Research Scientist (Basic Life Research Scientist) 1 Year Fixed-Term
Stanford University
Full-time
other-general
Location
Stanford, CA, United States
Posted
July 08, 2026
Job Description
**Job Description**
The Department of Molecular and Cellular Physiology at Stanford University is a leading center for research in immunology, structural biology, and translational therapeutics. The laboratories of Dr. Christopher Garcia and Dr. Anusha Kalbasi focus on understanding and engineering cytokine and receptor signaling pathways to develop next-generation cancer immunotherapies. Research in these groups integrates protein engineering, cellular immunology, and in vivo models to advance fundamental discovery and therapeutic innovation.
**POSITION SUMMARY:**
Stanford University is seeking a Research Scientist (Basic Life Research Scientist) 1 year fixed-term, possibility for renewal to join the laboratories of Dr. Christopher Garcia and Dr. Anusha Kalbasi. This role will focus on the design, execution, and analysis of experiments related to engineered T cell therapies, cytokine signaling, and in vivo tumor models.
The successful candidate will...
The Department of Molecular and Cellular Physiology at Stanford University is a leading center for research in immunology, structural biology, and translational therapeutics. The laboratories of Dr. Christopher Garcia and Dr. Anusha Kalbasi focus on understanding and engineering cytokine and receptor signaling pathways to develop next-generation cancer immunotherapies. Research in these groups integrates protein engineering, cellular immunology, and in vivo models to advance fundamental discovery and therapeutic innovation.
**POSITION SUMMARY:**
Stanford University is seeking a Research Scientist (Basic Life Research Scientist) 1 year fixed-term, possibility for renewal to join the laboratories of Dr. Christopher Garcia and Dr. Anusha Kalbasi. This role will focus on the design, execution, and analysis of experiments related to engineered T cell therapies, cytokine signaling, and in vivo tumor models.
The successful candidate will...