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1.5.2017 : 8:20 : +0200

Curriculum Vitæ - Charles L. Werner

Name: Charles L. Werner
Profession: Engineer, Dr. phil. nat.
Responsibility: Vice-president of Executive Board and Senior Project Scientist

 

Key Qualifications
The main experience of C. Werner is in the design, construction, applications of SAR systems as well as the development of SAR processing and SAR interferometric software. Currently he is very active in SAR interferometric data processing and the development of applications of single-pass as well as repeat- pass SAR interferometry for topographic mapping, differential motion, land-use classification, and the retrieval of geophysical and biophysical parameters over land (including forestry, agricultural, and hydrological applications).

 

Professional Education
1987 Doctor of Philosophy, Systems Engineering from University of Pennsylvania, Philadelphia, PA. for a dissertation on "Three-Dimensional Imaging of Coherent and Incoherent Sources Utilizing Wavevector Diversity"
1982 Master of Science, Systems Engineering from the University of Pennsylvania, Philadelphia, PA
1980 Master of Science, Electrical Engineering from University of Pennsylvania, Philadelphia, PA. for his thesis "An Automated Frequency Response and Radar Cross-Section Measurement Facility for Microwave Imaging
1977 Bachelor of Science, Electrical Engineering from Lafayette College, Easton, PA. Departmental Honors in Electrical Engineering

 

Employment Record
1999-data Vice-president of Gamma Remote Sensing Research and Consulting AG, a small company founded in January 1995 by Dr. C. Werner and Dr. U. Wegmüller, to conduct research studies in active and passive microwave remote sensing and support customers in the use and interpretation of such data. and Main tasks are the project management and acquisition as well as research activity.
1995-1999 Jet Propulsion Laboratory, Member Technical Staff. Research and engineering activities in SAR, SAR interferometry and differential SAR interferometry using data of a variety of air- and space-borne sensors. Applications include the use of SAR interferometry for topographic and non- topographic applications. C. Werner is member of the ERS SAR fringe group and ERS-2 Principle Investigator of a project using differential interferometry to study tectonics. In addition C. Werner is vice-president of Gamma Remote Sensing Research and Consulting AG, a small company founded in January 1995 by U. Wegmüller and C. Werner, to conduct research studies in active and passive microwave remote sensing and support customers in the use and interpretation of such data. C. Werner supports Gamma with his advise and experience in the form of consulting.
1992-1995 Research scientist at the Remote Sensing Laboratories of the University of Zürich. Activities included: High accuracy automated calculation of ERS-1 interferograms, Geocoding of ERS-1 interferometric digital elevation model (DEM) data. Modeling of interferometric coherence signatures of forests for determination of biomass. Estimation of surface slopes directly from SAR interferometric phase data, correction of SAR backscatter and interferometric correlation for slope Designing and implementation of a SAR processor for airborne SAR of sub-meter resolution airborne and space-borne sensors
1982 - 1992 Member Technical Staff at the Jet Propulsion Laboratory, Pasadena, CA. Activities included: Studied methods for absolute and relative radiometric and polarimetric calibration of aircraft and spacecraft SAR data. Developed a calibrated multi-polarization L- and C- band SAR processor for the JPL AIRSAR instrument. Proposed Huygens probe sounder/altimeter for the measurement of the ocean depth and stratigraphy of Titan. Designed the microwave radiometer for the Cassini mission to measure the dielectric constant and emissivity of the Titan surface. Co-investigator for the Shuttle Imaging Radar-C (SIR-C) mission involved with the interferometric, bistatic and external calibration experiments. Designed and implemented a bistatic SAR processor for ERS-1 with echo reception by the JPL DC-8. Developed improved algorithms for phase-unwrapping of SAR interferograms. Studying the use of multiple-pass SAR interferometry for detection of micro-topographic change associated with freezing and thawing of the permafrost using ERS-1 data and seismic displacements System engineer for the Cassini Radar, responsible for the multiple-beam burst-mode SAR system design. Performed the system design of the Cassini Radar Block Adaptive Quantizer (BAQ). Developed a system for generation of topographic maps from ERS-1 multiple pass interferometric SAR data including interferogram generation, phase unwrapping, height measurement and image rectification.
1977 - 1982 Technical Staff at University of Pennsylvania. Activities included: Developed a computer-controlled three-dimensional microwave imaging facility utilizing both frequency and polarization diversity. Studied and implemented optical reconstruction techniques for microwave holograms. Researched imaging using broadband temporally and spatially incoherent noise by measurement of the mutual coherence function. Developed an acoustic imaging system to demonstrate the concept.

 

Languages
English, some German and French.

 

Professional Affiliations
Institute of Electrical and Electronics Engineers (IEEE)
Geoscience and Remote Sensing Society