University of British Columbia (Vancouver Campus) Postdoctoral fellowships (August)

1. POSTDOCTORAL FELLOW: NATURAL POLLINATION SERVICES AND PEST CONTROL IN BLUEBERRY

POSTING EXPIRY

18 September 2022 - 12:00pm

Please refer to reference number PDFO-56469 when applying for this position.

The WoRCS Lab (Working on Restoring Connectivity and Sustainability; PI Claire Kremen), in collaboration with the PIEE Lab (Plant Insect Ecology and Evolution; PI Juli Carrillo) and the PPGC Lab (Plant-Pollinator and Global Change; PI Risa Sargent), seeks a postdoctoral fellow to conduct primary research on blueberry pollination in response to new agroecological management techniques being designed for blueberry orchards in British Columbia.  In addition to their primary research, the postdoctoral fellow will manage and coordinate the overall research program whose aims are to optimize both natural pollination and pest control for blueberry.  With funding from NSERC Alliance, the Principal Investigators are developing an orchard cover crop mix with the goal of promoting nesting and foraging of the principal bumble bee pollinators of blueberry, while also encouraging natural enemies that can help control Spotted Wing Drosophila, an economically-devastating pest in the region.  The postdoctoral fellow will design and implement research to document the effectiveness of the cover crop mix in promoting blueberry native bee pollinators and blueberry crop pollination, and will coordinate, co-supervise and support the research team (including several graduate students and two research technicians) investigating various aspects of the project.

The position will be based at the University of British Columbia’s Vancouver campus in the Biodiversity Research Centre, with access to resources both at the Institute for Resources, Environment and Sustainability and the Centre for Sustainable Food Systems. Field work is carried out at experimental and working farms, located both on UBC campus and in the nearby Fraser Valley (30 – 90 minutes from campus). Project partners and collaborators include the BC Blueberry Council, Delta Farmland and Wildlife Trust, and Agriculture and Agri-food Canada.

In addition to their academic credentials with a focus on pollination ecology, native pollinators and/or agricultural ecology/agronomy/agroecology, the ideal candidate will have significant skills in research project organization, coordination and management. 

Job description

Research –   Develops and implements field experiments to test cover-crop mixture effectiveness for: (1) enhancing native pollinator abundance via enhanced nesting and/or provisioning of floral resources, and (2) increasing blueberry crop pollination and production. Analyzes data using state-of-the science statistical methods and writes and submits manuscripts for publication in peer-reviewed journals.   Contributes intellectually to design of research for pest control topics; assists in supervision of graduate and undergraduate students involved in both pollination and pest control research; co-authors collaborative research publications. 

Research coordination -  Coordinates and facilitates research projects funded by the NSERC Alliance grant, working with the faculty members, partners, land-owners and managers, research technicians and graduate and undergraduate students across the entire research cycle, from project development, to implementation of the research program, to co-developing final products such as grant reports, publications, presentations and outreach materials.

Knowledge mobilisation – Works with research technicians and graduate students to mobilize knowledge based on this research, including developing outreach products and participating in outreach events and programs

Knowledge and Skills Desired

Extensive knowledge of pollination ecology and insect ecology, backed by a solid publication track record.

Prior work with native pollinators, especially bees

Prior work in crop pollination, and especially blueberry, is desirable.

Passion for solutions-oriented work at the nexus of agriculture and biodiversity conservation.

Proven research expertise, such as in protocol development, field research design, quantitative data analysis, statistical analysis.

Proven familiarity with publication procedures.

Demonstrated experience and success in researching, writing and managing research funding or other grants. 

Prior mentorship experience of research technicians and/or undergraduate or graduate students

Demonstrated coordination skills with a strong track record for developing positive relationships and the ability to effectively plan, organize and support collaborative research.

Ability to develop and maintain cooperative and productive working relationships with partners and/or stakeholders and supporting a dynamic and creative academic team.

Excellent project management and organizational skills with the ability to plan, organize, manage, monitor, and complete, multi-year projects within allocated time and resources and identify, obtain and effectively manage people, materials, budgets.

Ability to communicate effectively in English, both verbally and in writing.

Strong interpersonal, conflict resolution and negotiating skills with the ability to deal effectively with a diversity of people/cultures.

Commitment to equity, diversity and inclusion.

Qualifications

PhD in a relevant biological or environmental science discipline, including botany, zoology, entomology, ecology, agroecology, agronomy or other relevant discipline. 

The anticipated start date is flexible to start anytime between Oct 15, 2022 and Dec 31, 2022. This is a two-year term appointment with possibility of renewal dependent upon availability of funding. Salary will be commensurate with qualifications and experience, and in line with tri-agency annual award standards (i.e. minimum $45,000 per/year). UBC offers Post-doctoral Fellows a wide-ranging benefits plan that includes extended health and dental coverage, among other benefits.

CV and Cover letter required – Please clearly identify in your cover letter how your experience matches with the desired qualifications

Please provide three letters of reference in support of your application.

https://ubc.wd10.myworkdayjobs.com/en-US/ubcfacultyjobs/details/Postdoctoral-Research-Fellow_JR9181

HOW TO APPLY?

Applicants should submit enquires/applications at this website and refer to reference number PDFO-56469.

Desired start date: 16 Oct 2022

Duration: Fixed term / Temporary

Contract Type: Full Time

2. POSTDOCTORAL RESEARCH FELLOW

POSTING EXPIRY

10 October 2022 - 12:00pm

Please refer to reference number PDFO-56456 when applying for this position.

Postdoctoral Fellow (PDF) Position in Targeted Drug Delivery and Nanomedicine

One full-time postdoctoral position is available immediately in the lab of Dr. Shyh-Dar Li’s at the Faculty of Pharmaceutical Sciences, University of British Columbia (Vancouver, BC, Canada. Due to the funding and project requirements, the position must be filled shorty, preferably immediately. Therefore, only applicants who do not need or already have a valid work permit are encouraged to apply.  

Research in the Li lab focuses on employing chemical approaches to engineer innovative drug delivery systems such as lipid- or polymer-based nanoparticles to enhance drug targeting. For more information about the Li lab and current research, please check: http://lilab-tddn.pharmsci.ubc.ca/

Dr. Li is the Chair of the Faculty’s Nanomedicine and Chemical Biology Research and Training Program. He is one of the research leaders at the Nanomedicine Innovation Network (NMIN), a National Centre of Excellence co-funded by the Government of Canada and industry, focusing on clinical translation and commercialization of nanomedicines (https://www.nanomedicines.ca/). Trainees in the Li lab are exposed to a rich and unique training environment, ranging from chemistry, pharmaceutics, drug formulation, nanoparticle engineering, drug development, animal study, to entrepreneurship. Trainees from the Li lab are highly competitive for highly skilled jobs, including scientists in innovative biotech companies and tenure-track faculty. 

Qualifications:

Have a PhD in a related field

Have published peer-reviewed articles as first author

Have excellent communication skills

Be self-motivated and interested in drug delivery research

Preference will be given to those who have experience in organic synthesis, cell culture, biological assays, protein engineering or in vivo studies.

Responsibilities: 

Take the lead of a major project in the lab

Develop drug formulations and perform in vitro and in vivo characterizations.

Lead organization and maintenance of the Li lab

Train junior lab members

Publish research results and assist in grant writing

Present their data at conferences and lab meetings

Teaching opportunity is available if interested.

Pay will be commensurate with level of experience and subject to UBC regulations for postdoctoral stipends. The contracted term will be for one year, from which further extensions will be possible.  For further information, please email shyh-dar.li@ubc.ca.

Review of applications will start immediately and will continue until the position is filled. 

Please send a curriculum vitae to:

Dr. Shyh-Dar Li

Angiotech Professor in Drug Delivery

Faculty of Pharmaceutical Sciences, The University of British Columbia

Email: shyh-dar.li@ubc.ca

HOW TO APPLY?

Please send applications to shyh-dar.li@ubc.ca and refer to reference number PDFO-56456.

Duration: Fixed term / Temporary

Contract Type: Full Time

3. POSTDOCTORAL FELLOW IN AGING, TISSUE INJURY, AND PRURITUS

POSTING EXPIRY

15 September 2022 - 12:00pm

Please refer to reference number PDFO-56438 when applying for this position.

We are seeking a highly-motivated Postdoctoral Fellow with strong leadership ability and expertise in skin aging, tissue injury and repair/fibrosis, and pruritus, experimental dermatology, and molecular biology. The successful applicant will work full-time under the supervision of Dr. David Granville PhD for a two-year term with the possibility of extension. The position start date is flexible.

JOB SUMMARY:

Granzymes are a family of serine proteases with 5 members identified in humans. With the exception of Granzyme A and Granzyme B, very little is known about the other 3 proteases, providing many opportunities to carve out a niche for drug development, patents, and publications. Our research program spans basic molecular biology and biochemistry through to target validation, proof-of-concept in animal and human models, and collaborations with clinicians and industry. Dr. Granville’s laboratory has expertise in established mouse models of skin diseases related to pruritus, aging, inflammation, tissue injury, and wound healing. The Postdoctoral Fellow (PDF) will be involved in translational research investigating the pathophysiological roles of granzymes in the context of pruritus and inflammation in aging skin and/or other dermatologic conditions. The position will provide opportunities to collaborate and work in other areas of wound healing and regenerative medicine with both industry and academic collaborators. The PDF will be responsible for conceiving, designing, and implementing studies to further elucidate mechanisms of disease through the use of in vitro and in vivo models. The position is highly translational and well-suited for PDFs seeking greater involvement in taking basic bench research discoveries through to clinical application and potentially commercialization. Applicants with well-rounded expertise in biochemistry, enzymology, proteomics and/or degradomics techniques are especially encouraged to apply.

ORGANIZATIONAL STATUS:

The Granville Laboratory is located within the University of British Columbia (UBC), the International Collaboration for Repair Discoveries (ICORD) Centre, and the BC Professional Firefighters’ Wound Healing and Regenerative Medicine Laboratory at the Vancouver Coastal Health Research Institute (www.vchri.ca) in Vancouver, British Columbia, Canada. More information on the Granville Laboratory can be found at www.granzymes.com. The candidate will report to Dr. Granville directly and will play a senior leadership role in the laboratory that includes overseeing the research activities of graduate students, undergraduate students, and technicians.

WORK PERFORMED:

Provide leadership, strategic direction, and translational research pertaining to research in chronic and/or age-related skin and other pathologies

Design and implement research plans to investigate the pathological role of granzymes, extracellular matrix, inflammation or other pathways

Design and conduct animal experiments, including animal handling and breeding

Conduct in vivo testing or characterization of small molecules, knockouts or antibodies in relevant animal models

Foster research collaborations and work jointly with academic, clinical, industry, and other partners

Experience with cell culture (neurons) and assessment of peripheral neuronal damage and/or pruritus would be ideal

Scientifically document lab experiments, data analysis, interpretations

Write manuscripts, present results at internal and external meetings

Identify funding opportunities as well as write grant proposals with supervisor as a co-applicant

Lead and mentor junior trainees in the laboratory

CONSEQUENCE OF ERROR:

This is a senior research position that plays a critical role in the development of this novel field. The PDF is accountable for the quality and integrity of the research and data, including analyses and interpretation, as well as the effective and efficient management of research projects and deliverables. This position requires innovation, strategic planning, and adaptability. Incorrect decisions or actions may damage the reputation of the laboratory, lead to loss of credibility in this field, and be financially costly.

SUPERVISION RECEIVED:

The PDF will work with a high degree of independence and set priorities under broad directives from Dr. Granville. This position will also provide the candidate with a high level of exposure to translation, commercialization, and industry.

SUPERVISION EXERCISED:

The PDF will be expected to provide direction and mentorship to graduate and undergraduate students under the supervision of Dr. Granville. The PDF will also have access to a technician.

QUALIFICATIONS:

The candidate should have a solid scientific and technical background with excellent written and oral communication, interpersonal as well as organizational skills.

Ph.D. in experimental dermatology, immunology, enzymology/protease biology, molecular and cell biology, experimental pathology, experimental medicine, or similar discipline

Applicants with well-rounded expertise in biochemistry and/or proteomics techniques are especially encouraged to apply

Experience and a strong track record with mouse models of dermatologic, autoimmune, aging-related and/or chronic disease

Expertise and hands-on experience in animal studies, including all aspects of design, handling, breeding, tissue collection, histology, and analyses are essential

Familiarity with testing/characterization of small molecule or antibodies in vivo is preferred

Previous biochemical/cell biology experience with proteases, protease activity assays, extracellular matrix/proteoglycan biology, immunology, histology, proteomics is an asset

Experience with statistical analyses and scientific writing; previous experience with grant writing is an asset

A proven track record with a minimum of 2-3 first author publications in reputable journals

PERSONAL ATTRIBUTES:

Self-starter; Demanding of excellence; Attentive to details; Committed while able to maintain balance and perspective; Willing to make and learn from mistakes; Person of high integrity; Honest, trustworthy, positive, and respectful; Accountable; Flexible; Gets along well with others; Good listener, straightforward communicator, team builder; Capable of working independently and in teams; Comfortable with responsibility and uncertainty; Looking to build something of value; A good sense of humour; Excellent social, networking and interpersonal skills.

If you are interested in this position, please submit a cover letter and CV in PDF format to Karen Jung at kjung@icord.org. The position will remain open until filled.

HOW TO APPLY?

Please send applications to kjung@icord.org and refer to reference number PDFO-56438.

Desired start date: 01 Nov 2022

Duration: Fixed term / Temporary

Contract Type: Full Time

4. POSTDOCTORAL FELLOWSHIP - IN VIVO MICROSCOPY AND TOOLS FOR IMAGE-GUIDED BIOPSY

POSTING EXPIRY

1 September 2022 - 12:00pm

Please refer to reference number PDFO-56304 when applying for this position.

 

The Optical Cancer Imaging Lab (OCIL) at the BC Cancer Research Institute (BCCRI) in Vancouver, Canada, has an opening for a Postdoctoral Fellow. The OCIL develops and validates non-invasive high-resolution optical tools for the early detection and management of cancer. Our research includes all aspects of optical imaging and spectroscopy for the in vivo, ex vivo, and in silica evaluation of tissues from sites including lung, cervix, oral cavity, skin and colon. Further information is available online (http://www.biophotonics.bccrc.ca).

We are seeking a qualified individual to lead a funded research project to develop image-guided biopsy tools for the lung. Primary responsibilities include design, development, and validation of catheters for image-guided biopsy; development of combined OCT and fluorescence systems; ex vivo and in vivo studies; pilot study design and execution; and the publication of scientific results at international conferences and in peer-reviewed journals. The successful candidate will join an interdisciplinary research group including biomedical engineers, imaging scientists, and clinicians.

QUALIFICATIONS:

The ideal candidate will have a Ph.D. in biomedical/electrical/mechanical/optical engineering, biological or physical sciences, or a related field. The candidate should have hands-on experience in OCT, in vivo microscopy, or medical imaging, and a solid understanding of at least two of the following: biomedical optics, fiber-optics, dual-clad fibers and/or photonic crystal fibers, micro-optics, image processing, catheter fabrication. Familiarity with MATLAB and C/C++ language programming is desirable. Excellent communication skills and proficient English language skills are required.

The candidate will work in a multidisciplinary team of physicians, cancer biologists, chemists, and optical engineers. The successful candidate will be expected to work effectively and independently while assisting MASc and PhD candidates in our laboratory. This position offers significant opportunity for interaction in a multidisciplinary environment at the interface between biomedical optics and clinical practice. Preference will be given to applicants with a proven track record in biomedical research and candidates should have more than a casual interest in publishing.

This is a one-year term position, with the possibility of extension for a second year, based on performance and funding sources.

The successful candidate will work under the direction of Dr. Pierre Lane, Senior Scientist at the BCCRCI and Affiliate Associate Professor, School of Biomedical Engineering, UBC.

All qualified candidates are encouraged to apply; however, Canadians and permanent residents will be given priority.

As per the current Public Health Order, full vaccination against COVID-19 is a condition of employment with PHSA as of October 26, 2021.

Interested candidates should forward a cover letter that expresses their research interests, curriculum vitae, and two references to Rebecca White (rebecca.white@bccrc.ca) with “OCT PDF” in the subject line.

HOW TO APPLY?

Please send applications to rebecca.white@bccrc.ca and refer to reference number PDFO-56304.

Duration: Fixed term / Temporary

Contract Type: Full Time

5. POSTDOCTORAL FELLOWS IN CHARACTERIZING EMISSIONS FROM URBAN FREIGHT SYSTEMS TO SUPPORT DECARBONIZATION

POSTING EXPIRY

31 December 2022 - 12:00pm

Please refer to reference number PDFO-56286 when applying for this position.

An interdisciplinary team at the University of British Columbia (UBC) seeks multiple postdoctoral fellows or graduate students at the PhD level to join an Environment and Climate Change Canada (ECCC) funded study on decarbonisation pathways for urban freight systems. This study will bring together field-measurements of real-world freight systems, emissions and air quality modeling, and the design of decision-support tools for policy and planning.

We are seeking candidates who are interested in field-based and modeling-based investigations of:

On-board marine emissions from a variety of ships (e.g., tugboat, ferry) for a variety different operating conditions and fuels

On-board railway emissions measurements

Near roads in and around ports, freight corridors and other urban freight areas of interest

Air quality and health impacts of freight systems

What makes this project unique: This project involves direct engagement with stakeholders from industry and government at the local, regional and national scale. The project will pilot ways of integrating a range of measurements and modeling tools to support decision-making. Outcomes from this research will directly support policy scenario analysis, technology investment, and facilities operation, giving students and postdoctoral fellows the unique opportunity to understand how academic research can be translated into policy and technology outcomes. Additionally, the study team comprises 6 departments and 3 faculties at UBC, providing important interdisciplinary training.

Anticipated background: Engineering (mechanical, environmental, chemical, civil), atmospheric science, engine emissions, aerosols, chemistry, public health/experimental medicine. Prior experience with air pollution and climate research is strongly preferred, including hands-on experimental research and/or modeling and data analytic research. Applicants interested in interdisciplinary collaboration with non-academic partners are especially encouraged to apply.

Desired skill sets (note: we do not expect to find candidates with all of these skills as this is a joint posting across numerous departments; if you have some of these skills we encourage you to reach out!):

Field-based skill sets

Research or related experience working with engines, fuels, and/or exhaust emission measurement equipment.

Experience working with hand tools and mechanical systems or the strong desire to develop these skills.

The ability and willingness to participate in field campaigns, which requires working in industrial settings and adhering to safe work practices.

Experience with aerosol instrumentation

Experience with ambient air quality measurement

Research or related experience working with cell culture, aerosols, toxicology, PCR, ELISA, relevant statistical analysis.

Modelling- and analysis-based skill sets

Experience with dispersion or chemical transport modelling

Experience with geospatial data wrangling, cleaning, and analysis 

Interest or experience in applied mathematics related to optimization problems, and/or uncertainty quantification

Cross-cutting skills

Ability to analyze large and complex data sets (data mining, data cleaning)

Proficiency with languages and software for advanced data analysis (e.g., R, Python, MATLAB, ArcGIS)

Evidence of strong written and oral communication

Strong collaboration and the ability to work with a diverse team, including other researchers, equipment operators, policy-makers and project management.

Expected start date and location: Any start date between January – September 2023 is acceptable. Location will be in Vancouver, British Columbia, Canada, but projects will include extended field deployments in the broader Metro Vancouver region.

Advisors: Students may be matched with one or more advisors from the study team including Prof. Patrick Kirchen (Mechanical Engineering), Prof. Steven Rogak (Mechanical Engineering), Prof. Naomi Zimmerman (Mechanical Engineering & Atmospheric Science), Prof. Allan Bertram (Chemistry), Prof. Chris Carlsten (Medicine), Prof. Amanda Giang (Mechanical Engineering & Atmospheric Science & Resources, Environment and Sustainability), Prof. Bhushan Gopaluni (Chemical Engineering). This means that prospective students could receive a PhD in Mechanical Engineering, Atmospheric Sciences, Chemistry, Chemical Engineering, Medicine, or Resources, Environment & Sustainability, depending on their interest. We also support co-supervision.

Information on Graduate Studies in MechE at UBC: http://mech.ubc.ca/graduate/prospective/

Information on Graduate Studies in ATSC at UBC: https://www.eoas.ubc.ca/grads/apply

Information on Graduate Studies in CHEM at UBC: https://www.chem.ubc.ca/graduate-admissions

Information on Graduate Studies in CHBE at UBC: https://chbe.ubc.ca/future-students/graduate/

Information on Graduate Studies in IRES at UBC: https://ires.ubc.ca/graduate-program/prospective-students/

Information on Graduate Studies in Medicine at UBC: https://www.grad.ubc.ca/category/specialization/experimental-medicine

Contact: If interested, please send an email to caaf@chem.ubc.ca, using the subject line “Inquiry Re: Graduate Student Application, Urban Freight”. Please briefly describe your research interests and experience and include a CV and transcript when inquiring. Please mention the supervisor you are most interested in working with in your email, and preferred start date.

HOW TO APPLY?

Please send applications to caaf@chem.ubc.ca and refer to reference number PDFO-56286.

Desired start date: 01 Jan 2023

Duration: Fixed term / Temporary

Contract Type: Full Time

6. POSTDOCTORAL FELLOWS IN CHARACTERIZING EMISSIONS FROM URBAN FREIGHT SYSTEMS TO SUPPORT DECARBONIZATION

POSTING EXPIRY

31 December 2022 - 12:00pm

Please refer to reference number PDFO-56286 when applying for this position.

 

An interdisciplinary team at the University of British Columbia (UBC) seeks multiple postdoctoral fellows or graduate students at the PhD level to join an Environment and Climate Change Canada (ECCC) funded study on decarbonisation pathways for urban freight systems. This study will bring together field-measurements of real-world freight systems, emissions and air quality modeling, and the design of decision-support tools for policy and planning.

We are seeking candidates who are interested in field-based and modeling-based investigations of:

On-board marine emissions from a variety of ships (e.g., tugboat, ferry) for a variety different operating conditions and fuels

On-board railway emissions measurements

Near roads in and around ports, freight corridors and other urban freight areas of interest

Air quality and health impacts of freight systems

What makes this project unique: This project involves direct engagement with stakeholders from industry and government at the local, regional and national scale. The project will pilot ways of integrating a range of measurements and modeling tools to support decision-making. Outcomes from this research will directly support policy scenario analysis, technology investment, and facilities operation, giving students and postdoctoral fellows the unique opportunity to understand how academic research can be translated into policy and technology outcomes. Additionally, the study team comprises 6 departments and 3 faculties at UBC, providing important interdisciplinary training.

Anticipated background: Engineering (mechanical, environmental, chemical, civil), atmospheric science, engine emissions, aerosols, chemistry, public health/experimental medicine. Prior experience with air pollution and climate research is strongly preferred, including hands-on experimental research and/or modeling and data analytic research. Applicants interested in interdisciplinary collaboration with non-academic partners are especially encouraged to apply.

Desired skill sets (note: we do not expect to find candidates with all of these skills as this is a joint posting across numerous departments; if you have some of these skills we encourage you to reach out!):

Field-based skill sets

Research or related experience working with engines, fuels, and/or exhaust emission measurement equipment.

Experience working with hand tools and mechanical systems or the strong desire to develop these skills.

The ability and willingness to participate in field campaigns, which requires working in industrial settings and adhering to safe work practices.

Experience with aerosol instrumentation

Experience with ambient air quality measurement

Research or related experience working with cell culture, aerosols, toxicology, PCR, ELISA, relevant statistical analysis.

Modelling- and analysis-based skill sets

Experience with dispersion or chemical transport modelling

Experience with geospatial data wrangling, cleaning, and analysis 

Interest or experience in applied mathematics related to optimization problems, and/or uncertainty quantification

Cross-cutting skills

Ability to analyze large and complex data sets (data mining, data cleaning)

Proficiency with languages and software for advanced data analysis (e.g., R, Python, MATLAB, ArcGIS)

Evidence of strong written and oral communication

Strong collaboration and the ability to work with a diverse team, including other researchers, equipment operators, policy-makers and project management.

Expected start date and location: Any start date between January – September 2023 is acceptable. Location will be in Vancouver, British Columbia, Canada, but projects will include extended field deployments in the broader Metro Vancouver region.

Advisors: Students may be matched with one or more advisors from the study team including Prof. Patrick Kirchen (Mechanical Engineering), Prof. Steven Rogak (Mechanical Engineering), Prof. Naomi Zimmerman (Mechanical Engineering & Atmospheric Science), Prof. Allan Bertram (Chemistry), Prof. Chris Carlsten (Medicine), Prof. Amanda Giang (Mechanical Engineering & Atmospheric Science & Resources, Environment and Sustainability), Prof. Bhushan Gopaluni (Chemical Engineering). This means that prospective students could receive a PhD in Mechanical Engineering, Atmospheric Sciences, Chemistry, Chemical Engineering, Medicine, or Resources, Environment & Sustainability, depending on their interest. We also support co-supervision.

Information on Graduate Studies in MechE at UBC: http://mech.ubc.ca/graduate/prospective/

Information on Graduate Studies in ATSC at UBC: https://www.eoas.ubc.ca/grads/apply

Information on Graduate Studies in CHEM at UBC: https://www.chem.ubc.ca/graduate-admissions

Information on Graduate Studies in CHBE at UBC: https://chbe.ubc.ca/future-students/graduate/

Information on Graduate Studies in IRES at UBC: https://ires.ubc.ca/graduate-program/prospective-students/

Information on Graduate Studies in Medicine at UBC: https://www.grad.ubc.ca/category/specialization/experimental-medicine

Contact: If interested, please send an email to caaf@chem.ubc.ca, using the subject line “Inquiry Re: Graduate Student Application, Urban Freight”. Please briefly describe your research interests and experience and include a CV and transcript when inquiring. Please mention the supervisor you are most interested in working with in your email, and preferred start date.

HOW TO APPLY?

Please send applications to caaf@chem.ubc.ca and refer to reference number PDFO-56286.

Desired start date: 01 Jan 2023

Duration: Fixed term / Temporary

Contract Type: Full Time

For Details Please visit the official site