Careers

• Design, development and optimization of high-throughput laser writing system for 5D data storage technology by collaborating with laser processing experts.
• Construction of an efficient optimization pipeline for increasing the write/read throughput and data capacity in 5D data storage by collaborating with laser processing experts.
• Optimization and improvement of data reading system by collaborating with software and hardware development teams.
• Collaborate with cross-functional teams to develop and refine IP for the next generation of optical storage systems.
• Provide technical expertise for troubleshooting, maintaining equipment, and integrating new technologies into the lab workflow.

• Ph.D. or advanced degree in Optical Engineering, Physics, or a related field with a focus on free-space laser application.
• Expertise in optical system design for imaging and experience in handling and developing free-space laser application systems, such as laser processing, scanning laser microscope, or holographic displays.
• Experience of electro-optic devices, such as a MEMS, liquid crystal, spatial light modulator or acousto-optic modulator.
• Experience of ultrafast laser–matter interactions, including multiphoton direct laser writing, and laser-induced material modification. Ability to apply these processes to research and development of meta-optical devices or related applications.
• Strong knowledge of modern optical fabrication techniques and motion control systems (Aerotech, Newport).
• Knowledge of the operating principles of micro-/nano-optical devices, with the ability to design devices based on dynamic phase and/or geometric phase modulation.
• Experience of building software with C#, Python, LabVIEW, or other programming languages for physics simulation, analysis, automation and control of optical system.

• Proven track record in scientific R&D environments.
• Strong troubleshooting habits, including diagnosing optical, electronic, and mechanical problems through observation and the proficient use of diagnostic instruments (optical detectors, spectrometers, oscilloscopes, etc.).
• Strong problem-solving skills, including the capacity to propose, test, and refine multiple technical solution paths.
• Motivated to continuously learn emerging technologies, expand skill sets, and generate innovative ideas.

• Architect the Platform: Design a modular stack encompassing HAL (Hardware Abstraction Layer), control logic, data processing, and API layers.
• Hardware Integration: Build and maintain integrations for Aerotech motion stages, femtosecond lasers, high-speed cameras, and National Instruments DAQ systems.
• Strategic Refactoring: Lead the evolution of experimental Python code into high-performance, deterministic systems (C++/Rust/C) for industrial productization.
• Automation Development: Build proprietary laser-machining software featuring recipe-driven control, calibration/alignment flows, and machine state models.
• Technical Leadership: Set engineering standards for testing and telemetry, establish best practice processes, and mentor a high-performing on-site engineering team and grow the team.

• Experience: 6+ years building software for complex physical systems (semiconductor tools, robotics, industrial automation, or laser systems).
• Languages: Expert-level Python plus deep proficiency in at least one system language (C++, Rust, or C).
• Hardware Fluency: Proven experience with multi-device synchronization, machine state machines, and reading schematics to debug hardware/software interactions.
• Infrastructure: Hands-on experience integrating vendor SDKs/APIs (controllers, cameras, signal generators).
• Education: Master’s or PhD in Computer Science, Electronics, Robotics, or a related field.

• FPGA/HDL/Embedded firmware development.
• Image and signal processing (DSP) or machine vision.
• Background in photonics or laser micromachining.
• Prior experience with Aerotech Automation1, NI, or Zeiss ecosystems.

• Designing, inspecting, testing, and updating electronic systems, components, equipment, and software of the femtosecond material processing and optical device fabrication teams.
• Designing digital circuits, prototyping and programming FPGAs, including functional verifications, RTL simulations and timing analysis.
• Design digital systems for high-speed robust data transfer between various devices.
• Observing existing processes and making recommendations for improvement of the devices in the material processing and fabrication laboratories.
• Provide technical expertise for troubleshooting, maintaining equipment, and integrating new technologies into the workflow.
• Writing specifications, instructions, reports.
• Evaluate failures and implement corrective actions on opto-electronic systems in the material processing and device fabrication laboratories.
• Interact with material processing and device fabrication teams providing information, coaching and technical assistance needed.
• Contributing to the definition of technology development requirements and work plans for the company’s products roadmaps.

• Bachelor’s or Master’s degree in Electrical or Computer Engineering.
• 3+ years experience in FPGA design, programming.
• Proficiency in a hardware description language (VHDL, Verilog) and scripting skills.
• Advanced knowledge of communication protocols and architectures for large-scale high-speed data transfers.
• Problem-solving and troubleshooting skills, strong written and verbal communication skills, analytical skills.

We are seeking a technical leader with a strong background in femtosecond laser micro-machining, materials processing, and modern optical engineering, and with ability to manage projects and resources.

You will play a key role in developing next-generation 5D optical data storage technology. This is an exciting opportunity to join a growing team and take responsibility for the whole site while helping to turn our research into a commercial product.

You will join our Swiss R&D laboratory in Neuchâtel as Site Manager, with overall responsibility for the laboratory and everything that happens on site: people, projects, and safety.

You will lead and organise the team’s workflow, coordinate projects, and deliver the milestones set by the company.

This role is ideal for individuals with a passion for innovation, looking to influence the future of data storage technology.

• Lead the team towards achieving the milestones defined by the company.

• Organize the workflow of the group, coordinate different projects to ensure smooth operation of the lab.

• Lead the laboratory activities, manage different sub-groups inside the laboratory, define milestones for different groups, control the outcomes.

• Represent the company in front of local authorities.

• Develop annual strategic plans for lab activities and prepare yearly budgets.

• Report directly to management on team progress and results.

• Ensure laboratory safety and maintenance, assign personnel to lab operations, and monitor compliance.

• Lead hiring initiatives, identify skills gaps, and recruit new team members.

• Participation in writing grant applications and overseeing grant administration.

• Ph.D. or advanced degree in Optical Engineering, Physics, or a related field with a focus on laser materials processing.

• Track record in team and laboratory management.

• Expertise in femtosecond laser micro-machining and experience in handling and developing femtosecond laser direct writing systems.

• Strong knowledge of modern optical fabrication techniques and motion control systems (Aerotech, Newport).

• Experience in high-throughput optical microscopy.

• Experience in optical design software and Python, C#, LabVIEW, or other programming languages for automation and control.

• Experience with optical diagnostics tools (microscopes, oscilloscopes, autocorrelators, spectrometers).

• Proven track record in scientific R&D environments.