Standardisation in the Circular Economy Sector Podcast

Events

In this 2nd Podcast, organised by KITT4SME EU Project and promoted by the AI4Manufacturing community, the topic is standardisation in the circular economy sector when adopting artificial intelligence. In this new second occasion we discuss about exchange of knowledge and experiences, promoting the use of standards among European projects, towards the implementation of circular economy systems in Europe.

KITT4SME STANDARDISATION PODCAST SERIES

KITT4SME Podcast #2 – January 2024

Projects invited

This event, which has as moderator Serena Albertario from Holonix, leader of standardisation within the KITT4SME project, talks about standards adopted in each project, pro and cons, and suggestions on procedures and methods, observing successes and possible improvements.

Our guests are:

CE4CON Project

Coordinated by R2M Solution

PRESENTS Marco Demutti

KITT4SME

KITT4SME PROJECT

Coordinated by SUPSI

PRESENTS Serena Albertario

The goal of this event is to exchange knowledge and experiences among project partners, and promote the usage of standardisation for optimisation of achievements and results.

KITT4SME Podcast sections

PART 1

The first part of the podcast is about the benefits of standardization for innovative solutions, within manufacturing companies, moving towards circular economy approach, highlighting the results obtained.

  • 4:18 KITT4SME presentation
  • 8:17 CE4CON presentation
  • 15:08 XMANAI presentation

PART 2

In the second part of the podcast, we take a closer look at how standards have been used, defining pros and cons observed.

  • Other podcasts

About KITT4SME project

KITT4SME: Platform-enabled kits of Artificial Intelligence for an easy uptake by SMEs.

The project specifically targets European SMEs and mid-caps to provide them with scope-tailored and industry-ready hardware, software and organisational kits, delivered as modularly customisable digital platform, that seamlessly introduce artificial intelligence in their production systems.​