Laser Engineer
A leading-edge R&D company specialized in high-precision electro-optic components and systems for quantum technologies. Their solutions are at the forefront of scientific and industrial innovation, supporting applications in photonics, quantum optics, and atomic physics. With a strong emphasis on simulation-driven design, integration of custom electronics, and advanced optical engineering, the company serves top-tier research institutions and technology leaders globally.
Mission
As a laser-technology expert within the R&D team, you will contribute to the development of complex optoelectronic systems with applications in quantum and laser-based technologies. From concept definition to final performance validation, you will lead the design and optimization of electro-optic products, engaging in multi-physics simulation, prototyping, and optical experimentation. Your work will be instrumental in bringing cutting-edge quantum innovations to real-world implementations.
Responsibilities
Product Development and Optical Design
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Develop novel electro-optic and acousto-optic devices for scientific and industrial use.
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Design and build experimental optical setups for component characterization and system testing.
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Participate in the full development cycle: concept, simulation, prototyping, validation.
Simulation and Modeling
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Conduct advanced multi-domain simulations (optical, thermal, acoustic, mechanical, crystal physics).
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Evaluate and optimize performance using tools such as COMSOL, CST, OSLO, or Zemax.
System Integration and Prototyping
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Collaborate on CAD mechanical designs for integration of optical assemblies.
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Support PCB prototyping, optical alignment, and micro-positioning activities.
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Analyze experimental data and contribute to continuous improvement of product performance.
Required Qualifications
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Master’s degree or higher (Ph.D. or PostDoc preferred) in Applied Physics, AMOP, Photonics, Optical Engineering, or a related field.
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Hands-on experience with complex optical and laser-based systems (e.g., cold atoms, quantum simulation, metrology).
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Proficiency in one or more simulation tools (e.g., Matlab, COMSOL, CST, OSLO, Zemax).
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Strong programming skills in Python and proficiency in CAD tools (e.g., Autodesk Inventor, SolidWorks).
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Demonstrated self-reliance, hands-on attitude, and capacity to work in interdisciplinary lab environments.
Preferred Experience
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Experience in miniaturization of optical assemblies and high-precision optical alignment.
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Simulation and analysis of complex physical or optical systems, including fiber optics.
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Familiarity with design and testing of analog/digital circuits for RF or high-voltage applications.
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Exposure to cleanroom, mechanical workshop, or chemical laboratory environments.