
Operational Efficiency
Discover strategies and technologies that enhance operational efficiency in engineering, manufacturing, and product development for improved performance and cost savings.

Digitalization & New Technologies
Quality, precision and speed for requirements engineering: AI agents as support
Requirements engineering is one of the most important phases in product development. It defines what the product does, who it is intended for, and under what conditions it meets technical, regulatory and user-driven requirements. When requirements engineering fails, the entire project can collapse — which is why quality is critical. With AI-based agents, requirements work can be streamlined, enabling projects to progress faster. AI doesn’t replace experts, but it gives them better tools to succeed.
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Compliance & Regulations
Ensuring Safe and Reliable Electronic Devices with EMC Testing
In today’s fast-paced technological landscape, the safety and dependability of electronic devices are paramount. Electromagnetic Compatibility (EMC) testing is essential in this regard, ensuring that electronic products adhere to stringent official standards.
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Operational Efficiency
Predictive Maintenance: Better Service with genAI and Predictive AI
Predictive maintenance aims to prevent unexpected breakdowns and expensive downtime. Thanks to new technology, generative AI (genAI) and Predictive AI can greatly improve maintenance planning, documentation, and failure prediction.
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Operational Efficiency
Master Data Management: The foundation of efficient industrial operations
As the worn-out cliché states, data is the lubricant for business. But not just any data: the backbone of everything is master data. Without well-structured master data, industrial processes, customer relations, and finances will suffer from inefficiencies and errors. Consistent data is crucial for accurate outcomes from advanced analytics and AI-powered solutions.
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Digitalization & New Technologies
Integrated Approach to the Smart Meter Lifecycle: How Automation and Consistent Processes Influence Deployment Efficiency?
In the face of the dynamic growth of the smart metering market, integrated lifecycle management of meters becomes crucial for companies facing new challenges.
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Digitalization & New Technologies
How to effectively manage energy in the face of the energy sector transformation?
In the last decade or so, the energy landscape has shifted drastically undergone significant changes, transitioning from a centralized model dominated by corporations to a decentralized one, where prosumers play pivotal role. Today, energy production has become much more complex due to the variety of different energy – generating assets – ranging from traditional, fossil-fuel-powered sources to modern renewable sources. Moreover, individual prosumers, as well as smaller enterprises, are producing energy and feeding it into the grid. How do we navigate energy management in this new paradigm?
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Operational Efficiency
The Essential Role of Product Testing Before Launch
In today’s rapidly evolving market, the urgency to release products is significant. However, hastily bringing a product to market without sufficient testing can result in severe repercussions. This article delves into the importance of product testing prior to launch and how it can save time and money.
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Digitalization & New Technologies
Effortless product lifetime extensions at your fingertips: Meet Etteplan’s fixed-price R&D service
Manufacturers often have the golden opportunity to increase sales with existing products if they could be updated to fit emerging needs. When internal research and development (R&D) efforts lean towards innovation rather than lifetime extensions for existing products, companies can easily miss potential revenue that could be made with moderate effort.
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Digitalization & New Technologies
Efficient and optimized product design – AI transforms industrial R&D
Artificial intelligence (AI) is not new in the manufacturing industry — many companies have been leveraging AI and machine learning for over two decades. Now, generative AI promises to do even more, which has piqued the interest in industrial research and development (R&D).
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