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About QUDORA Technologies

QUDORA Technologies is an innovative quantum technology startup based in Lower Saxony, Germany, focused on developing full-stack quantum computers utilizing ion trap technology. Their patented advancements place them at the forefront of Germany's quantum computing sector, currently collaborating with the German Aerospace Centre (DLR) to build a quantum computer prototype under the German Quantum Computing Initiative.

Role Overview

The company seeks talented individuals dedicated to pioneering a technology destined to transform the world. The work environment values flat hierarchies, personal flexibility, collaborative international teams, and celebrates achievements with team activities.

Key Responsibilities

Design, construct, and operate sophisticated optical test systems for evaluating photonic integrated circuits and components relevant to scalable quantum processors.
Interpret measurement results to detect performance patterns and supply constructive insights to photonic design and manufacturing teams.
Manage collaboration efforts with external partners for chip packaging, assembly, and delegated testing processes.
Work closely with photonic engineers, quantum scientists, and fabrication experts to optimize design, production, packaging, and testing integration.
Contribute to laboratory and cleanroom upkeep by adhering to documentation, quality control, and cleanliness standards.
Drive continuous enhancement of characterization methods, automation tools, and testing infrastructure.
Assist the photonic design team via numerical simulation, optimization analyses, and input on photonic integrated circuit layouts.

Candidate Profile

A master's degree or doctorate in Photonics, Physics, Electrical Engineering, or a closely related area.
Practical experience with optical setups including fiber coupling, laser alignment, interferometry, waveguide loss measurements, polarization studies, and optical spectrum analysis.
Solid knowledge of integrated photonic devices such as waveguides, gratings, couplers, resonators, and beam splitters.
Strong analytical mindset with a methodical and practical approach to experimental work.
Basic familiarity with numerical simulations and optimization applied to photonic structures is preferred.

Desirable Skills

Experience in photonics or optics research and development settings.
Proficiency in automation of measurements and data processing, with Python as an example tool.
Handling free-space and fiber-based optical systems.
Use of simulation software including Ansys Lumerical (FDTD, MODE, INTERCONNECT) or COMSOL Multiphysics for optics and heat transfer.
GDS design capabilities for photonic integrated circuits.
Familiarity with integrated photonic platforms like silicon nitride, silicon-on-insulator, or indium phosphide.
Experience pertaining to photonic devices in cryogenic or ultra-high vacuum conditions.
Knowledge of semiconductor microfabrication technologies such as spin coating, photolithography, etching, thin film deposition, and wafer processing.

Compensation and Benefits

Competitive salary reflecting industrial and academic experience.
Mobility allowance supporting public transport via the German Jobticket.
Financial assistance for relocation expenses.
Flexible work arrangements including remote work options and access to offices in Braunschweig, Hannover, and Hamburg.
30 days vacation annually, plus the 24th and 31st of December off.
Opportunities for professional growth through tailored training programs.

Photonics Characterization Engineer

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