Applied Scientist, Quantum Algorithms, Center for Quantum Computing

Overview As an Applied Scientist in AWS CQC, you will advance fault-tolerant quantum algorithms and identify impactful applications. You collaborate with peers and academic partners to push the boundaries of quantum technology, balancing theory and practical implementation. You will drive high-impact research aligned with the engineering roadmap and communicate results to diverse teams. This role offers the chance to shape quantum computing capabilities at scale and contribute to a cutting-edge mission. Compensation / BenefitsHealth insurance (medical, dental, vision, prescription)401(k) matchingPaid time offParental leaveRSUs and sign-on paymentsAdoption and surrogacy reimbursement ResponsibilitiesCollaborate to analyze and optimize existing quantum algorithmsInvent new algorithms and identify new application domains for fault-tolerant quantum computersProvide subject matter expertise on quantum algorithms and communicate developments to the teamEngage with internal and external stakeholders to strengthen the value proposition of quantum computingCoordinate with the Quantum Error Correction team to study algorithm-ECC interplayPublish research papers and present at conferencesMentor research interns and lead high-impact research projects intersecting with engineering roadmapDevelop practical quantum computing applications and perform resource estimatesPrepare internal reports and disseminate findings within the organizationPresent results at flagship academic and industry conferences Key requirementsPhD in operations research, applied mathematics, theoretical computer science, or equivalentExperience in patents or publications at top-tier venuesExperience in algorithms and data structures, parsing, numerical optimization, data mining, parallel and distributed computing, or high-performance computingStrong organizational and communication skillsCollaborative and cross-functional teamworkMentorship and leadership of junior researchersProgramming in Python, Java, C++Domain expertise in quantum applications (quantum chemistry, simulation, optimization, ML, cryptography, sensing)Understanding of quantum error correction impact on algorithms