Role Overview

Required Qualifications

• Ph.D. in Biotechnology, Cell Biology, Molecular Biology, Biochemistry, Bioengineering, Regenerative Medicine, Stem Cell Biology, Pharmacology, Neuroscience or a related life-science discipline.

Key Responsibilities

• Perform biochemical, molecular and cell-based assays; analyze results and maintain complete laboratory records.
• Design controlled experiments with predefined objectives, appropriate comparators and biological replication; retain complete records and critically assess all findings.
• Establish, maintain and characterize human cellular, multicellular and 3D tissue models, including spheroids or organoids appropriate to the research question.
• Develop and qualify assays for biological activity in disease-relevant systems, drawing on expertise in inflammation, fibrosis and tissue repair.
• Characterize experimental materials using appropriate biochemical and molecular methods, and perform quantitative cell-based assays.
• Evaluate concentration-dependent and time-dependent responses, model reproducibility and tissue-relevant function alongside viability and appropriate controls.
• Work with colleagues to investigate assay variability, establish suitable controls and improve method reproducibility.
• Prepare technical reports, present findings and contribute to assay transfer and preclinical study documentation.
• Own experimental plans and milestones, maintain SOPs and technical reports, communicate findings clearly and mentor junior team members.

Preferred Experience

• Experience with quantitative imaging, molecular assays and integration of structural and functional readouts; assay transfer or collaboration with external research laboratories.
• Strong hands-on mammalian cell-culture, cell-biology and molecular-biology skills, with evidence of independent experimental design, troubleshooting and quantitative data interpretation.
• Ability to perform and interpret biochemical or molecular characterization alongside quantitative cell-based assays, with clear documentation and scientific communication.
• Demonstrated independent ownership of disease-relevant assay development, including hands-on establishment and characterization of at least one human 3D culture, spheroid, organoid or multicellular tissue model.
• Scientific depth in inflammation, fibrosis, tissue repair, neurobiology or a related area, with the ability to apply that expertise across experimental systems.
• Working understanding of cellular signaling, gene expression and molecular mechanisms relevant to cell-based research.
• Experience with organoid development, stem-cell differentiation or advanced human co-culture models.
• Experience with induced pluripotent stem cell (iPSC) maintenance and characterization, directed differentiation, or neuronal/glial cultures.
• Experience with extracellular-vesicle (EV) biology, biochemical characterization or functional and potency assays.

This Senior Research Scientist role develops cell-based assays and three-dimensional tissue models for cellular engineering research. The work combines mammalian cell culture, disease-relevant model development, biochemical and molecular characterization, and evaluation of biological activity.

Role at a glance

Skills mentioned

What you will likely work on

• Establish, maintain, and characterize human cellular, multicellular, and 3D tissue models, including spheroids or organoids.
• Design controlled experiments with defined objectives, comparators, and biological replication; analyze findings critically.
• Develop and qualify assays for biological activity in disease-relevant systems, including inflammation, fibrosis, and tissue repair.
• Characterize experimental materials and evaluate concentration- and time-dependent responses, viability, reproducibility, and tissue-relevant function.
• Investigate assay variability with colleagues, define suitable controls, and improve method reproducibility.
• Maintain complete laboratory records, SOPs, and technical reports; document preclinical study work.
• Own experimental plans and milestones, present findings, contribute to assay transfer, and mentor junior team members.

Good fit signals

• Holds a Ph.D. in a relevant life-science discipline and brings typically 3–6 years of relevant postdoctoral or industry research experience.
• Can independently design experiments, troubleshoot methods, interpret quantitative data, and document findings clearly.
• Has hands-on experience with human 3D culture, spheroid, organoid, or multicellular tissue models; this is a preferred experience signal.
• Scientific depth in inflammation, fibrosis, tissue repair, neurobiology, or a related area can be useful across experimental systems.
• Experience with assay transfer, external research collaborations, iPSC methods, or extracellular-vesicle biology is advantageous.