Embedded systems
Architectures, electronics and low-level software that make systems intelligent.
→Engineering the connected edge
Systems that make
complexity work.
Herder Elektronische Systemen turns ambitious ideas into robust electronic systems — from first architecture to validated prototypes and integrations.
HES / 01SYS VALIDATION READY
Engineering statusIN REVIEW
Serving clients internationallyWorking wherever engineering mattersScroll to explore ↓
01What we do
One engineering partner.
Every layer of the system.
Reliable systems are built in the details between disciplines. We connect hardware, software and control into prototypes and integrations ready for rigorous validation.
Controls & firmware
Deterministic control, real-time firmware and interfaces built for stability.
→Power electronics
Power conversion, measurement and protection for demanding prototypes and test systems.
→Test automation
Test strategies and tooling that turn quality into a measurable engineering advantage.
→02Our approach
Clarity at every
turning point.
Good engineering is more than solving the technical problem. It is making the right decisions visible, early, and together.
Bring us your challenge →A
Understand
We map the system, its users and its constraints before choosing a solution.
B
Engineer
We prototype deliberately, integrate across disciplines and validate the critical assumptions.
C
Enable
We leave your team with validated technology, clear documentation and confidence.
03Selected work
Representative
technical projects.
Demonstrated through working hardware, firmware, controls and validation. These are public technical projects, not presented as completed client contracts.
Embedded controls01
ESP32 Robotics Control Platform
A public educational reconstruction covering BNO08x IMU sensing, PS4 Bluetooth input, H-bridge PWM motor control, quadrature encoder feedback, servo actuation and self-balancing PID control.
ESP32 / C++IMU / PIDEncodersMATLAB / Simulink
View Public Repository ↗Power electronics02
5V / 1A SMPS
A documented offline flyback prototype using a custom hand-wound RM10/I transformer and a TNY285 controller, with schematics, BOMs, waveform captures and bench validation notes.
Flyback SMPSTNY285WaveformsValidation
View Public Repository ↗Safety-oriented controls03
TI C2000 Actuator Controller
A hardware-backed F28069M demonstrator with SCI/UART commands, an explicit state machine, ePWM output, setpoint validation, fault latching and safe-low behavior under disable, invalid and timeout conditions.
TI C2000SCI / UARTePWMPython tools
View Public Repository ↗04Technical range
Built for the
whole picture.
01System architecture
From requirements to interfaces
02Analog & digital electronics
Designed for performance and prototyping
03Industrial connectivity
Reliable data where it matters
04Verification & validation
Evidence you can build on
05Credibility by process
Architecture → Prototype → Integration → Validation
A disciplined workflow keeps technical risk visible and creates a clear path from first question to evidence-backed decision.
Have a system in mind?
Let’s make it
real.
Tell us where you are in the journey. We’ll bring the right questions, experience and engineering discipline to the table.
Project details are handled confidentially. Public portfolio material is published only when authorized.
info@herdersystemen.com →