Optical Hardware Engineer, Foundry

Arcadia Science

$185K — $225K *
Pharmaceuticals & Biotech
Less than 5 years of experience
Job Overview by Ladders

Qualifications

  • PhD or equivalent hands-on experience designing optical instruments (spectroscopy, microscopy, laser systems)
  • Familiarity with laser safety standards and experience designing enclosed laser systems
  • Proficiency in CAD software
  • Experience in integrating electronics, including stepper controllers and microcontrollers
  • Collaboration with software engineers to develop user-friendly instrument control GUIs
  • Strong communication skills with an ability to understand life science user needs
  • Experience transitioning optical hardware from prototype to robust production.
  • Interest in open-source hardware and science.

Responsibilities

  • Lead the design of a compact, integrated AutoOpenRaman benchtop instrument
  • Design and prototype a Class 1 laser safety-compliant enclosure
  • Integrate electronics into a single, manufacturable system
  • Collaborate with software engineers to establish a reliable hardware-software interface
  • Define bill of materials and assembly protocols for scalable production
  • Work with vendors and fabrication shops on necessary designs
  • Engage in laser safety reviews as required.

Benefits

  • Comprehensive health benefits package
  • Equity offering as part of compensation
  • Collaborative work environment with direct access to leadership
  • Opportunity to work at the intersection of research and commercial deployment
  • Involvement in cutting-edge open-source projects.
Full Job Description
About the role

The Optical Hardware Engineer will be part of the Foundry, Arcadia's division at the interface between R&D and commercial deployment. The goal of this division is to take scientifically validated tools and capabilities from the research team and productionize them for broader use. The Foundry's first focus is Raman spectroscopy. This role will report directly to the CEO.

You will start with an effort around optimizing and scaling AutoOpenRaman, an open-source, automated Raman spectrometer we developed for biological research. Now we want to professionalize it for expanded internal and external deployment by optimizing the instrument (e.g., increasing the signal-to-noise, adding laser lines) and making the hardware production-ready, designing and building user-friendly operating and analysis software, and delivering a set-up intuitive enough for a typical life science researcher to use without significant training.

As the Optical Hardware Engineer, you will help drive the hardware engineering side of the project end-to-end: optics, enclosure design, performance improvements, and electronics integration. You will work closely with a software engineer, assay developers, and the scientists who will use the instrument every day. From there, you will help define what external deployment looks like, working with our partners who want to integrate these capabilities inside their own labs and companies.

What you'll work on

  • Lead the design of AutoOpenRaman into a compact, integrated benchtop instrument
  • >
  • Design and prototype an enclosure that achieves Class 1 laser safety and that's manufacturable at scale
  • >
  • Consolidate the current electronics (stage controller, shutter, calibration light source, laser) into a single integrated system
  • >
  • Work with a software engineer to define the hardware-software interface and ensure the instrument behaves predictably under automated control
  • >
  • Define the bill of materials and assembly protocol for reproducible builds with an eye toward eventually scaling to 10- or 50-unit production runs
  • >
  • Engage vendors, fabrication shops, and laser safety review as needed
  • >


What we're looking for

You'll be well-suited for this role if you have:
  • PhD or equivalent hands-on experience designing and building optical instruments (spectroscopy, microscopy, laser systems, or similar)
  • >
  • Familiarity with laser safety standards and experience designing enclosed laser systems
  • >
  • CAD proficiency
  • >
  • Experience with electronics integration at the level of specifying and wiring up stepper controllers, microcontrollers, or similar embedded systems
  • >
  • Experience partnering with software engineers to co-develop instrument control GUIs and user workflows that enable intuitive, reliable operation for scientific users
  • >
  • Ability to communicate with biologists and understand what actually matters for a life science instrument and a wide range of users
  • >
  • Experience taking optical hardware from prototype to a robust, usable state, with attention to the full user experience and future commercial scalability
  • >
  • Interest and participation in open-source hardware and science
  • >


Nice to have:

  • Direct experience with Raman spectroscopy, either instrument development or hands-on use
  • >
  • Familiarity with Manager or similar microscopy control software
  • >
  • Experience with design for manufacturability and transitioning from prototype to small-scale production
  • >
  • Experience with relevant experimental workflows and sample preparation techniques
  • >


$185,000 - $225,000 a year

Compensation:

Successful applicants can expect to be compensated between $185,000- $225,000 with benefits and a competitive equity offering, depending on experience level. The position will require the individual to be on-site at our Emeryville, California headquarters.

Application Process:

Please submit a resume and fully answer all application questions addressing your interest in and qualifications for the position. The review process will involve in-person interviews and a short, practical work test. Employment offers are contingent on reference and background checks.

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