The GreenChips-EDU project is dedicated to building an advanced educational framework that will equip the next generation of microelectronics professionals with the skills and expertise to drive sustainable chip design and foster applications for a green, circular economy.

As the world embraces digitalization and sustainable practices, semiconductors have become a crucial enabler of progress. In line with the European Chips Act, Europe aims to capture 20% of the global semiconductor market by 2030. However, the demand for qualified professionals, especially in STEM fields, remains a pressing challenge. GreenChips-EDU is designed to address this gap by empowering students with the tools they need to lead the transition to a greener, more sustainable economy.

By uniting top European institutions and industry leaders, GreenChips-EDU is shaping a collaborative platform that will drive innovation and sustainability. To learn more about the consortium and the impact of this project, visit our partner page.

KONČAR – Electronics and Informatics Ltd. is proud to be one of the industrial partners in this initiative. 

Contact: Vinko Zeleničić (vzelenicic@koncar-inem.hr)

Project overview:

Led by TU Graz, this international project brings together 15 universities, companies, and research institutions with the goal of training highly sought-after professionals for the semiconductor industry. The project is supported by the European Union with funding of EUR 7.15 million.

Project goals:

The growing demand for expertise in sustainable chip design, production, and green applications highlights the urgent need for training the next generation of professionals. This project focuses on empowering students to play a crucial role in advancing a sustainable and circular economy. Their involvement will not only equip them with the necessary skills but also position them as change-makers in the journey toward a greener, more sustainable future where technological progress aligns with environmental responsibility.

GreenChips-EDU is set to achieve the following objectives:

• Goal 1: Address the increasing demand for skills in microelectronics and sustainability
• Goal 2: Attract top-tier educators and talented students to the field
• Goal 3: Enhance digital solutions, modernize equipment, and upgrade infrastructure to meet industry standards
• Goal 4: Build structural and sustainable partnerships between academia and industry

The views and opinions expressed are solely those of the authors and do not reflect the official stance of the European Union or the European Commission. The European Union and the European Commission are not liable for any use of the information contained herein.