Measurement Conference Schedule

Complex and dynamic data acquisition systems include a range of signal conditioning options and often combine different DAQ devices. Dewesoft offers an extensive product portfolio that supports nearly every type of measurement. This text explains how to interconnect multiple Dewesoft product lines and how to synchronize them.

This hands-on workshop guides you through adding support for a microphone audio device in openDAQ. It provides the foundational knowledge needed to begin writing your own openDAQ modules, allowing you to integrate custom devices into the openDAQ ecosystem. Attendees should have intermediate C++ knowledge and experience with CMake, and they should bring a laptop.

Get a practical overview of the key industrial communication buses and how they are integrated into DewesoftX. The session introduces OPC-UA, Modbus, Serial Communication, Digital I/O, EtherCAT, MQTT, and Ethernet, and explains how these protocols enable connectivity across automation, manufacturing, and process-control systems. Participants will learn which interfaces are supported natively in Dewesoft and on DewesoftRT, how industrial buses are used for real-time data exchange and control, and why they are essential for modern industrial and IIoT applications.

Discover how Dewesoft openDAQ devices can be integrated into a wide range of software solutions using the openDAQ platform. This session highlights key integration possibilities, including connectivity with popular programming languages and third-party systems. You’ll see how customers bring live Dewesoft data into their own applications through examples of available integrations and typical use-case scenarios. This high-level overview is ideal for anyone wanting to understand what openDAQ enables, without going into API details.

This hands-on three-hour development workshop teaches you how to prepare and develop a custom signal processing plug-in, visual widget, or simple C++ signal processing script.

Learn how to extend the functionality of DewesoftX software with your custom modules. Develop modules, visual widgets, and custom math operations by using state-of-the-art technologies. The session presents the built-in IDE for simple C++ scripting and the more advanced plug-in development architecture.

Learn about the fundamentals of aerospace buses and telemetry communication protocols. This session provides a clear overview of ARINC 429, MIL-STD-1553, Ethernet-based data acquisition, and IRIG-106-15 standards, including PCM, Chapter 7, Chapter 10, and iNET, along with guidance on their practical use. It also introduces modern flight recording concepts, highlighting how compact, high-speed flight recorders and modular DAQ systems—such as Dewesoft’s X product line—enable synchronized acquisition, real-time streaming, and reliable onboard recording within a unified measurement architecture.

Learn how Dewesoft EtherCAT systems can be integrated into test bench and production control environments. Data is provided to third-party controllers in real time and acquired with DewesoftX in parallel. EtherCAT allows Dewesoft hardware to function as a control system front end or as a high-end measurement system in a production line with a direct connection to the PLC.

Join the DewesoftX sequencer session, where we explain function blocks that let you create automated test sequences with ease in DewesoftX software. The session covers everything from basic automated measurements to advanced sequences that involve communication with other devices such as function generators.

Discover how excellence is upheld at Dewesoft and how the highest quality of our measurement instruments is ensured. This session reveals how quality is built into every step of the process, from rigorous internal controls to advanced calibration methods. You will gain insight into how our calibration procedures are performed and how they guarantee reliability, traceability, and long-term performance. The session also highlights the key frameworks we follow, including ISO 17025 and relevant harmonized standards, and explains how they help keep our products globally trusted and consistently high performing.

Analysis of heat exchanger systems such as chillers, heaters, air conditioners, and HVAC systems. Learn how to perform thermodynamic analysis of refrigerants within a closed system by using the Dewesoft Thermodynamics module. Calculate and analyze thermodynamic properties such as enthalpy, entropy, and density of a measured refrigerant in multiple states to evaluate its performance under specific conditions.

Learn about the measurement and verification of ADAS systems with Dewesoft software and hardware. The session explains how to test standard ADAS functions such as autonomous emergency braking, adaptive cruise control, and lane keeping warning. It also presents the use of self-driving robotic platforms and shows the installed equipment on the test vehicle.

Learn about different positioning and orientation sensor technologies and their advantages and limitations. The session covers an overview of the solutions currently available in the Dewesoft DAQ ecosystem and offers a look into the future of Dewesoft navigational products from both the hardware and software perspectives.

Explore the Polygon add-on in DewesoftX, its capabilities, and its use in various testing applications. See the advancements that increase efficiency during real-life testing and learn how Polygon’s flexibility enhances positioning measurements.

Dive into the latest and most advanced automotive bus features in DewesoftX together with the development team. The session explores new capabilities of the XCP implementation, improvements in the Device CAN module, and powerful function blocks for working with automotive buses, from configuration and diagnostics to signal processing and automation.

Get a practical overview of the most important automotive communication buses and how they are integrated into DewesoftX. The session introduces CAN, CAN FD, LIN, FlexRay, XCP, and CCP, J1939, OBDII, and Ethernet-based protocols, explains which third-party devices, including Technica Engineering and CMP gateways, are supported, identifies which devices are supported natively, and outlines the future of automotive bus support in Dewesoft.

Learn how to use the Dewesoft Combustion Engine Analyzer on industrial engines such as gensets, compressors, and large stationary powertrains. The lecture covers the setup of multicylinder industrial applications, features in the Combustion Engine Analyzer that relate to large two stroke industrial engines, and the use of advanced analysis features for troubleshooting and optimization. It also shows how to combine CEA with other Dewesoft modules such as power analysis and vibration to obtain a complete view of industrial engine performance.

Learn about the Dewesoft Combustion Engine Analyzer, explore new features such as the added support for hydrogen combustion, and see how to combine the combustion analyzer with the electrical power analyzer to analyze hybrid drivetrains.

Learn about the latest developments in the HISTORIAN platform and the NEMOSENSE IoT vibration data logger. The session demonstrates the newest functions of both platforms and how they connect with each other.

In this condensed session, we explore how Dewesoft monitoring systems in hardware and software have been deployed across a variety of real-world projects, from high-rise buildings to long-term structural health tracking on major bridges and wind turbines. We also examine specialized applications such as railway switch monitoring, vibration monitoring during construction, and hydropower machinery and dam monitoring, followed by a look at future developments.

Gridphase is a patented, cost-effective, and efficient solution for identifying phases in power networks that simplifies a traditionally complex process. This inspection tool provides accurate phase determination tailored for medium and low voltage distribution networks and supports optimal load balancing.

Learn about the Modal Test and Modal Analysis capabilities in DewesoftX software. The session covers multireference testing, hysteretic and structural damping evaluation, orthographic animation, and more. It also includes a live demonstration of MIMO measurements on an airplane model structure.

Meet the innovation behind the DC-CT current transducer technology and learn about its capabilities, possible applications, a live measurement demonstration, and a look at what is coming next.

This lecture explores advanced capabilities of the power module and the specialized aircraft power module in DewesoftX. We'll examine how the module addresses requirements from various power quality standards, discuss frequency estimation modes and how they work, and cover key analytical techniques in grid applications.

Explore voltage measurements and learn practical tips for accurate current measurements, including how to select the optimal sensing technology for your task. Find out how to set up power analysis for different configurations and learn the basics of testing applications involving electric motors, e-axles, transformers, and general electrical equipment.

Electrification is in full swing. Learn about Dewesoft's measurement and analysis solutions for R&D testing related to batteries, power electronics, and hybrid or fully electric powertrains. The session covers electric power and efficiency as well as multiphysics and multi-attribute analysis.

Learn how to apply the Dewesoft Orbit Analysis module to turbines, compressors, and other turbomachinery that operate with fluid or air bearings. The module calculates a rotor’s complete set of dynamic parameters and helps you understand rotor movement, clearances, and vibration so you can optimize operation, reduce wear, and extend maintenance intervals.

Learn how to use Dewesoft Order Tracking and Analysis to investigate vibration phenomena in rotating machinery. Understand how to extract vibration orders based on rotation speed, inverter switching frequency, or any other measured quantity. Identify whether vibration originates from mechanical or electrical components of an e-mobility system and determine where modifications are needed. The session also covers the use of the Rotor Balancing module.

Psychoacoustics, the study of how humans perceive sound, explains what dB SPL alone cannot. Perceived product quality is closely linked to its sound because customers judge loudness, sharpness, roughness, and tonal components rather than level alone. By using psychoacoustic metrics, engineers can identify the most distracting aspects of a sound and design products that sound more refined, pleasant, and trustworthy.

This session showcases the advanced Dewesoft modules dedicated to acoustic measurements and sound power determination. It covers everything you need to know about rating device sound power in Dewesoft, the available methods such as pressure based and intensity based approaches, their use in different sound investigation applications, and guidance on which method to choose, including advantages and disadvantages.

Learn about microphone types, how to connect them, which DAQ systems to use, and how to calibrate and use them with core Dewesoft capabilities in acoustic measurements, such as octave analysis and sound level meter.

This session answers questions such as what FFT is, when to use it, and how to use it, and it guides you through real-world FFT analysis examples. It explains and demonstrates the concept of FFT and the relevant parameter settings.

Check out Dewesoft's new and upcoming data acquisition systems. Meet our new hardware platforms and learn how they will influence the world of test and measurement.

A live demonstration of digital I/O and counter hardware capabilities shows practical examples of state indicators, real-time triggers, and angular measurements with Dewesoft, followed by a presentation of super-counter technology and the counter plugin with additional capabilities. The session concludes with a detailed presentation of the latest solutions and features for digital I/O and counter technology.

Learn about our range of video analysis capabilities using inputs such as DS-CAM products, DirectX cameras, IP cameras, thermal cameras, Chapter 10 sources, or high-speed cameras from Photron and Phantom, as well as how to connect them to Dewesoft. The session also covers codecs, compression, synchronization, and visualization.

Learn about different strain gauge configurations, shunting, lead wire compensation, and the basics of force and torque measuring instruments. Become familiar with Dewesoft DAQ products for strain and stress measurements, along with practical tips and tricks.

Explore different types of accelerometers and the criteria for selecting them. Learn how to mount the sensors and connect them to Dewesoft DAQ products, including advanced options in DewesoftX software.

Temperature is one of the most commonly measured quantities in control and testing. This session covers the solutions and sensors Dewesoft offers for temperature measurement, including a detailed presentation of the latest solutions and features.

A complete walkthrough of all key functionalities of our edge devices, from effortless connectivity, data storage, and on-device processing to support for multiple communication protocols and more. Learn how to remotely access and view data through DewesoftM.

Discover how to create comprehensive reports from your measurement data by designing custom displays with a wide range of widgets. Highlight key information with processing markers for both scalar and vector data. Learn how to merge or stitch data files and easily compare multiple runs side by side.

Check out the new features in DewesoftX, from recorder markers and data merging to the new openDAQ integration and more.

Want to become a DewesoftX expert? Explore tips and tricks such as Channel Limits, Channel Remapping, and Batch Post-Analysis Operations. These tools help you unlock the full potential of DewesoftX for comprehensive data acquisition and analysis.

Learn how to prepare a distributed system using Dewesoft solutions. This includes configuring clients and measurement units, creating a flat analog channel list, setting up cross-triggering, and enabling remote desktop access. You will also learn how to build a distributed system of standalone devices, including how to connect, configure, synchronize, and access data with ease.

This session gives a practical overview of how NASA’s ground testing, telemetry, and launch-support systems evolved from the Space Shuttle era to today’s Artemis missions. It explains the role of launch control, telemetry processing, structural monitoring, and crawler transport systems in getting rockets safely off the pad, and highlights real examples of Dewesoft technology supporting NASA programs at Kennedy Space Center, including telemetry processing and crawler vibration monitoring.

Behind every commercial flight lies thousands of hours of engine testing and millions of data points. This session walks through the evolution of aircraft engines, explains how they operate across different flight regimes, and reveals what it takes to validate them before entering service. From extreme temperature and vibration environments to complex sensor networks and high-speed data acquisition, attendees will discover how engineers ensure that jet engines perform safely and reliably in the most demanding conditions.

This interactive session is designed as an open forum for academic participants to exchange ideas, challenge assumptions, and shape the future of collaboration between Dewesoft and the academic community.

This session introduces the Dewesoft Academic Program and the team behind it. It provides a high-level overview of how Dewesoft works with universities, professors, researchers, and students today and where the program is heading next.

The green energy transition brings new challenges to power quality. Supraharmonics—disturbances in the 2–150 kHz range—are increasingly present due to power electronics in EV chargers, PV inverters, heat pumps, and modern drives. What are supraharmonics, what causes them, how they spread, and how do they affect equipment and grids? In this session, we explain the fundamentals and demonstrate how to measure them reliably using Dewesoft solutions.

Monitoring forum 5 will combine the following presentations. 1. In-Situ Vibration Measurements for Diagnosing Occupant Discomfort in Administrative Buildings (by Thomas Sturm, CEO at Hochbau Engineering). 2. Accelerometer-Based Monitoring and Modal Identification of a Long-Span Steel Arch Bridge (by Giorgio Sforza, CEO and Team Principal, Diagnostics and Structural Monitoring at ESSEBI Srl). 3. A Hybrid Structural Health Approach for Bridge Monitoring (by Head of Team for Scientific Structural Engineering, Structural Health Monitoring, and Structural Safety & Dynamics, Ph.D. Alois Vorwagner, and Senior Research Engineer at AIT-Austrian Institute of Technology, Dr.-Ing. Vazul Boros, MBA, AIT Austrian Institute of Technology GmbH).

Monitoring forum 4 will combine the following presentations. 1. Dynamic Monitoring of Offshore Wind Turbine Towers (by Per Sparrevik, Technical Expert Subsea Technology at NGI). 2. Vibration test - FUP Footbridge Paris 2024 Olympic Games (by Julien Farfouillon, Business Line Manager – Metrology Division at BOAS). 3. Synchronizing Monitoring with Bridge Weigh-in-Motion and Load Test Measurements (by Doron Hekič, PhD Researcher at ZAG, Andrej Anžlin, ZAG Slovenian National Building and Civil Engineering Institute and Martin Hauptman from Cestel d.o.o.).

Monitoring forum 3 will combine the following presentations. 1. SHM of a Rail viaduct in Marocco (by Pierre Leflour Director Technology, Engineering and Projects at Osmos). 2. Root Cause Analysis of a Francis Turbine Runner Crack (Damijan Cerinski, Research & Development at Veski). 3. Dynamic-Response-Based Assessment of Degradation in Complex Historical Sites (by Luigi Petti, Professor, Ph.D. in Earthquake Engineering and Carmine Lupo, Researcher at Department of Civil Engineering, University of Salerno).

Monitoring forum 1 will combine the following presentations. 1. Structural Vibration Monitoring of an Extremely Large Telescope Using Low-Noise MEMS Sensors (by Babak Sedghi and Ulrich Lampater, Control Engineers at System and Analysis Department, European Southern Observatory, Garching, Germany). 2. Vibration Monitoring Eliminates The Need for a Tuned Mass Damper in Vienna’s DC Tower 2 Building (Dr. Luz Elizabeth Vasquez Munoz, REVOTEC zt gmbh)

Dewesoft Monitoring latest developments: Overview of the Dewesoft Monitoring latest developments, including NEMOSENSE and Historian

This session focuses on the role of exhaust system engineering in shaping the performance and emotional character of modern hybrid vehicles such as the BMW XM. With Akrapovič contributing deep insight, the presentation highlights how exhaust systems are designed as multi-physics components—balancing flow, acoustics, thermal loads, and weight. It explains how sound is engineered, measured, and refined using advanced data acquisition, and how these measurements correlate with driver perception. The session also connects exhaust acoustics with overall vehicle performance and dynamics, showing how data-driven engineering creates a distinct and engaging driving experience.

Hydropower plants are long-lived assets whose aging hydro-generators demand more than conventional threshold-based alarms to ensure reliable, uninterrupted operation. In collaboration, Veski d.o.o., the University of Zagreb, and HEP d.d. present a machine–learning–based add-on that learns a unit’s normal behavior and detects subtle deviations in real time. Implemented at a Croatian hydropower plant, the system demonstrates how residual-based prediction of vibration signals can provide weeks of early warning before conventional alarms are triggered.

As automated vehicles move toward SAE Levels 3–5, perception algorithms demand datasets that reflect real-world diversity—not idealized conditions. DARTS-PL addresses this challenge by delivering a high-resolution, fully synchronized, multi-sensor on-road dataset tailored to the infrastructure and climate of Central and Eastern Europe. Designed as an open, national resource, DARTS-PL bridges the gap between global benchmarks and local driving realities.

Eu-BEST is redefining how Europe approaches rocket testing by replacing costly, dedicated facilities with a shared, modular infrastructure designed for multiple launchers and lifecycle stages. By addressing the ground segment—where over 99.9% of a launcher’s lifecycle cost and risk reside—the project transforms a major bottleneck into a scalable, interoperable service. The result is a cost-efficient, adaptable testing ecosystem that strengthens competitiveness, lowers barriers for emerging space companies, and prepares Europe for a high-cadence launch future.

Electric vehicles already emit a rich magnetic narrative of their powertrains—yet today, these signals are largely reduced to compliance checkmarks and ignored. Synchronized, multi-band on-vehicle measurements can transform electromagnetic “noise” into a system-level observability tool during real driving. By revealing repeatable magnetic fingerprints of subsystems and drivetrain events, the approach opens new paths for predictive maintenance, hardware integrity verification, and deeper EV insight without access to internal data.

AI-driven data transformation is becoming essential for improving the reliability and performance of electric vehicle battery management systems. By combining Dewesoft’s high-precision data acquisition with ETAS’s advanced calibration and modeling tools, engineers can turn vast amounts of raw measurement data into accurate predictive models. The integrated toolchain enables precise State of Charge estimation and more reliable range predictions, helping address EV range anxiety and build greater confidence in electric mobility.

In elite motorsport, where performance margins are measured in milliseconds, early detection of component anomalies can decide whether a race is won or lost. Within the Ferrari Sports Management hybrid power unit, the bearing temperature of the MGU-K (Motor Generator Unit - Kinetic) emerged as a critical yet inaccessible indicator of friction buildup and impending degradation. A battery-free wireless telemetry solution that enables direct, real-time measurement of rotating bearing temperature. transforms this unreachable signal into actionable insight for predictive performance and reliability.

Modern electric machine development is rapidly shifting toward data-driven engineering, where testing must do more than validate performance—it must generate actionable knowledge. Mavel has redefined the role of the test bench, transforming it from an isolated validation tool into a connected engineering platform that links measurement, data infrastructure, and advanced analytics. By integrating high-quality Dewesoft data acquisition with centralized data management and AI-enabled services, testing becomes an active driver of faster, more reliable electric motor and inverter design.

The producer of electric aircraft, Pipistrel, has implemented a network-based telemetry room using Dewesoft’s IRIG Chapter 10 solution for flight testing. Using the Pipistrel Nuuva V300 as a case study, it demonstrates how modern telemetry architecture can simplify data acquisition, transmission, and real-time monitoring during test flights. The described approach improves efficiency, flexibility, and flight safety by enabling engineers to analyze critical aircraft parameters both onboard and from the ground in real time.

Leane International developed a flexible pass-by-noise (PBN) measurement system that integrates DewesoftX automation with Python-based analysis through the GarageLab environment. The solution enables a single operator onboard the vehicle to manage the entire testing workflow—from data acquisition to automated run validation and final reporting—within the Dewesoft ecosystem. By combining real-time processing, intuitive GUI control, and automated batch analysis, the system delivers a cost-effective and highly adaptable alternative to traditional PBN test solutions.

Accurate prediction of electrical and thermal behavior is critical for maximizing the performance and reliability of electric Formula SAE race cars. This case study presents the measurement-based validation of battery electrical and motor thermal models developed for the ET-17 electric prototype by E-Team Squadra Corse at the University of Pisa. Using high-bandwidth, synchronized measurements acquired with Dewesoft data acquisition systems during endurance-style testing, the team validated reduced-order models suitable for real-time predictive power and thermal management.

As the UK advances plans for a new Geological Disposal Facility to manage legacy nuclear waste, ensuring the safe venting of hydrogen from Intermediate Level Waste containers has become a critical engineering challenge. Sellafield Limited commissioned RED Engineering to assess the venting performance of Intermediate-Level Waste container filters under nominal and worst-case configurations. Through a two-phase testing program, the team combined advanced Dewesoft data acquisition, automation, and Python-based processing to deliver robust, repeatable insights that inform container loading strategies and reduce the risk of gas build-up.

The BUT GMP program at the University Institute of Technology (IUT) of Le Creusot trains students to become technicians who are ready for work in industry. They learn to manage the full life cycle of mechanical products, from design to production. The program builds skills in mechanical design, manufacturing methods, and production processes, with a focus on quality, safety, and maintenance. Hands-on exercises with Dewesoft equipment help students connect classroom theory with real structural testing and material research.

Green hydrogen derives from splitting water into hydrogen and oxygen using renewable electricity. Electrolysis technology is essential for producing green hydrogen and storing energy in Power-to-X systems. The Austrian hydrogen research center HyCentA uses Dewesoft devices and software to apply impedance spectroscopy. The center uses this technique to investigate the electrochemical properties of its electrolysis stacks and components.

Testing rocket propulsion systems requires precise measurement under extreme conditions, where heat, vibration, and rapid combustion events challenge conventional data acquisition methods. Faraday Rocketry UPV improved the reliability and accuracy of its static fire testing by implementing an integrated data acquisition system. Using Dewesoft hardware and software, the team captured high-quality thrust and temperature data, significantly reduced ignition time, and enhanced the overall performance analysis of its student-developed rocket motor.

Virtual Sensors promise scalable insight and reduced hardware—but only if the underlying data is trustworthy. COMPREDICT leverages Dewesoft technology to unify high-fidelity measurement, synchronization, and real-time demonstration in a single vehicle platform. By turning a demo vehicle into both a validation system and a customer proof point delivering high‑quality Virtual Sensor performance, Dewesoft enables a seamless path from engineering rigor to scalable deployment.

A major breaktrough for Dewesoft DAQ devices: OBSIDIAN and SIRIUS X have transitioned to the openDAQ open-source platform to deliver a stadalone, future-ready DAQ experience. This session explains what changed and why, then walks through how the systems work on openDAQ, including standardized configuration, data streaming and edge computing concepts. You will also see how the openDAQ enables faster integration in thitd party clients, easier extensibility, and consistent workflow across products.

Syclone is a techological powerhouse that contributes to successful Ariane 6 launches. This software keeps a real-time monitoring of vital sensors providing crucial data for every liftoff, a clear demonstration of its expertise in critical systems. And that's just a glimpse of what Syclone can really do. From high-performance test benches and retrofitting existing installations, to piloting and supervising your most critical systems, or managing complex industrial facilities, Syclone is the reliable partner you need. It brings you command-and-control that's reliable, deterministic, and incredibly robust.

Factors to be considered when selecting the most appropriate pressure sensing technology for an application include up-front cost, static/total error band, interface requirements, installation costs, and the total lifecycle costs of the solution. We will examine four steady-state pressure measurement technologies for a general-purpose pressure measurement including metal-foil strain gage, thin film, silicon MEMS, and capacitive pressure transducers. Performance factors relevant to pressure measurement such as response time, sensitivity to temperature, and the effects of vibration will be reviewed in this presentation.