Mechanical properties, irradiation effects, microstructure characterization of engineering alloys
We are seeking an enthusiastic candidate for a postdoctoral position in mechanical properties, irradiation effects and microstructure characterization of engineering alloys. This position will support activities of the UNENE Research Chair in Nuclear Materials. Please write directly to Prof. Daymond (daymond@queensu.ca) with CV, cover letter and the names of two references.
Project Opportunity
The team, supported by the UNENE Research Chair (URC) in Nuclear Materials, covers a wide range of materials of interest to both the nuclear industry and wider efforts to support the low-carbon transition. Topics are particularly focused on understanding the relationship between microstructure and thermomechanical properties, in materials include Zr, Fe, and Ni based alloys, as well as the impact of irradiation. We are working with both commercial alloys and novel metal alloys. A significant benefit of the Chair program is easy access to the Reactor Materials Testing Laboratory (RMTL) to conduct ion irradiations which can emulate the effects of neutron irradiation.
Role Description
We are looking to fill one postdoctoral role. We are looking for an experimentalist who is comfortable with transmission electron microscopy, x-ray diffraction (especially synchrotron), and/or mechanical testing. The successful candidate will work closely with the URC, Prof. Mark Daymond to conduct research activities.
The activities will include collaboration with other experimentalists and theorists in the Nuclear Materials Group which now includes 7 Professors at Queen’s. Working with the PI and a multi-disciplinary team of graduate students, postdoctoral fellows, senior researchers, and visitors, the incumbent will have significant opportunities to work with industry and for publications, and conference attendance. A significant strength of the group is the close collaboration between experimentalists and modeller. This position is part of the Nuclear Materials Group within the Department of Mechanical and Materials Engineering (MME) at Queen’s University.
Duties/Responsibilities:
- Conduct thermomechanical testing of metal alloys, both ex situ and within a radiation environment, making use of the RMTL 4 MV tandem accelerator.
- Carry out characterization of microstructure evolution during thermomechanical testing and irradiation, using electron microscopy and other techniques.
- Design experimental plans, prepare samples, and carry out data analysis.
- Present and report research results and publishing scientific results in peer-reviewed journals in a timely manner.
- Assist the PI URC in mentorship of junior team members (e.g. PhD students)
- Be self-motivated and able to work with a diverse set of team members, to maintain a high level of scientific productivity.
- Ensure compliance with environment, safety, health and quality program requirements.
- Maintain strong commitment to the implementation and continuation of values and ethics.
Qualifications:
- PhD in Materials Science and Engineering or a closely related field with several years of relevant research experience; must have completed all degree requirements before starting the appointment and be within 4 years of receiving their Doctorate.
- In-depth knowledge and a minimum of 3 years of demonstrated experience in mechanical testing and microstructure characterisation of metals
- Experience in advanced materials characterization and analysis techniques of metal alloys under extreme conditions. Proficiency in Transmission Electron Microscopy to characterise material structures is required.
- Strong record of productive and creative research demonstrated by publications, both as a lead author and a contributor, in peer-reviewed journals and presentations at scientific conferences.
- Excellent organizational, planning, and time management skills, with adaptability and flexibility. Able to anticipate deadlines, prioritize activities and tasks, and independently set priorities to accomplish multiple tasks within limited timeframes.
- Capable of innovative, independent research with the ability to work collaboratively in a team environment and interact effectively with a broad range of colleagues, both within and outside RMTL and MME.
- Motivated and safety-conscious with excellent interpersonal, written, and oral communication skills in English for engaging with an international scientific audience.