This project aims for interns to assist in R&D for a 3D LiDAR project. The objective is to conduct research on various aspects of 3D LiDAR technology. By the end of the project, interns will have learned about the fundamentals of 3D LiDAR technology and its application in real-world scenarios, showcasing their ability to understand and analyze complex sensor systems.

Research and Present How 3D LiDAR Works Objective:

• Understand the principles and functionality of 3D LiDAR technology.
• Deliverable: Presentation summarizing the working principles of 3D LiDAR.
• Filename for Deliverable: 3D_LiDAR_Working_Presentation.pdf

Research and Present How the Data Is Assessed in Code

• Objective: Investigate how data from 3D LiDAR sensors is processed and analyzed using code.
• Deliverable: Presentation outlining the data assessment techniques and algorithms used in 3D LiDAR data processing.
• Filename for Deliverable: Data_Assessment_in_Code_Presentation.pdf

Research and Present Components Used in 3D LiDAR and How They Work Objective:

• Explore the components involved in 3D LiDAR systems and their functionalities.
• Deliverable: Detailed report on the components used in 3D LiDAR systems and their operational mechanisms.
• Filename for Deliverable: 3D_LiDAR_Components_Report.docx

Research and Provide Useful Formulas for Laser Distance and Power

• Objective: Identify and present essential formulas related to laser distance measurement and power calculations in 3D LiDAR systems.
• Deliverable: Document containing useful formulas and equations for laser distance measurement and power calculations.
• Filename for Deliverable: Laser_Formulas_Document.pdf

Interns will receive mentorship and guidance throughout the research process. They will have access to relevant literature, tools, and resources to aid in their exploration of 3D LiDAR technology.