Institute for Systems Biology
Overview
The Subramanian Lab is seeking a highly motivated Lab Manager I to oversee vivarium operations, manage general lab maintenance and procurement, and contribute to research efforts focused on immune-mediated diseases. This is a full-time research staff position ideal for individuals considering graduate school or further scientific training. The successful candidate will work on an ongoing project investigating immune dysregulation in Type 1 diabetes using non-obese diabetic (NOD) mice. There are opportunities for authorship and professional development in a collaborative, interdisciplinary environment. Responsibilities
Manage vivarium operations including breeding, tagging, genotyping, animal husbandry, and inventory management of mouse strains Maintain the lab's IACUC and BUA protocols and ensure compliance with institutional regulations Oversee procurement processes: gather quotes, place orders, manage vendor communication, track deliveries, and organize inventory Maintain laboratory equipment and shared spaces to ensure smooth day-to-day function Support experimental workflows, including data collection and protocol optimization, with a focus on immunology and mouse models of disease Attend and contribute to regular lab meetings and individual check-ins Participate in budget tracking and work with PI and admin staff on cost projections and reconciliations Provide training and supervision for junior lab members as needed Qualifications
Bachelor's or Master's degree in Biology, Immunology, or a related field Previous experience working with animal models, ideally NOD mice or immunological mouse models Familiarity with genotyping, animal handling, and experimental protocols involving mice Demonstrated capacity for independent work, organization, problem-solving, and clear communication Strong attention to detail, high degree of responsibility, and willingness to pitch in where needed Prior experience in lab management, ordering, or protocol development is a plus Strong interpersonal skills with the ability to work independently and collaboratively in a team; reliable, organized, and open to feedback About the Lab and Environment
The Subramanian Lab focuses on the regulation of innate immunity and host-pathogen interactions using systems biology approaches. Our group combines molecular and cellular biology, mouse models, and multi-omic technologies to dissect disease mechanisms in infectious and inflammatory diseases. We value initiative, collaboration, intellectual curiosity, and scientific rigor. ISB offers an interdisciplinary research environment in Seattle's South Lake Union neighborhood, with ties to the University of Washington, Fred Hutch, Seattle Children's, and Benaroya Research Institute. How to Apply
Applicants should include a cover letter describing their experience, interests, and career goals and contact information for three professional references. Benefits: https://isbscience.org/careers/benefits/ Pay Range: $30.69 - $50.33/hour ISB is an EOE (M/F/veteran/disability status). #J-18808-Ljbffr
The Subramanian Lab is seeking a highly motivated Lab Manager I to oversee vivarium operations, manage general lab maintenance and procurement, and contribute to research efforts focused on immune-mediated diseases. This is a full-time research staff position ideal for individuals considering graduate school or further scientific training. The successful candidate will work on an ongoing project investigating immune dysregulation in Type 1 diabetes using non-obese diabetic (NOD) mice. There are opportunities for authorship and professional development in a collaborative, interdisciplinary environment. Responsibilities
Manage vivarium operations including breeding, tagging, genotyping, animal husbandry, and inventory management of mouse strains Maintain the lab's IACUC and BUA protocols and ensure compliance with institutional regulations Oversee procurement processes: gather quotes, place orders, manage vendor communication, track deliveries, and organize inventory Maintain laboratory equipment and shared spaces to ensure smooth day-to-day function Support experimental workflows, including data collection and protocol optimization, with a focus on immunology and mouse models of disease Attend and contribute to regular lab meetings and individual check-ins Participate in budget tracking and work with PI and admin staff on cost projections and reconciliations Provide training and supervision for junior lab members as needed Qualifications
Bachelor's or Master's degree in Biology, Immunology, or a related field Previous experience working with animal models, ideally NOD mice or immunological mouse models Familiarity with genotyping, animal handling, and experimental protocols involving mice Demonstrated capacity for independent work, organization, problem-solving, and clear communication Strong attention to detail, high degree of responsibility, and willingness to pitch in where needed Prior experience in lab management, ordering, or protocol development is a plus Strong interpersonal skills with the ability to work independently and collaboratively in a team; reliable, organized, and open to feedback About the Lab and Environment
The Subramanian Lab focuses on the regulation of innate immunity and host-pathogen interactions using systems biology approaches. Our group combines molecular and cellular biology, mouse models, and multi-omic technologies to dissect disease mechanisms in infectious and inflammatory diseases. We value initiative, collaboration, intellectual curiosity, and scientific rigor. ISB offers an interdisciplinary research environment in Seattle's South Lake Union neighborhood, with ties to the University of Washington, Fred Hutch, Seattle Children's, and Benaroya Research Institute. How to Apply
Applicants should include a cover letter describing their experience, interests, and career goals and contact information for three professional references. Benefits: https://isbscience.org/careers/benefits/ Pay Range: $30.69 - $50.33/hour ISB is an EOE (M/F/veteran/disability status). #J-18808-Ljbffr