FDA NAMs-Aligned
We are redefining human-centric drug testing through the convergence of 3D bioprinting, microfluidics, and AI. As a 3D Bioprinting Scientist, you will help engineer living human-tissue models that accelerate safer, faster, and more ethical drug discovery, replacing traditional animal testing with predictive, human-relevant systems.
Key Responsibilities
This role combines innovation and precision. You will design, print, and characterize biomimetic constructs using advanced bioprinting platforms while collaborating closely with material scientists, cell biologists, and computational modelers to bring digital organ twins to life.
- Design and fabricate 3D bioprinted tissues, organoids, and microtissue scaffolds using state-of-the-art extrusion, inkjet, or laser-assisted systems.
- Develop and optimize bioinks composed of natural and synthetic polymers (gelatin methacrylate, alginate, collagen, PEG, etc.) tailored for specific cell types and mechanical properties.
- Integrate perfusion and microfluidic flow modules for long-term culture and real-time imaging of tissue constructs.
- Collaborate with AI and data-science teams to generate annotated datasets and evaluate bioprinting parameters via predictive modeling.
- Perform viability, morphology, and functionality assays (live/dead, immunofluorescence, histology) to validate printed tissues.
- Document experimental protocols, maintain accurate records, and contribute to publications, IP filings, and technical reports.
Preferred Qualifications
We are looking for scientists who combine technical mastery with creative curiosity.
- PhD or MSc in Bioengineering, Biomedical Engineering, Tissue Engineering, or related fields.
- Hands-on experience in 3D bioprinting, microfabrication, or biomaterials formulation.
- Proficiency in CAD modeling, slicer software, and printer calibration.
- Familiarity with mammalian cell culture, sterile technique, and imaging instrumentation (confocal, fluorescence, SEM).
- Knowledge of polymer crosslinking chemistry, rheology, and mechanical characterization of hydrogels.
- Experience in multi-disciplinary collaboration with AI, CFD, or computational modeling teams is a plus.
What We Value
Our foundation is built on the convergence of curiosity, ethics, and excellence. We believe that the future of healthcare innovation depends not just on the technologies we create, but on the values that guide how we create them.
01
Integrity
Every experiment is grounded in rigor, reproducibility, and transparency. We hold ourselves to the highest ethical standards in pursuit of human-relevant science.
02
Innovation
We thrive on asking “why not?” and explore the uncharted spaces where biology meets computation — transforming bold ideas into functional tissue systems.
03
Interdisciplinarity
We unite biology, engineering, and artificial intelligence—transforming cross-disciplinary insight into tangible breakthroughs.
04
Impact
Every printed tissue, every line of code, every experiment moves us closer to a world where drugs are tested safely, efficiently, and humanely — for the benefit of all.
Why Join Z24 Bio
Joining Z24 Bio means becoming part of a deep-tech movement that is transforming how the world discovers, tests, and delivers medicine. We’re not just building tissue models—we’re building the future of human-relevant science.
Every project you lead at Z24 Bio carries real-world impact—from bioprinted tissues that replace animal models to AI that predicts patient safety. Here, innovation isn’t confined to the lab—it drives ethical progress for humanity.
Global Collaboration
Work alongside scientists, engineers, and visionaries from top research institutions and technology hubs across the world.
