How can I help with the Competence center?

The CC will provide support on you initial steps in order to provide answers to your questions, identify experts and organizations to accelerate your journey from idea to the final products in a form or semiconductor, photonic chip or quantum device.

There are several ways how you can get in contact with CC Chip.si: Contact our main office: CC Chip.si main office located at the Faculty of Electrical Engineering, Tržaška 25, 1000 Ljubljana, Slovenia, office@cc-chip.si, Phone: +386 (0)1 476 8850 Reach out to contact persons: Prof. Dr. Janez Krč, project coordinator Jurij Podržaj, technical lead: Jurij.Podrzaj@fe.uni-lj.siKlara Anžur, business lead: Klara.Anzur@fe.uni-lj.siVia consortium partners – here. You can also subscribe to the CC Chip.si weekly newsletter and follow our activites on LinkedIN.

What services you offer?

CC Chip.si provides services such as: Provide and execute Trainings, (https://cc-chip.si/offer/#trainings) -> Courses catalogue (https://cc-chip.si/wp-content/uploads/2026/01/CC-Chip.si-COURSES-CATALOGUE-V1.0-1.pdf) Organise Workshops and conferences (https://cc-chip.si/offer/#WORKSHOPS) Access to the advanced Technology infrastructure and equipment, (https://cc-chip.si/offer/#TECHNOLOGY) Consultancy on equipment access, proof-ofo-concept and others (https://cc-chip.si/offer/#CONSULTING) Networking on natilan and EU level to strengthen EU semiconductor ecosystem (https://cc-chip.si/offer/#NETWORKING)

How can I get in touch with other Comepetnce centers in Europe?

There are 30 CC in EU; each or CC can be either reach directly, via aCCCess and /or via CC Chip.si main office.

What are the prices of your services?

For further details and conditions, please follow the link to our price list that is COMMING SOON and please contact CC Chip.si main office here.

INTERCHIP Training: Hands-on MEM microfabrication in cleanroom environment

When: June 23th – June 24th, 2026

application deadline: 31st March, 2026

Where: Organised by MC2, Dept. of Microtechnology and Nanoscience, Chalmers University of Technology, Göteborg, Sweden & GOMOD AB (Sweden)

About the training:

Microfabrication and electrical characterization (S-parameters) of a MEM piezoelectric device microfabrication in the tools and facilities at the department of Microtechnology and Nanoscience (MC2) in Chalmers University of Technology. Several common microfabrication steps will be addressed like maskless lithography, PVD deposition, spin-coating of resist, sputtering, dicing, among others. Moreover, a VNA (Vector Network Analyzer) will be used by the students to perform the electrical characterization of the such devices. At the end of the training, attendees should have learned about:

Basic cleanroom-process practical knowledge to fabricate a RF MEM device based on the piezoelectric effect
Practical measurement of their device and their fundamental theory of the S-parameters
Practical foundations of optical lithography exposure, development, PVD, dicing and electrical measurements.

The training is intended for:

Learn more here.