Matheus Schlosser

Developed and integrated DO-178C DAL-A safety-critical flight control software for an eVTOL Fly-by-Wire system. Delivered the final flight-critical software load that enabled the first eVTOL proof-of-concept flight.

Developed embedded software components using Model-Based Design (Simulink) for automotive powertrain control systems. Integrated auto-generated and hand-coded C/C++ software into production ECUs.

Designed and implemented embedded C software for hydraulic and control systems in agricultural and off-highway machinery. Developed communication layers and application logic over CAN and ISOBUS.

Supported digitalization and automation initiatives within industrial environments. Developed Python-based tooling and data pipelines to integrate production data from sensors, machines, and control systems.

M.Sc. candidate in Electrical Engineering with focus on Autonomous Systems and Advanced Control.

Industrial Automation Technology Degree, a 3-year higher-education technology program nationally recognized by the Brazilian Ministry of Education.

B.Sc. in Electrical Engineering from the Universidade Tecnológica Federal do Paraná.