Interested in our research? (updated: September 2024)
Undergraduate: motivated students can be considered to join our team based on mutual interests and the availability of funding and projects:
- Undergraduate (Not accepting co-ops, accepting URAs for Winter 2025): URA (Undergraduate Research Assistant), Co-op (USRA - Undergraduate Student Research Awards, only domestic students are eligible), or if you want to volunteer! Make sure to check your eligibility for URA and USRA before applying. If you are interested in applying for an undergraduate position, please apply using this form.
- FYDP/Capstone: reach me if you think I can help and/or advise your team! Available also to provide ideas for potential projects.
Graduate and postgraduate: we do not currently have explicit openings. At this stage, only students with a scholarship/prospective scholarship and a strong background and alignment with the lab may be considered.
- MASc and PhD [currently NOT considering international MASc]: please contact me directly. If you are a domestic (PR, Canadian citizen) applicant, if eligible, please apply to scholarships such as OGS and NSERC CGS. If you are an international applicant, your application will be subject to available funding. Please specify in your email subject whether you are a domestic or international candidate and the program you are applying for [AIRLab Domestic/International MASc/PhD candidate].
- Postdoc: no current openings.
Requirements
Candidates who wish to join the lab to perform a research project (undergraduate or graduate level) with at least two of the following expertise are preferred:
- Knowledge of Linux based systems (especially Ubuntu)
- Knowledge of Robotic Operating System (ROS/ROS 2)
- Programming skills (Python/C++ are preferred)
- Knowledge of version control (git: GitHub, Gitlab)
- Basic knowledge of robotics (kinematic and dynamic modeling, control)
Contact Prof. Yue Hu if you are interested in any of the projects listed on this website or doing research in topics including (but not limited to): human-robot interaction, optimal control applied to robotics, collaborative robotics, humanoid robotics, and human motion analysis.