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Maker👷| Roboticist🤖
AI is analyzing your overall score…
Identifying your key strengths…
Evaluating your skill match against the job requirements…
Assessing your cultural and operational fit
nav2_mission_planner_gui
December 15, 2025 – Present
🚀 Open-source crossplatform ROS2 navigation mission planner . Control robots, create maps, plan missions, and navigate autonomously.
View Projectrio_mini_firmware
September 18, 2025 – September 19, 2025
rio_mini_firmware — GitHub repository
View Projectrio_mini_3d_model
September 18, 2025 – September 22, 2025
rio_mini_3d_model — GitHub repository
View Projectrio_mini_ros2
September 18, 2025 – September 27, 2025
🤖 RIO Mini - A desktop companion robot powered by ROS2, Ollama LLM, and ESP32 micro-ROS integration! Experience intelligent voice interactions, environment awareness, and autonomous behaviors through advanced sensor fusion and AI-driven decision making.
View Projectnav2_mission_planner
June 29, 2025 – September 21, 2025
ROS 2 supporting packages for Nav2 Mission Planner app
View Projectros2_android
March 31, 2025 – May 2, 2025
Run ROS 2 Humble on your Android device! This project provides scripts to easily install and run ROS 2 Humble, Micro-ROS, and RIO ROS2 packages on Android devices.
View Projectrio_hardware
February 24, 2025 – March 28, 2025
The RIO Hardware repository provides the Bill of Materials (BOM) and assembly instructions for the RIO robot, designed to transform a smartphone into a fully-featured ROS 2 robot. It includes 3D printing and laser-cutting files, a custom PCB schematic, and offers fabrication options such as full 3D printing or a hybrid approach.
View Projectrio_ros2
February 11, 2025 – April 29, 2025
Project RIO transforms your smartphone into a fully-featured ROS 2 robot by utilizing its built-in sensors and exposing them as ROS 2 topics, services, and actions. Integrating a LiDAR sensor further enables autonomous navigation capabilities.
View Projectrio_firmware
December 11, 2024 – March 28, 2025
The RIO ROS2 Robot Controller Firmware is designed to facilitate seamless communication between hardware components and the ROS 2 ecosystem using micro-ROS.
View ProjectCultural Fit Analysis
The candidate's project portfolio is heavily focused on personal, open-source robotics initiatives. While this demonstrates strong self-motivation and technical curiosity, the lack of team-based projects or professional experience makes it difficult to assess cultural fit within a structured organizational environment. The projects align well with a technically challenging, innovative culture, but collaboration and adaptability to diverse team dynamics are unknown.
Soft Skills & Operational Fit
Insufficient data to assess soft skills or operational fit. The candidate's project descriptions indicate a strong drive for personal development and complex problem-solving, but team collaboration, communication, and stress handling cannot be evaluated without specific assessment data or work experience details.