ASICs Basics Training

About the training:

Training will provide the Introduction to Application Specific Integrated Circuits. Attendees will get introduced in the world of ASICs, from conception, to production and verification and are expected to engage in
the discussion.
This is a basic course which addresses very broadly multiple topics,
aims to provide a larger picture on the complexity and benefits of
making custom ASICs.

For who the training is intended:

Source of information for those who are interested to enter the world of ASICs, with no or little prior background.

Language: English

When: 22.9.2026

Approximate start and end time: Full day 9 am – 5 pm

Where:

Jožef Stefan Institute, Jamova 39, SI-1000 Ljubljana, Slovenia

Topics:
  • Semiconductors
  • Analog elements
  • Digital elements
  • Design – (open) PDK content
  • Padring (filler) and Fabrication
  • Packaging
  • Fabs – prices and production optio
  • Testing

Learning Outcomes

Attendees will get introduced in the world of ASICs, from conception, to production and verification and are expected to engage in the discussion. This is a basic course which addresses very broadly multiple topics, aims to provide a larger picture on the complexity and benefits of making custom ASICs.

Additional Information:

Cost: Free of charge

Organizer:

CC-Chip.si in collaboration with prof. dr. Andrej Seljak from Jožef Stefan Institute

Registration:

There is a limited number of seats, registration is mandatory

Contact:

For all additional information please contact Andrej.Seljak@ijs.si or CC Chip.si main office office@cc-chip.si

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OTHERS

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UNIVERSITIES AND RTOs of CC CHIP.SI

Univerza v Ljubljani
UL FE & UL FRI
• cleanroom facilities sub-micron (Bi)CMOS
• mixed signal ASIC design, FPGA, RISC
• THz sensors and arrays, MEMS
• Si based photonic integrated circuits

University of Maribor
FERI
• mixed signal ASIC design (flight-proven chips)
• advanced waveguide and fiber sensor solutions
• micromachining technologies, MEMS, MOEMS

 

University of Nova Gorica
• organic electronics
• graphene based devices
• electro-optical characterization

Jožef Stefan Institute
• material research
• radiation detectors
• quantum technology
• thin-film chip related technologies
• ASIC design

CoE Nanoscience & Nanotechnology
Nanocenter
• nanofabrication facilities
• advanced quantum devices (supercond. transmon qubits)
• energy-efficient ultra fast memory (cryo, quantum)

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