Antoine Lalaque

Technical management of all embedded electronic systems for an experimental rocket, in strict compliance with CNES specifications.

Key Missions:

• System Architecture: Design of the central motherboard and the flight sequencer (management of parachute deployment and recovery).

• Energy & Power Management: Design of distribution modules for multiple batteries, powering sensors, servomotors, and onboard cameras.

• Mechatronic Integration (Fusion 360): Complete 3D modeling of the electronic module to ensure perfect integration into the rocket structure and resistance to vibrations.

• Quality Control: Validation of schematics and PCB layouts to ensure system reliability during launch.

Specialized in electronics, I design professional printed circuit boards (1 to 4 layers) using KiCad. I manage the entire design cycle: from schematic capture to generating manufacturing-ready files (GERBER) and BOM optimization. My expertise ranges from standard microcontroller integration to the development of fully custom motherboards.

My proficiency in Fusion 360 ensures seamless ECAD/MCAD integration, allowing me to design PCBs that align perfectly with their mechanical constraints and enclosures.

Key Projects:

Complex Microcontroller Board: End-to-end design (component selection, schematic, and routing) of a dedicated control system (rocket flight computer).

Flight Electronic Module: Development of an experimental on-board module for sounding rockets, specifically designed to withstand extreme vibration, thermal, and physical stress.

Specialized in electronics, I design printed circuits (1 to 4 layers) on KiCad. I master the entire design cycle: from schematic entry to generating manufacturing files (GERBER) and BOM optimization. My expertise covers both the integration of standard microcontrollers and the creation of custom motherboards.

My mastery of Fusion 360 allows me to perform ECAD/MCAD integration.

Projects completed:

Complex Microcontroller Board: Complete design (component selection, schematic, routing) of a dedicated control system (rocket flight computer).

Flight Electronic Module: Creation of an embedded experimental module for an experimental rocket (vibration, thermal, physical constraints).