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Stanford University School of Medicine's Department of Urology seeks a Laboratory Services Manager 1 to oversee daily operations of multiple laboratory facilities at Porter Drive and the Palo Alto campus. This hands-on role ensures safe, compliant lab operations and reliable equipment performance.
You will lead staff, manage inventory, coordinate maintenance, and support research across several labs, including specimen banks and animal research, with a focus on efficiency and quality of data.
Budgeted Pay Range: $96,992 to $ 107,334 annually, commensurate with experience and qualification s.
Work Arrangement: This position requires 100% on-site presence, with all work performed in person and no regular telecommuting arrangement.
Application Requirement: To be considered, applicants must submit both a resume and cover letter.
The Department of Urology in the School of Medicine at Stanford University is seeking a highly energetic, talented, proactive, and self-motivated Laboratory Services Manager 1 to join our growing team. This hands-on role involves overseeing the overall daily operations of laboratory facilities located at 3172 Porter Drive at Stanford Research Park, Always M316 at the main Palo Alto campus, as well as future expansions of departmental laboratory space.
You will direct staff supporting laboratory operations and complex research activities, including lab supply inventory management, equipment maintenance, and new equipment procurement. As a critical point of contact for lab personnel, you will field service requests, triage and assign tasks, provide training on complex analytical techniques and specimen bank management, and help maintain a culture of safety and compliance.
You will either directly perform or oversee the following tasks:
You will apply thorough knowledge of research principles, concepts, and methods to manage the specimen bank, including:
This is a full-time, on-site role that reports to the following current faculty and future recruits:
The Brooks O’Brien Urology Research Cente r and Brooks Center for Urologic Genomics focuses on development of molecular biomarkers that can guide urologic therapy. The role of this position is to provide highly skilled technical support for the research activities of the Brooks laboratory. The individual is primarily responsible for overseeing all activities related to acquisition, storage and use of human materials, including tissues and serum.
The Dobberfuhl laboratory basic science and clinical translational research focus includes Animal models of voiding dysfunction and IC/BPS, Pelvic floor ischemia and effect of estrogen on lower urinary tract, Urinary biomarkers and molecular mechanisms implicated in lower urinary tract dysfunction (WHSDM).
The Liao laboratory focuses on the development of enhanced endoscopic imaging technologies (e.g. fluorescence, endomicroscopy, molecular imaging, computer vision, and artificial intelligence) to improve bladder tumor detection and resection and molecular diagnostics for bacterial infections to direct evidence-based utilization of antibiotics in order to curtail the proliferation of multidrug resistant pathogens often prescribed for urinary tract infections. As well as identification and validation of urine-based biomarkers to inform bladder cancer diagnosis, prognosis, and treatment response.
The Lu Laboratory focuses on developing and integrating cutting-edge technologies in biomedical imaging, artificial intelligence, and spatial omics to decipher and predict how cells and tissues are spatially organized and orchestrated in their native tissue microenvironment and how this organization regulates biological function, disease progression, and response to therapy.
The Ge Laboratory focuses on studying chitosan's mechanism of action and using it to develop a tunable, non-inflammatory model of bladder injury and repair. Impaired urothelial regeneration is a central factor in the persistence of urologic conditions such as recurrent urinary tract infections and interstitial cystitis, which affect millions of individuals and cause significant morbidity and diminished quality of life. In parallel, she investigates chitosan’s therapeutic role in enhancing urothelial healing and interrupting the cycle of chronic injury that drives these debilitating conditions.
The Prado Laboratory focuses on basic, translational, and clinical research in bladder cancer, urothelial cell development and differentiation, direct conversion of fibroblasts to bladder urothelial progenitor cells for regeneration or replacement of the bladder urothelium for benign and malignant disorders of the urothelium.
Core Duties:
Bachelor's degree and two years of relevant experience, or combination of education and relevant experience.