Background

CMOS devices are the backbone of our modern economy. Recognizing the critical importance of this technology, the US and EU Chips Acts have driven a surge in the building of new semiconductor facilities. However, an obstacle remains: the lack of trained semiconductor staff to work in these facilities (existing or new). By 2030, it is expected that there will be a shortage of one million semiconductor experts world-wide.
This course is designed to facilitate the rapid training of semiconductor professionals. It is based on the concept of Virtual Manufacturing using Technology Computer Aided Design (TCAD) tools from Synopsys alongside illustrated TCAD simulation examples.

Target students

The course is designed for science and engineering graduates with no prior knowledge and experience in semiconductors. It is suitable for both in-fab technicians and engineers and microelectronic design engineers who need to understand the translation from design into physical circuit operation and performance. It provides:

• Conversion from other engineering degrees to semiconductors and CMOS.
• Training of new recruits in semiconductor and design companies.
• Upskilling of existing staff.
• The course is modular in design and is suitable for people interested or involved in both CMOS manufacturing and CMOS circuit and systems design.
• The course is delivered through two sessions of four modules. Modules 1 to 4 are available now and a later release of dates will cover modules 5 to 8.

Laboratories

Learning objectives and outcomes for each module are enhanced by a TCAD laboratory where students can run their own simulations to understand the intricate details of CMOS device operation and manufacturing.

Delivery

Initially, this course will be delivered face-to-face by the world leading semiconductor expert Professor Asenov and associated tutors. Locations will include CMOS manufacturing and design companies or convenient areas with high CMOS manufacturing and design activities in UK, Europe and worldwide. We are planning a web-based delivery at a later stage.

Further Information

For further information and expression of interest please contact Dr. Ismail Topaloglu, Venue: The Ferguson Room within One A the Square, University of Glasgow