We are developing the next generation of medicines for allergic and autoantibody-mediated diseases with the ambition to transform the lives of patients. This is an opportunity for you to bring your scientific expertise and leadership into a highly collaborative, interdisciplinary environment and help translate emerging human immunology into innovative therapeutic approaches.
Compensation
CHF93,800.00 - CHF174,200.00
Responsibilities
Lead a research team in allergy, plasma-cell biology and type 2 immunity, identifying and advancing novel therapeutic opportunities based on human disease mechanisms.
Provide scientific leadership and experimental support to existing allergy programs, including mechanistic studies, mode-of-action understanding, translational hypotheses and key program decisions.
Contribute, shape and advance the food allergy research strategy, integrating human biology, experimental data and emerging therapeutic concepts.
Develop and evaluate approaches to target plasma cells and their precursors, leveraging B-cell differentiation, plasma-cell biology and mechanisms regulating pathogenic antibody responses in the context of allergy and of antibody-mediated autoimmunity.
Design and oversee mechanistic and translational studies that generate decision-making data and differentiate therapeutic concepts.
Requirements
PhD or MD/PhD in Immunology, Allergy, B-cell/Plasma Cell Biology or a related field
Define and drive enterprise system architecture while leading next-generation engineering innovation across genetic-science platforms, focusing on the intersection of molecular biology workflows, laboratory automation, and AI-enabled instruments.
Locations (3)
Pleasanton, California, United States
Singapore, Singapore
India
Compensation
The salary range estimated for this position based in California is $198,900.00–$298,350.00.
Responsibilities
Shape and evolve system architecture across GSD platforms, spanning instruments, consumables, assays, firmware, software and data.
Establish reference architectures, interface standards and reuse strategies to improve modularity, scalability and lifecycle resilience.
Lead system-level trade-offs involving scientific performance, customer experience, cost, complexity, reliability and product risk.
Establish effective architecture governance through design reviews, architecture decision records and visibility of technical debt.
Architect end-to-end solutions that integrate instruments, consumables, assays, liquid handlers, robotics, workflow software and data systems.