About US： S Lab was recently founded at Shenzhen’s Quantum Science Center in the Guangdong-Hongkong-Macao Greater Bay Area (粤港澳大湾区量子科学中心). With over six years of collective experience, our founding team is dedicated to realizing the potential of quantum computing. By collaborating with academic and industrial partners and using our leading fluxonium technologies, we focus on developing large-scale superconducting quantum processors for "quantum-leaped" artificial intelligence systems and applications. We are hiring across multiple disciplines and welcome candidates at all levels of education and experience, providing comprehensive training. Leadership positions are available for those with proven skills. Our mission is guided by the values of endurance, passion, and aptitude. Job Summary： We are looking for expert scientists and engineers specialized in design and device modeling for superconducting quantum devices to become part of our multidisciplinary team. Successful candidates will design, simulate, and theoretically examine our next general of superconducting quantum processors. All levels of experience are welcome. Candidates with proven leadership skills may be considered for a Team Lead position. Key Responsibilities： 1.Simulate the electromagnetic properties of superconducting quantum devices and packaging numerically. 2.Create layouts for superconducting quantum processors. 3.Innovate qubits, operational modes, and architectures for superconducting quantum processors. 4.Contribute to the corresponding EDA tool development. Qualifications： 1.An advanced degree or a proven track record of strong performance in at least one of these fields: theoretical condensed matter physics, AMO physics, computational electromagnetism, electrical/microwave engineering 2.Proficiency in programming languages, notably Python and C/C++. 3.Experienced in using design/simulation tools like Ansys HFSS, Sonnet, COMSOL, etc. 4.Familiarity with device layout scripting and automation is desirable. 5.Background in superconducting quantum device theory, including circuit quantization and circuitQED theory, is advantageous. Application Process: Interested parties should send their CVcover letters, and relevant project portfoliosor publications Join S Lab and contribute to groundbreaking advancements in quantum computing and artificial intelligence. Apply now to be part of a transformative journey shaping the future of technology.