Pascal Weber is an experienced Project Manager and Senior Software Engineer with a career spanning over two decades in embedded systems and software development. Currently employed at iMAR Navigation GmbH since May 2009, Pascal manages aeronautical research projects such as HALAS and SISAL, while also focusing on system design and software development for optical-inertial sensors. Prior experience includes roles at SCHALLER-ESKO GmbH, where Pascal managed product development projects, and positions at SYBORG Informationssysteme b.h. OHG, IDS Scheer AG, and Kratzer Automation AG, where Pascal contributed to the design and implementation of various software applications. Pascal holds a Dipl.-Ing. degree in Electrical Engineering and Information Technology from the Technical University of Munich, earned between 1989 and 1998.
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iMAR Navigation GmbH - Systems for inertial Navigation, Stabilization, Surveying, Guidance & Control
iMAR Navigation, located in St. Ingbert, about 150 km southwest of Frankfurt, Germany, has more than 25 years extensive experience in the conception, development, manufacture and support of inertial measurement systems applied to many tasks in navigation, surveying, stabilization, guidance, control and other specialised applications. These applications range through the entire applications spectrum from military to commercial, from the ocean floor to space. Please check our career opportunities here: https://www.imar-navigation.de/en/contact/career-imar iMAR Navigation with its highly skilled staff of more than 85 engineers, technicians, quality and administration staff develops and manufactures standard and customized inertial navigation and control systems for aircraft and automotive testing, land surveying, antenna and camera stabilization, systems, drillhead guidance etc., target tracking systems etc. for our customers worldwide. We use all available inertial sensor technologies from the high Performance ring laser gyro (RLG) over hemispherical resonator gyros (HRG) over fiber optical gyros (FOG) down to MEMS based gyros. Our in-house advanced inertial calibration lab as well as our in-house environmental and EMI/EMC test lab (see www.spezial-emv.de) and our in-house electronics and CNC based mechanical manufacturing give us a high flexibility in manufacturing our products from quantity down to customer specific prototypes. iMAR is certified according to ISO9001 (military, industrial) as well as EN9100 (aviation and aerospace applications). Furthermore iMAR Navigation is certified according to EASA Part 21G (aviation systems production organization). Vacations: https://www.imar-navigation.de/de/kontakt/jobs-bei-imar