Research Associate, Multi-Anvil Synthesis - UBC, Vancouver

About the role

The Stewart Blusson Quantum Matter Institute (UBC Blusson QMI) at the University of British Columbia (UBC) is actively seeking a dedicated Research Associate. This pivotal role focuses on advancing the Institute’s capabilities in the development and operation of a state-of-the-art multi-anvil press facility. Your primary contribution will be to facilitate the high-pressure synthesis of novel materials that exhibit emergent quantum phenomena. This position offers a unique opportunity to engage in collaborative and interdisciplinary research efforts, contributing directly to the discovery of new quantum materials with distinct magnetic and electronic properties. The successful candidate will bring substantive experience in multi-anvil press operation and high-pressure synthesis, building upon their PhD background in a related field.

Your impact

As a Research Associate at UBC Blusson QMI, your work will have a profound impact on the advancement of quantum materials research. You will be instrumental in overseeing and managing a cutting-edge high-pressure synthesis laboratory, directly enabling the creation of materials critical for understanding emergent quantum systems. Your leadership will support multiple research groups, fostering an environment of innovation and discovery. This role offers the chance to mentor future scientists and contribute to the global scientific community through publications and presentations, solidifying UBC's position as a leader in quantum research.

• Oversee the management and operation of a state-of-the-art high pressure synthesis laboratory equipped with a 700-ton and a 1500-ton multi-anvil press to achieve high pressure synthesis conditions from 5 to 25 GPa.
• Manage facility operations and equipment, develop standard operating protocols, plan experiments, coordinate with vendors to procure consumables, and oversee regular maintenance and repairs.
• Mentor a team of students and postdocs.
• Support multiple research groups that utilize the multi-anvil press in their investigations.
• Publicize research findings through presentations at international conferences and prepare articles for peer-reviewed journals.

What you'll bring

To thrive in this challenging yet rewarding Research Associate position at UBC Blusson QMI, you will possess a strong academic foundation and extensive practical experience in high-pressure synthesis. Your expertise will be crucial in expanding the capabilities of the Quantum Materials Design Lab (QMDL), one of UBC Blusson QMI's core facilities. We are looking for a candidate who demonstrates a capacity for independent research and a collaborative spirit, essential for our interdisciplinary environment.

• A PhD in an area relevant to the research pursuits of UBC Blusson QMI and the Quantum Materials Design Lab, such as physics, chemistry, or materials science.
• Significant postdoctoral experience (3+ years) in the field of multi-anvil high pressure synthesis of quantum materials.
• Experience in the development of new capabilities (e.g., new classes of materials, single crystal growth, modified cell designs).
• Experience in the development, management, and operation of high pressure synthesis facilities.
• Complimentary experimental competencies such as crystallography, microstructural characterization, lab-based magnetic and electronic property measurements, and x-ray or neutron spectroscopies.
• A competitive record of publications in reputable scientific journals.
• Demonstrated capacity to pursue independent research aligned with UBC Blusson QMI interests.
• Experience leading research projects.
• Experience mentoring students or staff.
• Demonstrated ability to work in a multi-disciplinary, highly collaborative environment where resources and expertise are shared.

Why you'll love it here

At UBC, particularly within the Stewart Blusson Quantum Matter Institute, you will join a world-leading venture dedicated to cutting-edge research in quantum systems and phenomena. UBC is committed to fostering a diverse and inclusive workforce, believing it is key to achieving excellence in research, innovation, and learning. You will benefit from a collegial and collaborative culture, engaging with strong interdisciplinary teams and active partnerships with institutions like TRIUMF and the Max Planck Society. Beyond the stimulating academic environment, UBC offers a competitive benefits package, including extended medical, dental, life insurance, and a pension plan, ensuring a rewarding career experience.