Full-Time

Lab Technician

Eon Systems

Eon Systems

Compensation Overview

$60k - $116k/yr

San Francisco, CA, USA

In Person

Category
Biology & Biotech (2)
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Requirements
  • BSc or MSc in neuroscience, biology, bioengineering, biomedical engineering, molecular biology, chemistry, or a related field, or equivalent practical experience
  • 1–3+ years of hands-on experience in a molecular biology, neuroscience, tissue processing, or imaging-focused laboratory
  • Strong hands-on experience with neural tissue processing, staining, immunofluorescence, and microscopy-based workflows
  • Strong organizational skills, meticulous attention to detail, and a process-oriented mindset
  • Excellent problem-solving skills and the ability to work both independently and as part of a collaborative team
  • Strong experimental judgment and comfort iterating on protocols in a fast-moving research environment
  • Ability to manage multiple priorities and maintain operational clarity in a high-growth environment
  • Demonstrated ability to learn quickly, take ownership, and contribute across functions
Responsibilities
  • Streamline and manage end-to-end laboratory workflows related to tissue processing, staining, expansion microscopy, and sample preparation
  • Ensure smooth execution, strong coordination across teams, and reliable handoff into downstream imaging workflows
  • Take ownership of day-to-day lab operations, including maintaining lab organization, supporting team execution, managing priorities, and ensuring the lab adheres to safety, cleanliness, and quality standards
  • Lead and improve the processing, staining, and preparation of mammalian brain tissue for high-resolution volumetric optical imaging
  • Help develop robust and reproducible workflows that integrate cleanly into Eon’s broader imaging pipeline
  • Manage and optimize inventory systems for reagents, consumables, antibodies, stains, and other critical supplies
  • Forecast needs, coordinate procurement, and ensure uninterrupted lab operation
  • Oversee instrument upkeep, maintenance schedules, and day-to-day readiness of lab infrastructure
  • Support standardized equipment documentation, process consistency, and reliable system performance
  • Maintain meticulous and organized records of protocols, experiments, workflow changes, and operational updates
  • Draft, refine, and maintain SOPs, work instructions, checklists, and training materials to support reproducibility, adoption, and long-term sustainment
  • Work closely with researchers, animal teams, microscopy teams, and engineering teams to improve upstream and downstream pipeline performance
  • Clearly communicate progress, challenges, and process updates in a structured way
  • Track workflow performance, process gaps, risks, and decisions
  • Produce clear summaries and basic metrics related to throughput, training coverage, SOP updates, and operational readiness
  • Help define more standardized future-state workflows as the lab scales
Desired Qualifications
  • Experience with tissue-processing methods for high-volume, high-resolution imaging, such as expansion microscopy, CLARITY, or related approaches
  • Familiarity with neuroanatomy and preservation of tissue architecture
  • Understanding of fluorescence, fluorophore labeling chemistry, and signal amplification methods
  • Ability to perform basic bioconjugation chemistry
  • Familiarity with standard and advanced fluorescence microscopy techniques, including confocal and light-sheet microscopy
  • Experience managing lab logistics, inventory systems, or operational workflows
  • Experience drafting or maintaining SOPs, work instructions, checklists, or training materials
  • Experience standardizing workflows, improving data quality, or supporting process adoption across teams
  • Experience with laboratory automation or liquid handling systems
  • Experience in a startup or other fast-paced environment
  • Experience working closely with microscopy, animal, or engineering teams in a cross-functional setting

Company Size

N/A

Company Stage

N/A

Total Funding

N/A

Headquarters

San Francisco, California

Founded

2024

Simplify Jobs

Simplify's Take

What believers are saying

  • Dr. Steve Furber praises work as pretty impressive for brain emulation.
  • Proves architecture captures function, enabling scalable mouse brain emulation next.
  • Plans scan brain and body, overcoming FlyWire motor neuron tracing limits.

What critics are saying

  • FlyWire connectome lacks motor neurons, delaying mouse emulation 18-36 months.
  • Leaky integrate-and-fire ignores dendrites, obsoleting human emulation path.
  • DeepMind publishes mouse emulation first, collapsing Eon's funding in 12-24 months.

What makes Eon Systems unique

  • Eon Systems emulates 139,255-neuron fruit fly brain controlling virtual body.
  • Achieves 91% neural response accuracy using only connectivity per 2024 Nature paper.
  • Integrates NeuroMechFly v2 with MuJoCo for closed-loop sugar-seeking behaviors.

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Your Connections

People at Eon Systems who can refer or advise you

Benefits

Remote Work Options

Competitive salary and equity

Company News

The Register
Mar 16th, 2026
Startup simulates fruit fly brain that walks, grooms, and hunts for sugar in virtual environment

San Francisco startup Eon Systems claims to have created the first digital simulation of a fruit fly brain capable of controlling a virtual body and producing recognisable behaviours. The team connected a whole-brain connectome of Drosophila melanogaster — containing 125,000 neurons and 50 million synapses — to a virtual body model using the Brian2 neural network simulator. The resulting model demonstrated fly-like behaviours including walking, antenna cleaning, and extending its proboscis when presented with sugar scent signals. Dr Steve Furber, co-creator of the ARM processor, called the work "pretty impressive". However, critics note the simulated brain doesn't operate exactly as a real fly's brain does, relying on machine learning clamped into a connectome shape. The research builds on existing work including the Flywire connectome and NeuroMechFly v2 model.