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Making the Energy Flow: The Journey Towards a Qt Engineering Platform

In the era of energy transition – with an intensified global demand for sustainable energy solutions – the task of engineering such transmission systems face growing pressure to scale, optimize, and innovate. Traditional engineering practices must now evolve to support complex, scalable, and flexible infrastructures, driving the need for a platform engineering approach.

This presentation explores how platform engineering can transform energy transmission solutions, addressing critical challenges in modularity, interoperability, and cross-functional collaboration. By leveraging shared self-services, reusable components, and a unified platform layer, engineers can streamline development and operational processes, reduce duplication, and enhance reliability across the energy ecosystem.

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Siemens PAVE360 | Built with Qt

Siemens PAVE360 | Built with Qt

Siemens Technologies and Qt Group work together on a virtualized HMI platform, enabling the OEMs and...

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Webinar: Accelerating Robotics Development with Qt Robotics Framework

Webinar: Accelerating Robotics Development with Qt Robotics Framework

Qt Robotics Framework (QRF) introduces a fast, reliable way to connect Qt‑based applications (QML an...

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Avilus | Built with Qt

Avilus | Built with Qt

Avilus is a manufacturer and certified operator of a new class of dual-use drones. Their unmanned ai...

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Remarkable | Built with Qt

Remarkable | Built with Qt

Remarkable uses Qt for its cross-platform capabilities, modularity, and flexibility. The UI is furth...

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