Quantum Computing Architect I, Cloud Computing Technologies Agile Development Labor Rate designs reliable quantum computer architectures that can efficiently execute quantum algorithms necessary for solving unique problems in areas that include cryptography, chemistry, and material science. Research design and develop problem-solving quantum computer models that is fast and easy to use. Explore the performance of qubit technology alternatives in collaboration with algorithm, qubit control, and qubit technology researchers to explore hardware/software trade-offs. Optimize the mapping of specific quantum algorithms/applications to alternative hardware architectures to inform Company research teams on applications with potential quantum speed-up. Collaborate with researchers to tap into the latest findings and collaborate on research journal publications to disseminate knowledge about the field of quantum computing. Quantum Computing Architect I may have a Basic-level or higher-level degree in Mathematics, Computer Engineering, Quantum science, Electrical engineering, Quantum computing, Computer science, Quantum engineering, or any other related field; with 2-5 years of working experience in a related Quantum Computing field. Show Demonstrated ability to deliver significant results in a multidisciplinary environment. Maintain professional collaborations with both hardware and software teams for high-end computer programming projects. Knowledgeable about Computer servers, Network switches, Network analyzers, and load Banners. Experienced in developing strategic system architecture plans and perfect understanding of information processing fundamentals and best practices. Possess above-average analytical, conceptual, creative, and technical analysis skills. Have excellent written and verbal communication organizational skills. Experience conducting quantum technology, trends, standards, and products research. Possess solid track record in prioritizing and executing tasks when under extreme pressure. Proven experience analyzing, identifying, and finding solutions to complex system problems using quantum algorithms. Knowledgeable and highly skilled in a variety of quantum computer programming languages such as Q# and QISkit, and quantum open source projects such as IBM Q Express, Quantum Playgroung, Quantum Inspire, Quantum in the Cloud, Quantum computing, Projectq, Pennylane, and so on. Work under the guidance and supervision of the Senior Quantum Computing Architect.
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