- Pay
- $120–130k
- Where
- UBC Vancouver Campus - Vancouver, BC, Canada
- Level
- Mid
Job Title
Assistant Professor in High Temperature Metals Processing
Job Category
Faculty Bargaining
Job Profile
Assistant Professor (tenure-track)
Job Family Group
Academic
Department
Administrative Leadership | Department of Materials Engineering | Faculty of Applied Science
Job End Date
June 30, 2032
Posting End Date
January 3, 2027
Note: Applications will be accepted until 11:59 PM on the Posting End Date.
The expected starting salary range for the Assistant Professor position is $120,000 - $130,000 per annum
The Department of Materials Engineering at the University of British Columbia (Vancouver campus) seeks qualified applicants for a tenure-track position at the rank of Assistant Professor in high-temperature metals processing (in exceptional cases a tenure-track, or tenured, appointment at the rank of Associate Professor may be considered). The anticipated start date is July 1, 2027, or as soon as possible thereafter.
Over its long history, the Department of Materials Engineering at UBC has distinguished itself with excellence in research, teaching and service in Materials Engineering. The Department has a strong record of collaborative work within UBC and industry and promotes interdisciplinary research. Through the study of high-temperature processes and their influence on material behaviour and product quality, this appointment will strengthen connections among extractive metallurgy, physical metallurgy and manufacturing at UBC.
We seek an emerging researcher with a strong foundation in heat transfer and transport phenomena, supported by expertise in several of the following: fluid flow, thermodynamics, reaction kinetics, and solidification. Relevant research areas include: continuous, shape casting and other processes involving solidification; high-temperature extraction, recycling and refining; plasma processing, furnaces and thermal treatment, and other relevant areas. Applications addressing energy efficiency, emissions reduction, resource recovery and product quality are of particular interest.
The candidate will integrate physically grounded mathematical models with novel experimental approaches to identify controlling mechanisms, improve sustainability, process performance and enhance product quality. Experience designing coupled experiments/simulations, making measurements under challenging process conditions, or investigating processes at laboratory, pilot or industrial scales is valued. Applicants should demonstrate depth in a defined research area and a vision for extending their expertise across materials, processes and scales. Expertise in every area listed is not expected; diverse intellectual interests, engineering judgement and potential for growth will be important considerations.
The successful candidate will develop an independent, internationally recognized research program and seek funding, both individually and collaboratively, from government and industrial sources. Responsibilities will also include teaching at the undergraduate and graduate levels, supervising master’s and doctoral students, and providing service to the University and the broader community. The successful candidate will be expected to develop an equitable, diverse and inclusive learning and research environment that is respectful of all students, staff and faculty.
Teaching contributions are expected in thermodynamics, transport phenomena, kinetics and materials processing, with additional contributions (e.g., developing new courses) aligned with the candidate’s expertise. The appointee will be encouraged to build collaborations across departmental research areas and sustained industrial partnerships that connect fundamental research with practical process improvements.
A Ph.D. in Materials Engineering, Metallurgical Engineering or a related field is required. Applicants should demonstrate a strong record of research achievement and teaching ability, or clear potential to excel in these areas, relative to career stage. The…