Objectives
- Examine the importance of battery testing in guaranteeing product reliability and safety standards.
- Review existing testing protocols and pinpoint potential areas for enhancement or modification.
- Develop a proposal outlining practical improvements to existing testing protocols to ensure better product performance and increased lifespan.
Objectives
- Analyze the provided battery performance data for various use cases, including passenger vehicles, electric school buses, and long-haul trucks under different weather conditions.
- Identify trends and patterns in the data to understand how different use cases affect battery performance and lifespan.
- Create a comprehensive report outlining the findings and prioritizing issues that the company should address with its engineering resources.
Objectives
- Understand the basics of ROS, including its key components and their roles in developing robotic systems.
- Create a node within the ROS framework, understanding its significance in the overall system architecture.
- Build and launch the created node, examining its functionality within the broader ROS ecosystem.
Objectives
- Explore the integration process between various components of a full autonomy stack and their roles in facilitating efficient robotic operations.
- Add a new ROS node to an existing project.
- Configure a ROS publisher and subscriber for seamless communication between the two nodes
- Excel
- Visual Studio Code (IDE)
- UBUNTU Linux (WSL)
- ROS
- Python
- Github