Artificial Intelligence and Machine Learning for Robotics

Closed
NWOCommute Canada
Toronto, Ontario, Canada
GS
Guruditya Sinha He / Him
Country Head
(12)
4
Preferred learners
  • Canada
  • Academic experience
Categories
Data analysis Software development Machine learning Artificial intelligence
Skills
integrated development environments algorithms machine learning computer vision artificial intelligence predictive analytics research
Project scope
What is the main goal for this project?

We want to use our image dataset, based on our expected users and their applications, and leverage the latest image processing technologies to develop world class products. We would like to collaborate with students to apply the latest AI and machine learning techniques to our image datasets to gather new and exciting insights that our drone products can incorporate.

This will involve:

  • Conduct background research on our existing AI implementation, capabilities of the prototype and the create datasets.
  • Conduct research into the latest AI, ML and computer vision techniques and how they could be applied to our data.
  • Developing a ML / AI model which provides some sort of unique outcomes or insights into our data such as recommendation algorithms, predictive analytics, classifications, or other.
What tasks will learners need to complete to achieve the project goal?

By the end of the project, students should submit a final report (along with any source materials such as code, workbooks, etc) that demonstrates:

  • Understanding of the available dataset
  • Methodologies and approaches
  • Outcomes and results
  • Recommended next steps
  • Providing source code in a proper software development environment as applicable
About the company
  • https://www.nwocommute.com
  • 11 - 50 employees
  • Technology, Academic association, Automotive, Environment, Transport, trucking & railroad

NWOCommute Canada provides all-electric, autonomous commuting solutions for the future of urban cities. Come join us as we usher in the future of urban mobility!