Robotics - Mechanical Design for 3D printing and CNC

We want to leverage the latest 3D Mechanical Computer Aided Design (CAD) technology available to create mechanical designs that can be fabricated using 3D printing / CNC. We would like to collaborate with students to apply their mechanical design skills to create new and exciting designs for our products. We would like students to develop Mechanical CAD modelling skills and come up with some potential designs that can be used for the various robotics applications we are developing. This will involve: Work with 3D Mechanical CAD tools to modify pre-existing designs for the requirements. Placing internal components of various products inside the 3D models. Ensure 3D printing , DFM compatibility of the final models developed.

Workshop Event Planning

Our organization is committed to serving our target population. We are currently collaborating with overseas players and updating our workshop content keeping in mind the Canadian context. We would like to collaborate with students to plan a series of workshops to help meet our goals, starting in February on key STEM topics such as robotics and space systems. The workshops will be focused on post-secondary students. This will involve several different steps for the students, including: Familiarizing themselves with our mission, values and goals. Estimating and establishing the budget of the workshop. Creating a plan of action and a detailed breakdown of tasks for volunteers to complete at the event. Review the format and duration of the workshop and suggest any changes Assisting in marketing and promoting our event. Bonus steps in the process would also include: Recommending improvements for future workshops.

A.I. Product Management

Our company works on high-end AI and robotics applications. We use an app to provide one of the key features relevant to the customer. We would like to collaborate with students to help build the app. This will help us to begin evaluating the app side of the product, in the market. This will involve several different steps for the students, including: Familiarizing themselves with products and services. Identifying features that should be included into our app. Implementing and documenting changes. Recommending areas for future app improvement and integration.

Artificial Intelligence & Machine Learning Application

The main goal of this project is to leverage the YOLO framework to create an effective real-time object recognition algorithm that is focused on detecting drone swarms. By the end of the project, students should submit a final report (along with any source materials such as code, etc) that demonstrates: - Understanding of the current YOLO algorithm - Methodologies and approaches to enhancing the YOLO algorithm to specifically detect drone swarms - Providing source code in a proper software development environment as applicable