Launch of the Industry 5.0 Community of Practice (CoP 5.0)

The Industry 5.0 Community of Practice (CoP 5.0), the European Commission initiative, was officially launched on 16 November 2023, marked by the first joint session of its working groups. CoP 5.0 unites a broad range of European innovation ecosystem stakeholders, providing a platform to share best practices, co-create actions to implement Industry 5.0, and network for new collaborations. 

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Science in Motion: Challenges of Artificial Intelligence

Our senior researchers from the Faculty of Technical Sciences and the Institute for Artificial Intelligence R&D in SerbiaProf. Dr. Aleksandar Rikalovic and Dr. Bojana Bajic had the honor of participating in the prestigious national TV show “Science In Motion,” where they delved into the intriguing topic of “Challenges Of Artificial Intelligence.

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The First Industry-Academy Forum opened in Novi Sad

At the Industry-Academy Forum “Smart Production – Solutions for Industry 5.0”, held yesterday on the premises of the Science and Technology Park in Novi Sad organized by the Faculty of Technical Sciences, it was pointed out the great importance of strengthening cooperation between universities and companies through the application of knowledge in practice, in order to jointly and as successfully as possible responded to the challenges of the current fifth industrial revolution.

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Industry-Academy Forum: Upskilling for Industry 5.0

The Faculty of Technical Sciences, University of Novi Sad, is organizing its first Industry-Academy Forum on November 29, 2022

The purpose of this event goes beyond the framework of previous, similar events and focuses on strengthening cooperation between companies that gravitate and need personnel who are educated and trained at the Faculty of Technical Sciences in Novi Sad, Serbia.

In cooperation with the Science & Technology Park in Novi Sad, the Faculty of Technical Sciences invites you to participate in the Industry-Academy Forum with the theme: Improving skills for Industry 5.0 and contribute to the development of knowledge and skills of future engineers. The meeting will be attended by representatives of companies, professors, and students.

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Digital Sustainability in Industry

Sustainability and productivity needn’t be at odds when enabled by Industry 4.0 technology categories. And with an empowered workforce leading the way, outsize gains can be the result. 

Industry 4.0 technology categories have helped boost operations’ productivity and efficiency. This increased operational performance to support the growth without the need to add more resources or machines that consume more energy. Ninety percent of greenhouse-gas emissions come from electricity. So more than 1,000 Industrial IoT sensors is deployed to more than 500 pieces of equipment and 15 utility systems to gather data and generate analytics insights. This allows us to optimize energy consumption across the entire factory. This is how Industry 4.0 technology categories accelerate digital sustainability. Thus, Digitalization is the key that can unlock net-zero for industry.

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Rise of the Internet of Things Jobs

Known as the Internet of Things (IoT), there are now over 30 billion items with the ability to connect digitally, and the predictive manufacturing industry continues to grow, thanks to the skills of trained professionals. The development of IoT jobs and their crucial role in keeping up with demand has meant that there is no shortage of job opportunities on the horizon. In 2019, nearly two-thirds (61%) of companies globally implemented IoT applications, and that number continues to grow as the world evolves.

With this in mind, Distrelec has analyzed the companies recruiting for IoT jobs, the total number of active listings globally, and the most desirable jobs in 2022.

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Edge Computing

Edge Computing – Technology of Industry 5.0 Era

Edge computing is one of the hottest topics in the industry for the moment. According to Gartner by 2025 a whopping 75% of data will be processed at the edge devices. As the name indicates Edge Computing brings computing power closer to the edge of the network. This enables to store and analyze data closer to where it is generated which reduces pressure on communication networks (lowering network latency) and the heart of the network (data centers and, increasingly, the cloud).

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