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Measuring and testing technology

SmartTECS Intelligently connected.
Efficiently controlled.

Testing technology concepts
Concept development for test procedures and systems, tailored to specific requirements and standards
Creation of test plans and specifications, including tolerance regulations and limit values
Automation of test sequences to increase efficiency and reduce errors
Development of modular testing systems for flexible application options and simple scalability (MoL, EoL)
Safety and calibration concepts for long-term operational safety and measuring accuracy of the test devices
Data acquisition and analysis to support data-driven quality control and process optimization
Integration of mechanisms for data evaluation and logging

Test benches and test facilities
Development of automated test equipment for quality assurance and production monitoring
Integration and adaptation of measurement and sensor technology in test benches
Software development for the control and data evaluation of the test systems
Carrying out feasibility studies and validating the test systems
Documentation and certification of test benches according to relevant industry standards
Maintenance, calibration and regular inspection of the test systems for maximum accuracy
Adaptation and retrofitting of existing test equipment to meet new test requirements

Software development and data analysis
Development of customized measurement and testing software in LabVIEW for the automation of test sequences
Creation of test sequences and test scripts for the automated acquisition and analysis of measurement data
Interface programming for the integration of measuring devices and control systems from different manufacturers
Error analysis and process optimization through data-driven analysis and LabVIEW-based diagnostic tools
Data visualization and reporting: Development of user-defined dashboards and reports for real-time analysis and documentation
Database connection and storage of large amounts of data for long-term analysis and traceability
Modularization and expandability of the software for quick adaptation to new test requirements

HIL systems (Hardware-in-the-Loop)
Development and implementation of customized HIL systems for the simulation and validation of system components
Integration of real-time and simulation models to support the development and test phase
Adaptation and extension of LabVIEW code for precise hardware simulation and data analysis
Setup and configuration of test environments to simulate complex system states and signal combinations
Carrying out automated tests and fault diagnosis to ensure product quality and reliability
Creation of intuitive user interfaces for operating and monitoring HIL systems
Analyzing and processing measurement data and creating detailed test reports and protocols