Alamar Biosciences
Bioprocess/Automation Engineer II
Fremont, CaliforniamidAdded 1 month ago
About this role
Alamar seeks a Bioprocess/Automation Engineer II to develop and scale automated biological workflows for their proteomics platform. You'll work across R&D and production, owning liquid handling automation projects and integrating biology, engineering, and software solutions.
What you'll do
- Collaborate cross-functionally to deliver integrated automated chemical and biological workflows
- Develop automated workflows on the ArgoHT® proteomics platform and third-party liquid handlers
- Own automation projects from concept through development, validation, and production support
- Write and maintain automation code with emphasis on modularity and maintainability
- Transfer processes to manufacturing teams with comprehensive documentation and validation data
- Design and execute experiments using modern assays including NGS, PCR, proteomics, and immunoassays
What they're looking for
- Liquid handling automation platform programming (Hamilton STAR, Tecan, OpenTron, Bravo)
- Scripting languages (Python, C#, Java)
- Bioprocess and assay development
- Systems debugging across fluidics, robotics, and software
- Process documentation and validation protocols
- Cross-functional collaboration
- Hands-on laboratory experience
- R&D to manufacturing process transfer
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Alamar Biosciences
Alamar Biosciences develops automated biological workflows and proteomics platforms, with a focus on scaling bioprocess automation. The company is hiring bioprocess and automation engineers to design and implement liquid handling automation solutions that integrate biology, engineering, and software.
- Website
- alamarbiosciences.com
Likely interview questions
- Tell us about your experience with liquid handling automation platforms. Which ones have you worked with, and can you walk us through a specific project where you developed an automated workflow from concept to production release?
- Describe a time when you had to debug a complex system involving multiple components—fluidics, robotics, software, and assay chemistry. How did you approach the problem and what was the outcome?