CV · Munich, Germany

Tobias R.M.K. Meyer

Senior Embedded AI Engineer @ Hula Earth

A decade of firmware, radios and low-power devices: energy-harvesting switches, railway sensors and now bioacoustic forest sensors, with a stretch leading the device team in between.

Tobias R.M.K. Meyer

Timeline

Tap a bar to jump to the role.

Technical Skills

Programming Languages

CC++Python

Embedded Systems

Zephyr RTOSLTE-MBLESignal ProcessingZigbeeEnOcean

Engineering & Design

Firmware ArchitectureSystem DesignHardware ReviewElectronicsStandards & Certification

Leadership & Management

Engineering ManagementTeam LeadershipTechnical LeadershipOKR PlanningInterdisciplinary AlignmentSupplier Coordination

AI & Data

Edge AIMachine LearningStatisticsLanguage Models

Languages

German (native)English (fluent)

Work Experience

Jun 2026 – Present Hula Earth · Munich

Senior Embedded AI Engineer

Hula Earth builds self-sufficient bioacoustic sensors that record ecosystems, so AI can recognise species by their calls. Owning the BIoT development, coordinating supplier, product and the team. Getting stuff done, a full jack of all trades.

  • BIoT device ownership: Firmware, power, connectivity and certification of the sensor
  • Supplier coordination: Working with hardware and manufacturing partners
  • Product & team: Aligning product needs with what the device and the team can deliver
Jul 2025 – May 2026 KONUX · Munich

Engineering Manager — Device Team

Led the Device Team building the embedded systems behind KONUX's industrial IoT solutions for the railway sector.

  • Technical Leadership: Defined and delivered the firmware architecture and the technical roadmap for embedded systems
  • Strategic Planning: Turned business objectives into executable technical plans through quarterly OKR planning
  • People Management: Built a collaborative, ownership-driven culture and helped people grow
  • End-to-End Delivery: Architecture, implementation, team processes and budget planning
  • Engineering Excellence: Security, maintainability and good engineering practice
  • Cross-functional Collaboration: Aligned product vision with daily execution together with stakeholders and engineering leads
Sep 2020 – Jul 2025 KONUX · Munich

Senior Firmware Developer

Developed rugged, intelligent sensor systems for predictive maintenance on rail infrastructure, bridging hardware, firmware and connectivity.

  • Bare-metal C++ IIoT sensors: Compact, battery-powered sensors running directly on microcontrollers in the field
  • Zephyr RTOS architecture: Designed and launched multiple sensor generations with scalable, modular firmware
  • Cellular connectivity (LTE-M): Integrated energy-efficient LTE-M modems to get data out of remote locations reliably
  • BLE research: Evaluated BLE as an alternative communication path
  • Edge AI: Prototyped on-device ML models for anomaly detection and predictive maintenance
  • Sensors and buses: Vibration, temperature and pressure sensors via SPI, I²C and UART
  • Standards & certification: CE marking and compliance research for the EU Cyber Resilience Act
Apr 2015 – Aug 2020 EnOcean · Munich

Software Engineer

  • Firmware for energy-harvesting devices and radio stacks (BLE / EnOcean / Zigbee) in C/C++
  • Architecture and software design
  • Specification of protocol stacks and work for the EnOcean Alliance
  • Continuous integration and test systems with pytest, Jenkins and Raspberry Pis
  • Project planning and internal quality standards
  • PC tools: DolphinView and EnOcean Link
  • Supervising students
Jan 2010 – Mar 2015 EnOcean · Munich

Intern — Software Department

  • Internal web pages (PHP)
  • Statistics tool for production data (WPF/C#)
  • Automated tests for the peripheral interfaces of the 8051 DolphinChip
  • Firmware for various µCs (MSP430 / PIC / DolphinChip) in assembly, C and C++
  • Small PC tools in C#/.NET and C++

Education

2013 – 2015

Master of Science in Computer Science

University of Applied Science

Thesis “Firmware over the air updates with EnOcean energy harvested protocol”

2010 – 2013

Bachelor of Science in Electrical Engineering

University of Applied Science

Thesis “An energy harvesting ZigBee Switch”