3D-Mapper

• 3D-Mapper is a 3D plotting device made for short-range object detection powered by ATmega 2560.
• This is developed for the semester 4 project under EN 2160: Electronic Design Realization.

Working Principle

• This device measures distances to objects using two Time-of-Flight (TOF) sensors, which are rotated by two stepper motors to cover the entire 3D environment.
• The distance values are saved in (r, theta, alpha) coordinates and then converted to (x, y, z) coordinates.
• Using the PyVista library in Python, a 3D point cloud is generated from these cartesian coordinates.
• A tetrahedral mesh is created by performing 3D Delaunay triangulation on the point cloud.
• Then the outer surface of this tetrahedral mesh is extracted to form a surface mesh.

Why "3D-Mapper"?

• Precision in Short-Range Mapping
• Comprehensive Coverage
• Cost-Effective
• Scalability and Customization
• Versatility Across Industries

Areas of Opportunity

• Emerging Technology Integration - Enhance capabilities with AI and machine learning.
• Market Expansion - Adapt for use in virtual reality (VR) & augmented reality (AR) to access new and growing markets.
• Data Analytics Enhancement - Develop advanced software for better data analysis and visualization, adding value and creating new revenue streams.

Hardware Specifications

• ATmega2560
• CH340C USB to Serial Chip
• I2C Multiplexer
• Nema 17 Stepper Motors
• Micro Step Motor Drivers
• TOF Sensors
• 12V to 5V Buck Converter

Software Specifications

• Arduino IDE
• Solid Works
• Altium
• Python

PCB Design

PCB

Solidworks Design

Team

For More Information

• Design Document
• Design Methodology Report

License

• This project is licensed under the MIT License. See the LICENSE file for details.