RIBER
Nicolas Noblet is an experienced professional in the mechanical engineering field, currently serving as a Project Designer at RIBER SA since September 2007, following a role as an Assembly Technician. Prior to joining RIBER SA, Nicolas worked as an Assembly Technician in alternation at MECA 2000 from September 2006 to September 2007. Educational credentials include a professional license in Integrated Engineering with a focus on Quality and Environment from UVSQ Université de Versailles Saint-Quentin-en-Yvelines (2008-2009), a BTS in Microtechnology from SUPII Mécavenir (2006-2008), and a BAC in Mechanical Engineering from Lycée Charles de Gaulle in Poissy (2004-2006).
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RIBER
RIBER S.A is the world’s leading supplier of Molecular Beam Epitaxy (MBE) products and related services for the compound semiconductor research and industrial field. Riber MBE equipment is the most versatile and precise tool to deposit very thin layer of materials onto substrates with a very high control. MBE technology is used to design and create the newest semiconductor structures for manufacturing of a wide range of novel devices, with the best performances. RIBER delivers MBE machines worldwide to major universities, material science institutes, compound semiconductor foundries or epiwafer suppliers. RIBER is indisputably the world leader in the field. Expert in Ultra High Vacuum technology since its date of creation in 1964, RIBER moved towards Molecular Beam Epitaxy in 1977, and has developed since a large range of research or production MBE tools, MBE components and processes, in order to support increasing demands in different fields like datacommunications, 5G/6G and VCSELs lasers, photonics, sensors, 3D sensing, displays,… High performance and large versatility of RIBER MBE tools are perfectly adapted to the creativity of the researchers and industrials who works every day for the future and the innovation. Our only limitation is their imagination. RIBER is also a leading supplier of high-quality material evaporation sources. These can be used to make high performances and incredibly inexpensive thin-film solar cells, create the displays of tomorrow’s organic LED TVs, and help to produce ultra-small silicon transistors that will lead to faster and more powerful data treatments.