Future-Proof Your Engineering: TechDays in Tunisia

This presentation highlights NI’s latest platform innovations designed to accelerate test engineering workflows. It showcases expanded modular hardware, including new USB-C mioDAQ devices, advanced automotive Ethernet interfaces, and 300W power supplies tailored for high-power EV applications. Furthermore, the session emphasizes the integration of Nigel AI across the LabVIEW+ Suite to automate test development, streamline debugging, and optimize overall productivity.

STELA (Specification-to-Test Engineering Logic Assistant) is an AI agent that transforms Industrial Test Specifications (ITS) into structured test engineering logic and executable test sequences. Discover how agentic AI can accelerate test development, improve traceability, and boost engineering productivity through intelligent automation.

To address rapid product complexity, engineering teams must transition from inflexible legacy setups to NI’s modular PXI platform and standardized architecture. Paired with the LabVIEW+ Suite, the solution uses gRPC and the Measurement Framework to maximize code reuse and accelerate development. Furthermore, integrated AI tools like Nigel AI streamline measurement configuration and test sequence generation. Together, these software-connected systems drastically reduce test development time and future-proof automated electronics testing.

This presentation highlights NI’s scalable Data Acquisition (DAQ) platform for solving complex industrial testing challenges. It pairs modular hardware, like CompactDAQ and PXI, with flexible software, from FlexLogger for quick sensor configuration to LabVIEW for advanced control algorithms. This session demonstrates how engineers can seamlessly transition from simple measurements to high-performance, synchronized control systems, reducing both development time and total cost of test.

As modern vehicle architectures evolve toward complex zonal and domain controllers, the scope of ECU hardware validation is expanding to ensure reliability across intricate electrical, environmental, and functional parameters. This presentation explores automated HIL (Hardware-in-the-Loop) and physical validation testing strategies utilizing NI’s open, software-connected platforms. It highlights scalable architectures for rapidly simulating complex vehicle networks and sensor signals, thereby reducing validation time, ensuring compliance with strict safety standards, and accelerating time-to-market.

The Digilent Analog Discovery Studio Max presentation introduces a portable, all-in-one electronics lab designed for engineering education. Integrating 14 essential instruments—such as oscilloscopes, waveform generators, and logic analyzers—the device bridges the gap between theoretical learning and practical application. Paired with intuitive WaveForms software, it empowers students and educators to design, simulate, and test complex analog and digital circuits anytime, anywhere, enhancing the modern engineering curriculum.