Postdoc, Autonomous Discovery & the AI Life Science Platform (2-year Fixed Term)
Procter & Gamble
- Location
- SINGAPORE TC-BIOPOLIS
- Employment
- Contract
- Work model
- On-Site
- Level
- Mid
- Posted
- Aug 13, 2026
About this role
Job Location SINGAPORE TC-BIOPOLIS Job Description About the role What if your science could improve the lives of billions of people, every day, across every stage of life? Skin and scalp biology is one of humanity's most universal and enduring dimensions of health and wellbeing. It accompanies us from infancy through adolescence, adulthood, and healthy aging, shaping how we protect and care for ourselves and our loved ones. The scientific challenges are equally diverse and compelling: supporting skin barrier health in early life, understanding the biological transitions of puberty, enabling superior shaving, grooming, and body care experiences, addressing lifelong scalp disorders such as dandruff, combating hair loss, understanding the biological impacts of menopause, and ultimately unlocking healthier skin and scalp aging throughout longer lifespans. New interventions such as GLP-1 therapies, regenerative medicine approaches, and hair transplantation are further transforming consumer needs and creating unprecedented opportunities for scientific discovery and innovation. The launch of the Skin Bioscience Discovery Accelerator (SBDA) at the P&G Singapore Innovation Center represents a bold commitment to seize this opportunity and shape the future of skin and scalp science. Combining world-class bioscience, advanced experimental systems, multimodal data, computational biology, and AI-enabled discovery, the Accelerator aims to create a fundamentally new engine for innovation in skin and scalp health. This is an invitation to ambitious scientists who want their work to matter beyond the laboratory. You will join a global ecosystem of scientific excellence and work closely with P&G Research Fellows, senior technical leaders, and internationally recognized experts located in Singapore and across P&G's worldwide R&D network. Through mentorship, collaboration, and exposure to some of the company's most accomplished innovators, you will tackle frontier scientific challenges while developing the skills and perspective needed to lead the next generation of discovery. If you are driven by scientific excellence, inspired by large-scale impact, and motivated to tackle some of the most important unanswered questions in human biology, we invite you to help shape the future of skin and scalp health for billions around the world. This 2-year Postdoc position will help define the future of AI-enabled scientific discovery by creating integrated systems where artificial intelligence, biological experimentation, and human expertise operate as a single continuously learning engine. Combining multimodal biological data, predictive models, Design-Build-Test-Learn (DBTL) architectures, and advanced life science platforms, the program aims to establish new frameworks capable of generating hypotheses, guiding experiments, accelerating learning, and building increasingly predictive representations of biological systems. This role is designed for a scientist-builder: someone who can help architect the digital-first discovery engine of the Accelerator, connect AI with experimental biology, and create the continuously learning systems that will power the next generation of skin and scalp bioscience.
Key Responsibilities
Pioneer new scientific frameworks and discovery approaches to advance understanding of biological performance, resilience, regeneration, and health across the lifespan. Design and execute high-impact research programs leveraging advanced biology, human-relevant experimental systems, multimodal data, and AI-enabled discovery. Work alongside P&G Research Fellows and global scientific leaders to shape scientific strategy and accelerate breakthrough discovery. Operate within a Design-Build-Test-Learn discovery environment , integrating experiments, computational approaches, and emerging technologies to drive continuous learning. Translate breakthrough discoveries into publications, intellectual property, external collaborations, and