Pranav Joshi

Senior Scientist · Organoids & 3D Bioprinting

I build high-throughput organoid models and translational assays on pillar/perfusion platforms to accelerate drug discovery.

Fort Worth, TX, USAAvailable for opportunities
Pranav Joshi

Selected Projects

project
Pillar/Perfusion Plate for Robust Human Organoids

Led development and commercialization of 36/144/384PillarPlate formats and perfusion plates, enabling scalable and reproducible organoid culture for HTS.

OrganoidsHTSPillar/Perfusion
project
Dynamic Culture of Cerebral Organoids

Perfusion protocols reduced necrotic core formation and improved maturation, supporting neurotoxicity applications.

Brain OrganoidsPerfusionNeurotox
project
Bioprinted Liver Tumor Spheroids for Drug Screening

Dynamic culture workflow of bioprinted HCC spheroids for predictive anticancer drug screening.

Liver Tumor3D BioprintingDrug Screening

Experience

Senior Scientist, Product Development Manager · Bioprinting Laboratories Inc.
2020 – PresentDallas–Fort Worth, TX
  • Directed commercialization of organoid culture platforms (36/144/384PillarPlate, PerfusionPlate).
  • Applied Lean Startup to reduce R&D costs by 25% and increase reproducibility by 40%.
  • Authored technical documentation, SOPs, and validation protocols aligned with ISO and FDA standards.
  • Led NIH SBIR and industry projects on organoid-based screening and disease modeling.
Postdoctoral Scientist · Bioprinting Laboratories Inc.
2019 – 2020Cleveland, OH
  • Developed co-culture models for metabolism-mediated neurotoxicity.
  • Standardized assay-ready brain organoids in 384PillarPlate.
Graduate Research Associate · Cleveland State University / Bioprinting Labs
2014 – 2019Cleveland, OH
  • Established HTS neural stem cell model for developmental neurotoxicity (NIH R01).
  • Engineered lentiviral biosensor assays and high-content imaging SOPs.

Skills

Product Development & Commercialization3D BioprintingOrganoid Culture (Brain/Liver/Cardiac)High-Throughput Screening (HTS)Pillar/Perfusion PlatformsAssay DevelopmentHigh-Content ImagingElectrophysiology (MEA)NIH SBIR/Grant Writing

Publications

Dynamic perfusion enhances maturation of cerebral organoids

bioRxiv, 2024

Dynamic culture of liver tumor spheroids for predictive anticancer drug screening

Biotechnology & Bioengineering, 2025

Pillar/perfusion plate platform for robust human organoid culture

ACS Biomaterials Sci Eng, 2024

Get in touch

Open to collaborations & opportunities

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Quick notes for recruiters
  • Timezone: Central (US)
  • Interested in: product-focused biotech roles
  • Working style: async-friendly, cross-functional, rapid prototyping