qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Broomfield
•
Posted 217 days ago
🏢 Quantinuum
Role Type
Role Focus
Seniority
Employer Type
Visa / Relocation Details
This role is for a Senior Advanced Computational Scientist who will develop and maintain numerical tools for trapped-ion quantum computers. The scientist will create algorithms for designing ion traps using modeling and optimization. This position involves collaboration with commercial and experimental teams to develop technology and deliver numerical tools as part of a commercial strategy.
Key Responsibilities
Create and maintain numerical tools to enable key features of trapped-ion quantum computers.
Develop methods and algorithms for designing surface-electrode ion traps using electrostatic modeling tools and nonlinear optimization techniques.
Collaborate with commercial and experimental teams on research and technology development efforts.
Develop project plans to deliver numerical tools as part of a broader commercial strategy.
Required Skills
PhD completed prior to start
Minimum of 2 years of post-PhD experience applying physical principles to optimization problems or numerical simulation
Nice-to-have Skills
PhD in applied mathematics, computer science, physics, electrical engineering, or a related field
Experience with numerical optimization techniques, such as convex optimization, genetic algorithms, or optimal control theory
Proficiency in one or more compiled languages such as C, C++, Fortran, or Rust
Experience with configuring and analyzing BEM and/or FEM models
Experience using HPC clusters, GPUs, or other parallel computing techniques
Experience interfacing compiled libraries with Python, including via ctypes or f2py
A history of public-facing work, such as patents, open source repositories, or conference presentations
Technology Tags
The primary focus of the job is on developing numerical tools for trapped-ion quantum computers.
The job explicitly requires extensive experience with numerical optimization techniques and applying physical principles to optimization problems.
The role involves developing methods and algorithms for numerical simulation and creating numerical tools for quantum computers.
The role specifically involves the design and modeling of surface-electrode ion traps using tools like BEM and FEM.
The job explicitly requires proficiency in compiled programming languages such as C, C++, Fortran, or Rust for developing numerical tools.
The job explicitly requires experience with HPC clusters, GPUs, and other parallel computing techniques.
The role involves developing control algorithms and explicitly mentions optimal control theory as a required skill.
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