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Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Demonstrates expertise in numerical modeling of quantum dot-phonon interactions and phonon-induced noise, utilizing tools such as COMSOL Multiphysics and programming in Python and C++. Strong collaboration skills with both theoretical and experimental teams are essential for integrating and validating models within a broader framework.
Highest-signal resume keywords
Numerical ModelingCOMSOL MultiphysicsPython ProgrammingFinite-Element Method (FEM)Quantum-Dot Modelling
ATS Keywords
Tailor your resumeApplicant Tracking System Keywords
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Hard Skills
Numerical MethodsPhonon PhysicsC++ ProgrammingScientific ComputingData AnalysisCharge Noise ModellingNuclear-Spin ModellingPhonon EngineeringQuantum-Information KnowledgeExperimental Measurements
Soft Skills
CollaborationProblem-SolvingCritical Thinking
Tools & Technologies
COMSOL MultiphysicsAnsysLumericalQuTip
Industry Keywords
Semiconductor PhysicsCondensed Matter PhysicsPhotonicsQuantum ComputationPhonon-Induced Noise
Tech Stack
Tools & technologiesPythonC++
About the role
Key responsibilities & impact- Develop numerical models of quantum dot-phonon interactions and phonon-induced noise
- Calculate phonon spectral densities and integrate them into existing source models
- Apply finite-element, finite-difference and related numerical methods to semiconductor nanostructures
- Build and run simulations using COMSOL Multiphysics or comparable simulation platforms
- Validate models against physical expectations, existing models and experimental results
- Develop scientific code primarily in Python, with opportunities to move toward C++ for demanding simulations
- Use validated models to explore improvements in photon-source design and operation
- Become familiar with Quandela’s quantum-dot systems and develop initial phonon simulations
- Integrate and validate work within the wider modelling framework
- Explore optimisation strategies, additional physical effects and new research directions around semiconductor quantum systems
- Collaborate with Device Physics and experimental teams
Requirements
What you’ll need- Master’s or PhD in Physics, Photonics, Semiconductor Physics, Condensed Matter Physics, Computational Physics or a closely related field
- Strong foundations in semiconductor, condensed-matter or related quantum physics
- Hands-on experience modelling physical systems numerically
- Experience with FEM, finite-difference or related numerical methods, ideally using COMSOL Multiphysics or comparable simulation tools
- Python for scientific modelling and data analysis
- Ability to understand the physics behind a simulation, challenge its assumptions and validate its results
- Ability to collaborate with both theoretical and experimental researchers
- Professional English
- Quantum-dot or semiconductor nanostructure modelling
- Phonon physics and phonon-induced noise
- Experience with multiphysics or electromagnetic simulation tools, including Ansys or Lumerical
- C++ for scientific computing
- Scientific or quantum-modelling packages such as QuTip
- Phonon engineering
- Modelling of charge, nuclear-spin or other semiconductor noise mechanisms
- Experience connecting numerical models with experimental measurements
- Quantum-information knowledge and an understanding of how physical noise impacts quantum computation
- Strong Master’s-level profiles with substantial hands-on research experience in numerical modelling are accepted
Benefits
Comp & perks- Work on a concrete scientific problem connected to Quandela’s semiconductor photon sources
- Collaborate closely with theorists and experimental physicists
- Progressively build scientific ownership as your models become part of Quandela’s wider modelling framework
- Contribute to publications, conferences and new research directions
- Competitive compensation aligned with your experience and level of responsibility
- Company savings plan
- 100% health coverage through Alan
- Transport reimbursement or sustainable mobility bonus
- Swile meal vouchers
- Access to Gymlib