Recycled carbon fiber materials for automotive, aerospace, and energy
Fairmat transforms carbon fiber composite waste into high-performance recycled material using proprietary technology. The tech stack—MATLAB, Simulink, Python, ROS, AWS—reflects a hardware-manufacturing company crossing into robotics and automation; the active ROS 1→ROS 2 migration and robot control frontend redesign signal engineering maturity in factory automation. Hiring velocity is decelerating despite 29 open roles, with engineering dominating (14 roles) and manufacturing sparse (3), typical of a materials-science company ramping production while still optimizing core automation.
Fairmat manufactures advanced recycled carbon fiber composites derived from CFRP waste, targeting automotive, energy, aerospace, and electronics industries. Founded in 2020 and registered as a B Corporation, the company operates from Paris with around 100 employees and a secondary hiring footprint in South Africa. The product pipeline includes five new developments piloting annually, with ongoing industrialization efforts across six live projects and six in-queue products. Current operational focus spans lab-to-factory technology transfer, production bottleneck identification in Asia, and European/Asian market expansion.
Fairmat uses proprietary recycling technology to convert carbon fiber composite waste into high-performance recycled material suitable for automotive, energy, aerospace, and electronics applications.
Core tools include MATLAB, Simulink, Python, ROS (migrating to ROS 2), AWS, Terraform, C++, Grafana, and Metabase for robotics, simulation, monitoring, and data visualization.
Fairmat has open roles in France (headquarters in Paris) and South Africa, with 29 active positions across engineering (14), manufacturing (3), product (3), and other functions.
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