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ELECTROMECHANICAL ENGINEER (R&D)
Function: We are looking for a versatile R&D electro-
mechanical engineer with a substantial experience in electromechanics. Experience in
mechanical conception of relatively complex assembly or of automate or machine controlled by computer at... cost considerations.3. Documentation and Prototyping:o Produce detailed
mechanical drawings, electrical schematics, and pneumatic or fluidic diagrams.o Develop and test functional prototypes, documenting each phase of the development process
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ELECTROMECHANICAL ENGINEER (R&D)
, actuators, motors, power supplies, sensors, etc.). - Create detailed
mechanical, electrical, and fluidic schematics to support product development. - Develop and test functional prototypes, ensuring reliability and performance. Manufacture & Improve... advancements. What We’re Looking For: Degree: Bachelor’s or Master’s in Electromechanical Engineering, Robotics, or a related field. Experience: At least 5 years in R&D, with hands-on experience in
mechanical design, 3D printing, or part machining (e.g., SS
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JOB OFFER : TECHNICAL DESIGNER FOR MEDICAL / PHARMACEUTICAL DEVICES
Profile and required qualifications: Education: Industrial Engineer or equivalent Strong knowledge of design software SolidWorks Bilingual French-English – knowledge of German is a plus Motivated, dynamic and flexible, team player Experience of min. 2 years is desirable but not a criterion of selection. In the context of the function, your responsibilities will be: Realization of studies and designs of devices and
mechanical parts Use of the design software SolidWorks Teamwork in collaboration
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GITA* -
settings. For ɣ-nuclides, GITA* uses a scintillation probe with a BGO crystal. Due to its density, BGO has a quite high stopping power for radiation and a reasonable energy resolution. BGO is
mechanically stable and non-hydroscopic. Relative small size and special shape enable a sophisticated design of the scintillation probe. There are 5
mechanical collimators designed for the energy ranges of 0-60, 60-150, 150-250, 250-450, >450 keV. Depending on the radiation energy of the radioactive compound, the
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MiniGITA -
energy resolution. BGO is
mechanically stable and non-hydroscopic. Relative small size and special shape enable a sophisticated design of the scintillation probe. There are 5
mechanical collimators designed for the energy ranges of 0-60, 60-150, 150-250
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