Mae'r cynnwys hwn ar gael yn Saesneg yn unig.
Academics from our Institute for Compound Semiconductors have delivered their first short course for Newport Wafer Fab Ltd.
The pilot event was an opportunity for the client’s senior managers and engineers to enhance their knowledge of compound semiconductor electronics and photonics production.
Newport Wafer Fab excels in the fabrication of silicon wafers (ie a semiconductor) and is also a development centre for compound semiconductors and photonics production. This training was commissioned to provide their employees with an overview of compound semiconductor electronics and photonics, so that they have an increased understanding of how these technologies could be integrated successfully with the organisation’s existing procedures.
The training was held at Newport Wafer Fab’s own premises. Over the next few weeks this course will be attended by approximately 80 employees.
Creating a bespoke training programme
In the months leading up to the course, academics from the Institute for Compound Semiconductors visited the company’s 'Fab' (a class 1 cleanroom environment) and met with managers of various departments to understand their day-to-day roles and their requirements for the course. Our staff from the Continuing Professional Development (CPD) Unit helped facilitate this as we have established relationships with University academics and teaching staff.
We also provided project management and administrative support.
This one-day course consisted of three main sessions.
An overview of Newport Wafer Fab’s existing expertise and current production procedures, delivered by one of the company’s senior engineers.
An introduction to compound semiconductor electronics production, delivered by a senior academic from Cardiff School of Engineering. The session covered:
- The definition of a compound semiconductor,
- How compound semiconductors differ from silicon (i.e. a semiconductor material),
- The different types of compound semiconductor materials available, their benefits, their properties and how they each perform in electronic integrated circuits,
- The uses of different compound semiconductor materials in the marketplace,
- The opportunities, challenges and risks that introducing compound semiconductor materials present to Newport Wafer Fab and their existing electronics production processes
An introduction to photonics production, delivered by an experienced lecturer at Cardiff School of Physics and Astronomy. This session covered the following:
- What is silicon photonics?
- What are the current marketplace applications and future opportunities for silicon photonics?
- Why use silicon as a photonics material and what are its advantages and disadvantages?
- Understanding passives versus actives in the silicon photonics process
- What are the building blocks of silicon photonics, including: waveguides, grating couplers, resonators, filters, and switches and modulators?
About Newport Wafer Fab Ltd
Newport Wafer Fab Ltd is the UK’s largest semiconductor centre, making approximately 8,000 wafers a week. Its foundation is in silicon; taking silicon wafers and developing them into wafer products for a variety of sectors such as the automotive, medical, industrial and consumer industries. They are experts in power MOSFET products, widely used in switching applications. Newport Wafer Fab is also the world’s first eight inch compound semiconductor on silicon chip foundry and is a development centre for compound on silicon and for photonics. It’s a member of CS Connected, the world’s first compound semiconductor cluster.
About the Institute for Compound Semiconductors (ICS)
The ICS is a pay to use Open Access Fabrication Facility, targeted at translational Compound Semiconductor research. It has associated academics in both Cardiff School of Engineering and Cardiff School of Physics and Astronomy concentrating on Compound Semiconductor material and device research. As part of the CS Cluster its aim is to create a global hub for Compound Semiconductor technology research, development and innovation.
The Institute is currently involved in research around developing next-generation technology that paves the way for 5G and 6G mobile phone networks, photonic integrated circuits for applications in e.g. data communications and lidar, the use of sensors in healthcare and energy applications, and the development of advanced radar systems (amongst other uses). It is a core partner in CS Connected. The Institute will be housed in a new state-of-the-art centre that will form part of Cardiff University's Innovation Campus.
Other collaborations between the University and Newport Wafer Fab Ltd
This short course has led to other collaborative activities between the two organisations. Newport Wafer Fab has agreed to fund three PhD students for the 2019-20 academic year and is providing ongoing support to the University with regard to training opportunities for MSc and PhD students, and in the University’s bid for funding for a new Centre for Doctoral Training (CDT) facility.
Newport Wafer Fab is working with Cardiff School of Engineering and Cardiff School of Physics and Astronomy to offer final year students work placement activities and tours of their Fab. The company is also working with Cardiff Business School, who will develop and deliver a new leadership programme for their senior staff.
Outcomes and impact
Comprehensive outcomes and impact will be available following the successful completion of the training programme.
If you would like to discuss bespoke training opportunities for your organisation, please contact our friendly team. We act as a gateway for businesses to connect with academic expertise across the University, and can work with you to create a programme that works for you.