Operate, Instrument and Automate End-to-End
Embedded Systems and Test Automation
Competence.
Operate, instrument, and automate your models from a single, reliable stack. Real-time control, synchronized acquisition, clean safety interlocks. Less setup time, more repeatable data.
Our Workflow
Requirement Capture and I/O Map
Define the system's requirements (control, sensing, safety) and create an I/O (Input/Output) map for all hardware components.
PCB Design and Harness Plans
Develop the Printed Circuit Board (PCB) design and create detailed plans for the wiring harness needed to connect all components.
Firmware and Control Loops
Program the firmware (low-level software) for the embedded hardware and implement the necessary control loops for actuation and regulation.
DAQ and Timing Alignment
Set up the Data Acquisition (DAQ) system and ensure precise timing alignment and synchronization between the control and measurement processes.
GUI and Safety Logic
Develop the Graphical User Interface (GUI) for test automation and implement the safety logic (safety interlocks) for robust operation.
Correlation and Recommendations
Conduct thorough bench tests and full system tests, followed by the handover of documentation and knowledge to the client.
What you get.
Results
PCBs and harness drawings
Control and acquisition software
Test GUIs and procedures
Safety concept and documentation
Methods, Tools & Facilities
Methods
Closed loop control, high precision actuation, automated test execution, synchronized data acquisition, safety and interlock logic, PCB and harness design
Tools
LabVIEW, EPOS, Python, C C plus plus, DAQ systems, embedded GUIs
Facilities
e.g. some Test Facility (PTF) at some University, some test rig with special capability