Exciting graduate opportunities for 4 PhD and 2 MSc positions in High-Temperature Coatings for Aerospace Applications at Concordia University, Montreal Canada.
Why Choose Concordia for Advanced Research in Aerospace?
Concordia University is a well-regarded institution for cutting-edge research. Recently ranked #8 among Canadian universities for research impact by Times Higher Education and recognized as the #1 university for start-up creation in Canada, Concordia fosters an environment conducive to innovation and professional development. The city of Montreal, known for its high quality of life, further enhances the appeal of studying at Concordia, with its close proximity to natural attractions like Banff and Jasper, as well as the Canadian Rockies.
This opportunity at Concordia University not only offers a fully funded path toward a graduate degree but also provides invaluable experience working on real-world challenges within the aerospace industry. If you are passionate about advancing aerospace materials and tribology, this program may be the perfect fit.
About the Research Positions
The Concordia Thermal Spray, Tribology, and Multiphase Flow Labs (CTSTMF Labs) at Concordia University are offering six graduate positions (four PhDs and two MSc) for motivated individuals in the field of thermal spray and materials tribology. This initiative provides a unique opportunity to participate in a cutting-edge research project designed to advance aerospace materials technology, specifically focusing on next-generation, high-temperature coatings for extreme environments.
Project Overview
This collaborative project, led by Prof. Christian Moreau and Prof. Pantcho Stoyanov at Concordia University, is in partnership with aerospace industries and combines academic and industrial expertise. The primary objective is to develop durable, high-performance material systems that withstand extreme temperatures, such as wear-resistant environmental barrier coatings (EBCs) ideal for aerospace applications.
Role Expectations for Successful Candidates
Graduate students involved in this project will:
- Develop innovative coating strategies and optimize processes using advanced thermal spray techniques.
- Investigate coating performance under various conditions, including mechanical, oxidative, and tribological stress at high temperatures.
- Utilize advanced laboratory techniques like Accuraspray, DPV, PSD analyzer, SEM/EDX, XRD, FIB, EBSD, XPS, and Raman spectroscopy to characterize materials.
Eligibility Criteria
To qualify, applicants should meet the following criteria:
Academic Background
A master’s degree (for PhD applicants) or a bachelor’s degree (for MSc applicants) in material or mechanical engineering, applied physics, or a related discipline.
Technical Skills
Demonstrated experience in surface engineering, surface modification techniques (e.g., thermal spray methods), and materials characterization/testing is highly desirable.
Admission Requirements
Candidates must satisfy the entry requirements for the Gina Cody School of Engineering and Computer Science at Concordia University.
Preference for Canadian Permanent Residents
Priority will be given to Canadian citizens or permanent residents, aligning with national research funding policies and Concordia’s commitment to supporting local talent.
Application Process
Interested candidates should prepare the following documents:
- A cover letter detailing their research interests and motivations.
- A curriculum vitae (CV) summarizing relevant experience and achievements.
- Copies of academic transcripts.
All applications should be emailed to:
Dr. Payank Patel (Post-Doctoral Fellow) at payank_patel@concordia.ca Dr. Amit Roy amit.roy@concordia.ca