qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Broomfield
•
Posted 62 days ago
🏢 Quantinuum
Role Type
Role Focus
Seniority
Employer Type
Visa / Relocation Details
This role is for a Metasurface Design Engineer who will contribute to the development of next-generation quantum computing systems. The primary function involves designing, simulating, and evaluating metasurface and diffractive optical components for integrated optical systems that manage light delivery and collection. Additionally, the engineer will be responsible for developing improved methodologies for design and analysis, utilizing High-Performance Computing resources.
Key Responsibilities
Participate in a multidisciplinary team to support the development of commercial and research quantum computing systems.
Design, simulate, and evaluate metasurface and diffractive optical components for integrated optical systems that manage light delivery and collection.
Develop improved methodology for optical design and analysis, utilizing High-Performance Computing (HPC) capabilities.
Required Skills
A minimum of a Master’s Degree is required.
Minimum 6 years of experience (inclusive of advanced degree time) in the design and simulation of metasurface and diffractive photonics components and systems.
Nice-to-have Skills
A Ph.D. in Optics, Physics, Applied Physics, Electrical Engineering, or a related field.
Experience using photonic simulation tools like FDTD, FEM, or RCWA.
Experience with scientific coding, data analysis, and visualization using software such as Python or Matlab.
Experience with computational methods used for inverse design and optimization.
Experience with high performance computing.
Experience or knowledge of optical systems, principles, and optical testing of photonic devices.
Experience or knowledge of nanofabrication techniques for metasurface and diffractive optics.
Technology Tags
The core function involves designing and simulating metasurfaces, which are explicitly mentioned in this tag.
The job focuses on designing components for integrated optical systems, which directly relates to integrated photonics.
The job requires simulation and evaluation of photonic devices using tools like FDTD, FEM, and RCWA.
The role requires leveraging and having experience with high performance computing capabilities for simulations.
Experience with computational methods for inverse design and optimization is explicitly valued.
The components designed are specifically for use in next-generation quantum computer systems.
Python is explicitly mentioned as a required scientific coding tool.