neuroimaging:

“Probabilistic Source Modeling, Simulation, Validation and interpretation in Functional Neuroimaging“

April 23
11:00
Lecture Hall, HvH-building

Prof. Dr. Thomas M. Deserno, Peter L. Reichertz Institut für Medizinische Informatik der TU Braunschweig und der Medizinischen Hochschule Hannover, Leiter Standort Braunschweig:

“Computational Electrocardiography“

July 2
11:00 or 16:00
Conference room (310), Siemens building

 

July 30
11:00 or 16:00
Lecture Hall, HvH-building

 

August 27
11:00 or 16:00
Lecture Hall, HvH-building

 

September 24
11:00 or 16:00
Lecture Hall, HvH-building

 

October 22
11:00 or 16:00
Conference room (310), Siemens building

 

November 26
11:00 or 16:00
Lecture Hall, HvH-building

 

December 17
11:00 or 16:00
Lecture Hall, HvH-building

Tasks

Improvement in accuracy and reliability of

  • measuring methods and testing procedures in medicine for quality assurance in diagnostics and therapy
  • information processing components of scientific, industrial, and consumer protection oriented metrology.

Medical physics: Development of new measuring techniques and testing procedures for medical diagnostics, in particular laser-assisted measuring techniques, NMR-tomography and -spectroscopy, magneto cardiography and -encephalography (PTB Biomagnetic Center in Berlin), development and calibration of testing devices and reference materials.

Metrological information technology: Quality assurance for the use of information-technological means in metrology, especially in data acquisition , storage and processing. The area of work covers hard- and software problems as well as mathematical problems, the focuses being methods of digitizing, interfaces, communication components, software quality assurance, databases, numerical modelling and mathematical algorithms of measurement data processing, including relevant testing methods and tools. Pattern evaluation of cash gaming machines and voting machines in accordance with legal regulations.

 

 

News

Spectral color measurement is a fundamental application in many fields of industry. Common procedures employ spot color measurement devices by which a complete spectral determination of object surfaces is possible only with large effort. Multispectral line scan cameras offer, however, the potential to record the complete reflectance spectrum of a measurement surface in real time with the aid of a...

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