Scientist, Senior Scientist

Engram is a pre-seed startup whose mission is to drive neurology success rates towards 100%. To begin, we are building an autonomous brain organoid platform. We pair human iPSC-derived 3D neural models with custom automation, imaging, electrophysiology, and spatial/single-cell multi-omics to generate the multimodal datasets that will accelerate our understanding of neurological disease biology and enable therapeutic discovery.

Reporting to the VP of Biology, the Scientist | Senior Scientist will drive the iPSC model workflows at the core of Engram's scientific and translational efforts. The role also includes SOP development, automation integration, and continuous workflow refinement to improve throughput, consistency, and experimental fidelity. This includes differentiating iPSCs into cell types of interest, optimizing iPSC-based model systems, and building robust analysis pipelines.

You are also expected to continuously iterate workflows to improve experimental fidelity.

In your first three months, you will establish disease cell-based assays, generate samples for scRNA-seq and MEA recording, and help design our protocol for organoid production. In 6 months, you will have worked to generate our initial perturbation dataset and conducted several experiments to improve predictive validity, variability, and throughput. Within a year, you will also have collaborated with the automation team to scale up our production and contributed to our translational strategy.

We're looking for a disciplined experimentalist who thrives in a hands-on, cross-functional setting. You'll work side-by-side with our automation, imaging, and computational teams and deliver high-quality engineered cell models and translate disease modeling concepts into production-level workflows that meet both research and translational goals.

• Build and scale human iPSC-derived 3D neural models (cortical | forebrain organoids and assembloids; neurons, astrocytes, microglia) from line maintenance through differentiation, QC, and banking, with reproducibility and throughput as first-class goals.
• Generate and QC multimodal datasets across the organoid lifecycle (single-cell | spatial transcriptomics, high content imaging morphology, and MEA activity) to feed Engram's dataset.
• Integrate automation and high-throughput technologies (e.g., liquid-handling systems) into cell culture and assay workflows to increase throughput and data quality.
• Collaborate closely with team members across disciplines (automation, computational bio) to execute the mission.
• Contribute to the design and implementation of advanced genome engineering strategies using CRISPR | Cas systems, including lentiviral and Piggy Bac delivery approaches and gene-expression modulation methods.
• Maintain accurate, well-organized experimental records and contribute to data analysis and reporting.

• Scientist:
  PhD in a relevant specialization of Neurobiology, Neuroscience, or a related field.
• Senior Scientist:
  PhD + 5–8 years of experience in Neurobiology, Neuroscience, or a related field.

We don't expect you to have every single skill, nor do we have a single 'perfect fit' profile in mind. If you're excited about this role but your past experience doesn't align perfectly with every requirement, we encourage you to apply anyway.

• 3D neural organoid | assembloid culture (cortical, forebrain, or region-specific).

Strong aseptic technique and routine mammalian | iPSC culture, including feeder-free maintenance, passaging, cryopreservation, and cell banking.

maintenance, passaging, cryopreservation, and cell banking.

• Cell characterization by immunocytochemistry | immunofluorescence, flow cytometry | FACS, and…