Job Description
Job Description
Job Location
SINGAPORE TC-BIOPOLISJob Description
Overview of role
You will have the opportunity to lead the development of next-generation biological models, tissue systems, and screening platforms to investigate mechanisms and intervention opportunities across cells, tissues, and organ systems.This role combines deep experimental biology, assay innovation, and systems-level thinking to generate human-relevant, decision-ready evidence and establish external scientific credibility that differentiates P&G innovation and supports business growth.u00A0
You will own experimental model and assay strategy, mechanistic investigation across cells, tissues, and organ systems, and the integration of biological evidence into actionable scientific and program recommendations.u00A0 If this sounds exciting to you, apply NOW!
Key Responsibilitiesu00A0
1. Lead Biological Model and Assay Strategyu00A0
Define the roadmap for 2D and 3D cellular, tissue, and organ-system models against priority biological questions.u00A0u00A0
Design, optimize, validate, and deploy assays spanning molecular, cellular, tissue, and organ-level biology.u00A0u00A0
Ensure experimental models are fit for purpose, biologically relevant, reproducible, and connected to clear discovery decisions.u00A0u00A0
Identify and evaluate emerging biological models, non-animal methods, organotypic systems, organ-on-chip technologies, and next-generation screening approaches.u00A0
2. Advance Mechanistic and Translational Discoveryu00A0
Investigate biological pathways, cellular interactions, system perturbations, recovery processes, and intervention responses.u00A0u00A0
Connect molecular and cellular mechanisms with higher-order tissue, organ, and physiological outcomes.u00A0u00A0
Translate experimental evidence into clear mechanistic conclusions, intervention opportunities, and program recommendations.u00A0u00A0
Apply systems-level thinking to identify the most informative experiments and strengthen biological understanding across programs.u00A0
3. Provide Scientific Leadership and Build Capabilityu00A0
Serve as an experimental biology technical leader, guiding scientists and researchers in experimental design, method development, troubleshooting, and interpretation.u00A0u00A0
Translate complex biological findings into actionable recommendations for technical and business stakeholders.u00A0u00A0
Build external partnerships that provide access to differentiated models, technologies, expertise, and experimental capabilities.u00A0u00A0
Strengthen long-term experimental biology and screening-platform capability through mentoring, external scientific engagement, and adoption of emerging methods.u00A0
Job Qualifications
PhD in Skin Biology, Cell Biology, Molecular Biology, Bioengineering, Biomedical Sciences, or a related discipline with 3-5 years relevant experience in similar role
Deep expertise in human skin biology and cosmetic skin benefit mechanisms
Proven experience developing and deploying 2D and/or 3D skin models
Experience with high-throughput screening, high-content imaging, molecular assays, and quantitative biological endpoints
Strong scientific problem-solving, experimental design, and data interpretation capabilitiesu00A0
Demonstrated success working within multidisciplinary and highly collaborative teamsu00A0
Preferred Qualificationsu00A0
Experience with organotypic cultures, skin explants, skin-on-chip systems, or 3D bioprinting
Experience integrating biological, imaging, molecular, or omics datasets to derive scientific insightsu00A0
Familiarity with laboratory data management systems and structured scientific data practices
Experience in cosmetics, consumer health, biotechnology, pharmaceutical, or CRO environmentsu00A0
Track record of innovation, patent generation, external collaborations, and scientific leadership.u00A0
Job Schedule
Full timeJob Number
R000160697Job Segmentation
Experienced ProfessionalsMore Info
Key Skills
Omics datasets
3D bioprinting
2D and 3D cellular tissue and organ-system models
Biological imaging
Skin-on-chip systems
Molecular assays
High-throughput screening
Laboratory data management systems
High-content imaging
Organotypic cultures
Quantitative biological endpoints
Skin explants
