Posting Description
TECHNICAL ASSOCIATE I SPRANGER LAB Koch Institute for Integrated Cancer Research to support research investigating the tumorimmune microenvironment of glioblastoma. This position will support research on the tumor immune microenvironment of glioblastoma focusing on how immune responses evolve during tumor development and following therapy using murine models and immunologic approaches. Responsibilities include supporting mouse brain tumor studies such as genotyping tumor induction drug administration survival monitoring and tissue collection in accordance with approved animal protocols. The technician will perform immune and molecular assays including flow cytometry histology immunohistochemistry cloning and sample processing. The role involves executing experiments independently maintaining detailed laboratory records organizing and entering data managing reagents and inventory ordering supplies maintaining equipment and ensuring compliance with research protocols. Additional duties include assisting with literature searches and supporting the preparation of figures reports and research summaries. The technician will work closely with a physician scientist postdoctoral fellow.
Job Requirements
REQUIRED: Bachelors degree in biology biomedical sciences chemistry or a related field; a minimum of two years of research laboratory experience including undergraduate experience; experience or strong interest in immunology or cancer biology mouse handling and genotyping flow cytometry histology or immunohistochemistry or basic molecular biology; strong organizational and communication skills; attention to detail; ability to work independently and as part of a team; and familiarity with laboratory safety practices. PREFERRED: Experience with mouse models flow cytometry tissue culture cancer immunology neuro-oncology or translational research and interest in contributing to experimental design and data interpretation.
2/20/2026
Required Experience:
IC
The MIT Media Lab is an interdisciplinary research lab that encourages the unconventional mixing and matching of seemingly disparate research areas.