Florian Hühn

- Designed embedded firmware and real-time DSP stack for audio systems (100k+ users). - Built modular platform with hardware abstraction and interfaces, acting as system architect. - Developed RTOS-based control layers with CI/CD and audit-ready docs. - Optimized DSP load from 124% to 78% via algorithmic tuning in C/C++. - Delivered Python tools for config, testing, and production. - Led architecture planning for scalable multi-product embedded portfolio.

- Passed PhD with summa cum laude - Developed GHz-range RF transmitters with >80% efficiency. - Designed embedded DSP algorithms for digital PA modulators. - Built full lab automation stack with measurement software, protocols, and high-speed data interfaces. - Filed 5 patents, published 17 peer-reviewed papers, and received research excellence award. - Automated test setups, boosting measurement speed >400x and reducing DUT failures by >85%, enabling full digital transformation and remote workflows.

- Designed embedded systems with MCUs and FPGAs for robotics and space research - Developed custom PCBs and low-level firmware for motor control, sensing, and data communication (ADC/DAC) - Integrated complex protocols and optimized data paths in real-time systems

- Designed high-reliability flux-gate magnetometer for satellite ADCS, including circuit design and PCB layout. - Developed precision circuitry for inspection and calibration of space-grade products. - Built opto-electro-mechanical system for miniaturized laser-Doppler anemometer. - Set up high-vacuum thermal shock chamber. - Designed multiple electronic devices for aviation and space research projects.

Dissertation: Flexibler Modulator und Digitalverstärker-MMIC für den energieeffizienten Betrieb einer digitalen Sendekette im GHz-Bereich

Digitaltechnik, Mikrosystemtechnik, Hochfrequenztechnik