Embedded Systems • Visualization • Sensing • Low-Level Software
Systems-oriented engineer focused on embedded sensing, visualization, simulation, and real-world engineering systems.
I enjoy building projects that bridge software and the physical world — from motion tracking and sonar systems to rendering engines and large-scale data pipelines.
Currently exploring embedded systems, robotics, aerospace engineering, and technical visualization.
Real-time orientation tracking using MPU6050/ICM20948 IMUs with 3D visualization pipelines and motion analysis.
Focus: Embedded Systems • Sensor Fusion • Visualization • Real-Time Processing
Built a production-style data pipeline using Databricks, PySpark, Terraform, and medallion architecture concepts to process and visualize Lufthansa flight data.
Focus: Data Engineering • Distributed Processing • Infrastructure • Analytics Pipelines
Servo-mounted ultrasonic sensing system capable of manual and automated spatial scanning with real-time distance measurement processing.
Focus: Embedded Systems • Robotics • Sensor Integration • Spatial Mapping
A basic raytracing engine written in C that simulates lighting, shadows, reflections, and geometric intersections in 3D scenes.
Focus: Rendering • Mathematics • Graphics Programming • Systems Thinking
- Embedded systems & sensor integration
- Robotics & aerospace systems
- Real-time visualization
- Simulation & rendering
- Low-level software & systems programming
- Technical communication & engineering education
- Student at 42 Heilbronn
- Former IT Specialist at 42 London
- Participant in the Lufthansa Industry Solutions Data Intelligence Program
- Building technical educational content around embedded systems and engineering concepts
Languages:
C • C++ • Python • TypeScript • Bash
Technologies & Tools:
Databricks • PySpark • Terraform • FastAPI • Git • Linux • Docker
- LinkedIn: https://www.linkedin.com/in/fred-charbonnier
- Website: https://fredcharbonnier.com
- Youtube: https://youtube.com/@CharbonnierLabs