ejustroboticsclub/MATE-ROV-2025
Mar 2025 – Apr 2025
2 Months active
Languages Used
CC++PythonShellArduinoText
Technical Skills
ArduinoC ProgrammingCAN BusEmbedded SystemsI2C CommunicationMicrocontrollers
rm-rf-humans
PROFILE
Rm-rf-humans
Contributed to the ejustroboticsclub/MATE-ROV-2025 repository by building an end-to-end CAN bus network connecting Raspberry Pi 5, Arduino, and STM32 controllers for real-time sensor and actuator data exchange. Developed Python-based CAN receivers, Arduino transmitters for IMU and depth sensors, and STM32-side data flows for thruster and gripper control, integrating heartbeat and health monitoring across CAN and ROS 2. Established foundational subsystems for IMU, depth, thruster, and pump, and created a CAN-ROS bridge to enable robust data flow. Work emphasized reliability and maintainability, leveraging C++, Python, and ROS 2 to support scalable micro-ROS communication and subsystem integration.
Overall Statistics
Feature vs Bugs
100%Features
Repository Contributions
26Total
Bugs
0
Commits
26
Features
13
Lines of code
163,596
Activity Months2
Your Network
173 peopleSame Organization
@duck.com159
Shared Repositories
14
Work History
April 2025
20 Commits • 10 Features
Apr 1, 2025April 2025 monthly summary for MATE-ROV-2025: Delivered end-to-end health monitoring and CAN-ROS data flow, established foundational subsystems, expanded manipulation capabilities, introduced sensor libraries, and implemented targeted fixes to improve reliability and maintainability. Focused on business value by enabling real-time health visibility, robust data exchange, and faster feature rollout.
20 Commits • 10 Features
Apr 1, 2025April 2025 monthly summary for MATE-ROV-2025: Delivered end-to-end health monitoring and CAN-ROS data flow, established foundational subsystems, expanded manipulation capabilities, introduced sensor libraries, and implemented targeted fixes to improve reliability and maintainability. Focused on business value by enabling real-time health visibility, robust data exchange, and faster feature rollout.
April 2025
March 2025
6 Commits • 3 Features
Mar 1, 2025March 2025 performance highlights for ejustroboticsclub/MATE-ROV-2025: Implemented end-to-end CAN bus network across Raspberry Pi 5, Arduino IMU/depth, and STM32 controllers, enabling cross-device data transmission and control. Delivered a Python-based CAN receiver, Arduino transmitter for IMU (MPU6050) and depth (MS5837) data, and Raspberry Pi CAN interface setup; added STM32-side CAN data flow for thrusters and gripper with heartbeat reporting; integrated a debugger and micro-ROS publishing path for CAN messages. Created ROS 2/micro-ROS message type headers and type support scaffolding to support scalable micro-ROS communication across packages. Performed basic IMU and depth sensor integration tests (MPU6050 and MS5837) including initialization, data reads, and serial outputs, with connectivity validation. Addressed critical CAN parsing and publishing reliability issues via a new STM32 debugger and updated configuration scripts for Raspberry Pi 5.
March 2025
6 Commits • 3 Features
Mar 1, 2025March 2025 performance highlights for ejustroboticsclub/MATE-ROV-2025: Implemented end-to-end CAN bus network across Raspberry Pi 5, Arduino IMU/depth, and STM32 controllers, enabling cross-device data transmission and control. Delivered a Python-based CAN receiver, Arduino transmitter for IMU (MPU6050) and depth (MS5837) data, and Raspberry Pi CAN interface setup; added STM32-side CAN data flow for thrusters and gripper with heartbeat reporting; integrated a debugger and micro-ROS publishing path for CAN messages. Created ROS 2/micro-ROS message type headers and type support scaffolding to support scalable micro-ROS communication across packages. Performed basic IMU and depth sensor integration tests (MPU6050 and MS5837) including initialization, data reads, and serial outputs, with connectivity validation. Addressed critical CAN parsing and publishing reliability issues via a new STM32 debugger and updated configuration scripts for Raspberry Pi 5.
Activity
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Quality Metrics
Correctness83.2%
Maintainability81.6%
Architecture78.8%
Performance81.8%
AI Usage20.0%
Skills & Technologies
Programming Languages
ArduinoCC++PythonShellText
Technical Skills
ArduinoArduino DevelopmentC ProgrammingC++CAN BusCAN Bus CommunicationCAN busEmbedded SystemsI2C CommunicationIMU IntegrationMicrocontroller ProgrammingMicrocontrollersNetworkingPythonPython Scripting
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