Research Scientist, XPS - UBC, Vancouver

AI Summary

This Research Scientist role at UBC in Vancouver, BC, focuses on X-ray photoelectron spectroscopy (XPS) within the Electron Microscopy Laboratory. The incumbent will manage XPS instrument operation, develop analytical methods, and provide technical guidance for advanced materials characterization. A degree in Engineering or Applied Science with related experience, preferably a PhD and advanced XPS expertise, is required.

About the Role and the Electron Microscopy Laboratory

The University of British Columbia (UBC) is seeking a dedicated Research Scientist to join its Electron Microscopy Laboratory, a core advanced characterization facility located within the Department of Materials Engineering in Vancouver, BC. This laboratory is integral to the Characterization @ UBC research excellence cluster, providing specialized microscopy, spectroscopy, and sample preparation capabilities crucial for high-quality analysis of various materials. The successful candidate will play a pivotal role in expanding the laboratory’s surface and near-surface characterization activities, with primary responsibility for the operation and application of the Thermo Fisher Scientific Nexsa G2 X-ray Photoelectron Spectrometer. This position involves contributing to experimental design, analytical method development, instrument maintenance, user training, and comprehensive data analysis, supporting both academic and industrial partners in their research endeavours. The role requires independent work within defined project objectives, collaborating closely with Laboratory leadership to develop appropriate characterization approaches and interpret results, integrating XPS with related microscopy and microanalysis workflows.

Key Responsibilities and Technical Expertise

The Research Scientist will design and implement advanced experimental and analytical approaches for XPS-based surface and near-surface characterization. This includes developing robust protocols for sample preparation, data acquisition, spectral interpretation, elemental quantification, and chemical state analysis. A significant part of the role involves the day-to-day management, maintenance, tuning, calibration, and troubleshooting of the Thermo Fisher Scientific Nexsa G2 XPS and associated analytical and sample preparation equipment to ensure reliable operation. The incumbent will also analyze and interpret complex XPS data, contributing to technical reports, presentations, and publications for a diverse user base. Furthermore, the role involves developing and applying correlative characterization workflows, potentially integrating XPS with optical microscopy, SEM, TEM, and FIB techniques. Providing technical guidance and training to students, research staff, and external users on experimental design, analytical procedures, equipment use, and data quality is essential. The Research Scientist will also collaborate with academic and industry partners, managing multiple research projects simultaneously, contributing to grant applications, and developing new research ideas related to advanced materials characterization.

Qualifications and Collaborative Environment

Candidates for this Research Scientist position should possess an undergraduate degree in Engineering or Applied Science, coupled with a minimum of one year of related experience. A PhD in a field such as materials science and engineering, physics, chemical engineering, or chemistry is highly preferred, along with advanced training and demonstrated experience in X-ray photoelectron spectroscopy, including instrument operation, optimization, and data analysis. Experience working within or supporting an advanced analytical research facility, particularly one focused on X-ray, electron microscopy, or spectroscopy, is also preferred. The role demands strong interpersonal, communication, organizational, and collaborative skills, as the Research Scientist will work within a multidisciplinary research environment. The ability to design and deliver research or technical projects, interpret data, and effectively communicate findings to academic and industry partners is crucial. The incumbent will contribute to a vibrant research community, fostering an inclusive environment and demonstrating a commitment to equity, diversity, and inclusion.