Research Associate - UBC, Vancouver

AI Summary

This full-time Research Associate position at UBC in Vancouver, BC, is within the Johnson Laboratory, part of the Department of Cellular & Physiological Sciences. The role involves designing and executing pre-clinical mouse model projects focused on diabetes and metabolism, alongside providing scientific leadership and mentoring. A Ph.D. and postdoctoral experience in pharmacology or physiology, coupled with a strong record of scientific productivity, are essential requirements.

About the Research Associate Role

The University of British Columbia (UBC) is seeking a dedicated Research Associate to join the esteemed Johnson Laboratory within its Department of Cellular & Physiological Sciences. This pivotal role, reporting directly to Dr. James Johnson, Principal Investigator and Professor, is instrumental in advancing cutting-edge research into the fundamental workings of cells and organisms, particularly concerning human diseases like diabetes and metabolic conditions. The successful candidate will be responsible for the design, management, and execution of extensive pre-clinical mouse model projects, performing crucial physiological tests, genotyping, and managing breeding strategies. Beyond direct experimental work, this position demands significant scientific leadership, offering technical expertise to multidisciplinary research teams. A key aspect of the role involves supervising, mentoring, and training graduate students, undergraduate students, and other research staff, fostering the next generation of scientific talent. Furthermore, the Research Associate will be expected to contribute to the broader scientific community by writing scientific papers for publication and presenting research findings at conferences, all while ensuring strict compliance with institutional policies and ethical regulations related to biosafety and animal care. This is a unique opportunity to contribute significantly to world-class research at UBC.

Essential Qualifications and Skills

Candidates applying for this Research Associate position at UBC must possess a Ph.D. and have completed postdoctoral work in pharmacology, physiological sciences, or a closely related discipline. A demonstrated record of scientific productivity is paramount, evidenced by peer-reviewed publications and clear contributions to independent research projects. The ability to thrive within a collaborative and multidisciplinary research environment is crucial, reflecting the integrated approach of the Department of Cellular & Physiological Sciences. Strong proficiency in experimental design and statistical analysis is required to ensure the rigour and validity of research outcomes. Furthermore, applicants must exhibit robust analytical, problem-solving, and scientific communication skills, vital for both conducting complex research and disseminating findings effectively. The ideal candidate will also demonstrate the drive, initiative, and enthusiasm necessary to successfully build and complete significant research projects, coupled with the ability to excel in a fast-paced and demanding team setting. The Johnson Laboratory values individuals who are eager to lead and contribute actively as a member of a dynamic research team.

The Department of Cellular & Physiological Sciences at UBC

The Department of Cellular & Physiological Sciences at UBC is renowned for its world-class research, dedicated to unravelling the fundamental mechanisms of cells and organisms to identify the underlying causes of human diseases. This vibrant department fosters diverse research, with investigators employing a wide array of leading invertebrate and vertebrate model systems, alongside biochemical, molecular genetic, cellular, and physiological approaches. Specific strengths include neuroscience, endocrinology, development, and cancer research. A robust collaborative spirit underpins the department's increasingly multidisciplinary research programs, integrating the latest technologies in molecular biology, genetics, next-generation genomics, proteomics, bioinformatics, and genetically-engineered animal models. Advanced imaging capabilities, including EM, super-resolution, 2-photon, live-cell, and high-throughput microscopy, further enhance the scientific investigations. Research conducted within this department provides critical insights into biological processes and pathologies associated with conditions such as cancer, Alzheimer’s, diabetes, heart disease, and stroke, reinforcing UBC's commitment to advancing global health.