Research Assistant

Western University; London; On-site; CAD 60,000 - 80,000; Full time

Job summary

A leading research institution in London, Ontario is seeking a research assistant to investigate corrosion risks associated with dental implants. The role involves collaboration in an electrochemical lab with experts and is open to undergraduates, graduates, or postdoctoral associates. Candidates are preferred to have experience in electrochemistry, corrosion science, and relevant research. Applications are open until May 2026.

Qualifications

• Research experience in electrochemistry or related fields.
• Basic understanding of experimental research in a laboratory environment.
• Publication experience in dentistry or science and engineering is a plus.

Responsibilities

• Investigate corrosion risks when placing dental implants in the maxillary sinus.
• Work in an electrochemical lab with advisors.
• Collaborate closely with dental professionals.

Skills

Electrochemistry

Analytical chemistry

Surface chemistry

Corrosion science

Materials science

Biomedical engineering

Dentistry specialized on dental materials

Education

Undergraduate, graduate, or postdoctoral level

Job description

Western University is a leading research-intensive institution with a vibrant community of over 30,000 students and 300,000 alumni. The university fosters global connections and is committed to driving meaningful change in the world. Located in picturesque London, Ontario, Western welcomes scholars from around the globe to its dynamic campus environment.

Question for Researchers

Are there any corrosion risks when placing a dental implant into the maxillary sinus?

Dental implants are commonly placed in the posterior upper jaw. In this anatomical region, the maxillary sinus (an air‑filled cavity lined by a soft‑tissue mucosa) plays an important role as it limits the amount of bone available for implant placement. Some surgical procedures result in the dental implant bridging the oral cavity and the maxillary sinus, which are two aqueous environments separated by bone. These environments can be chemically very different, and it is of interest to understand whether the exposure to two different environments can accelerate the corrosion, and ultimately the failure, of the dental implant.

To investigate the risk and mechanism of corrosion in this situation, you’ll work in an electrochemical lab with Dr. Peter Slovensky and Dr. Yolanda Hedberg in close collaboration with dentist Dr. Santiago Cobos.

Preferred Experience

Electrochemistry, analytical chemistry, surface chemistry, corrosion science, materials science, biomedical engineering, or dentistry specialized on dental materials. Ideally, you have already some research experience in related projects and know the basics of experimental research in a laboratory environment. Ideally, you also have already some publication experience either in the field of dentistry or science and engineering. You can be at the undergraduate, graduate, or postdoctoral level.

Options

Part‑time or full‑time research assistant, summer research student or assistant, or, if other requirements are met, a graduate student or postdoctoral associate. The funded period will be, depending on the level, about 6‑12 months.

Start

As soon as possible, and no later than May 2026.

Apply to

Dr. Santiago Cobos, [e-mail]

Details

• Seniority level: Internship
• Employment type: Full‑time
• Job function: Research, Analyst, and Information Technology
• Industry: Higher Education