Senior Scientist, Respiratory Discovery

Merck Merck · Pharma · CA

Senior Scientist role at Merck focused on respiratory biology discovery, involving target identification, translational biology, and mechanism-of-action studies for chronic lung diseases. The role requires expertise in human-relevant in vitro and ex vivo experimental systems, primary airway epithelial biology, immune-epithelial interactions, functional assays, and translational biomarkers. Responsibilities include designing and executing studies, developing experimental systems, generating mechanistic datasets, and collaborating within multidisciplinary teams.

What you'd actually do

  1. Design, execute, and interpret in vitro and ex vivo studies to support respiratory target validation and translational biology programs
  2. Develop and apply human‑relevant experimental systems, including primary airway epithelial cultures, air‑liquid interface (ALI) models, immune cell assays, and co‑culture platforms
  3. Generate mechanistic and disease‑relevant datasets using molecular, cellular, imaging, and biomarker‑based approaches
  4. Apply imaging techniques, including immunohistochemistry (IHC), immunofluorescence (IF), and high‑content imaging, with image‑based analysis to interrogate epithelial and inflammatory biology
  5. Perform and interpret flow cytometry/FACS‑based immune and cellular phenotyping studies

Skills

Required

  • primary human cell culture systems
  • airway epithelial biology
  • air-liquid interface (ALI) cultures
  • molecular and cellular biology techniques
  • flow cytometry/FACS
  • multiplex biomarker platforms
  • imaging-based approaches
  • immunohistochemistry (IHC)
  • immunofluorescence (IF)
  • immunocytochemistry (ICC)
  • histology
  • image analysis
  • design, execute, troubleshoot, and interpret experimental studies
  • respiratory disease biology
  • inflammatory and epithelial mechanisms
  • scientific communication skills

Nice to have

  • respiratory drug discovery
  • translational research environments
  • immune-epithelial co-culture systems
  • macrophage biology
  • transcriptomic datasets
  • bulk or single-cell RNA sequencing
  • barrier function assays (TEER)
  • live-cell imaging
  • spatial biology approaches