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Semiconductors technical course

An introduction to semiconductor fundamentals

10 - 11 September 2025 | Live virtual

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About the technical course

The UK faces a critical skills gap and retention issues due to a shortage of skilled workers in the semiconductor sector. The sector requires a diverse range of specialist skills, but unfortunately, some of these skills are in extremely short supply in the UK.

This technical course on semiconductors will provide an introduction to semiconductor fundamentals as well as trends and market forecasts, international supply chains and semiconductor taxonomy.

Trainers

Chris Meadows
Director - CSconnected

 
Chris' career in electronics and semiconductors started at British Telecom Research Laboratories before joining a new joint venture between BT and US based DuPont in 1986.

Andy G Sellars
Chair UKTIN Semiconductor Expert Working Group - UKTIN

 
Andy chairs the Semiconductor Expert Working Group for UKTIN and serves on the Government’s Semiconductor Advisory Panel.

Matthew Smith
Senior Lecturer and Researcher - School of Physics, University of Bristol

 
Dr. Matthew Smith is a Senior Lecturer and researcher at the School of Physics, University of Bristol, UK, with expertise in wide and ultrawide bandgap material growth, device design, fabrication and characterisation.

Mark Rushworth
 

CEO - Finchetto

Christopher Bailey
 

Professor of Advanced Semiconductor Packaging and Director of the Centre for Advanced Semiconductor Packaging - Arizona State University

Course contents

  • Introduction to semiconductor fundamentals
  • Material structure, electrons and holes, drift/diffusion current and electric fields
  • Electrical breakdown
  • Semiconductor fabrication and processing techniques
  • Semiconductor device characterisation
  • Material characterisation techniques
  • Device characterisation techniques
  • Advanced semiconductor devices and applications
  • Semiconductor manufacturing
  • Compound semiconductors
  • Semiconductor taxonomy
  • Types of semiconductors and their applications
  • Trends and market forecasts
  • Semiconductor materials and their properties

Programme

Day one - 9am - 3pm

Day one

  9am - 9:10am Welcome and introduction
Morning sessions   Trainer: Matthew Smith. Senior Lecturer and Researcher, School of Physics, University of Bristol.
Session one 9:10am - 10am Introduction to semiconductor fundamentals
  • Material structure
  • Electrons and holes
  • Drift/diffusion current and electric fields
Session two 10am - 10:50am Semiconductor materials and their properties
  • Compound semiconductors
  • Bandgap
  • Carrier transport properties
  • Electrical breakdown
Coffee break 10:50am - 11:05am  
Session three 11:05am - 11:50am Semiconductor fabrication and processing techniques
  • Material growth techniques
  • Lithography 
  • Fabrication processes
Session four 11:50am - 12:40pm Semiconductor device characterisation
  • Material characterisation techniques
  • Device characterisation techniques
  • Reliability and stability
Lunch break 12:40pm - 1:30pm  
Afternoon sessions   Trainer: Chris Meadows. Director - CSconnected
Session five 1:30pm - 2:15pm Advanced Semiconductor
  • The evolution of semiconductor technologies and applications from analog to digital to quantum
  • From silicon to advanced semiconductors (compounds)
  • Future possibilities: integrating different materials
Session six 2:15pm - 3pm Devices and applications: Semiconductor manufacturing

  • More than CMOS - sensors, power, RF and quantum devices and applications 
  • Key developments in manufacturing - from miniaturisation to materials
Session seven 3:15pm -3:45pm Christopher Bailey. Professor of Advanced Semiconductor Packaging and Director of the Centre for Advanced Semiconductor Packaging. Arizona State University.

  • Advance packaging
  • The growing semiconductor ecosystem in Arizona
Questions and final remarks. 3:45pm - 4pm  

 

Day two - 9am - 3pm

Day two

Morning session 9am Trainer: Andy G Sellars Chair UKTIN semiconductor expert working group
Session 8 9am - 9:45am Semiconductor taxonomy
  • Types of semiconductors and their applications   
  • Interoperability and substitute-ability
Session 9 9:45am - 10:30am Trends and market forecasts
  • Historical trends: digitalising everything
  • The implications of AI, machine learning and quantum technology
Coffee break 10:30am -10:45am  
Session 10 10:45am - 11:30am International supply chains 
  • Macroeconomic drivers: winner takes all
  • Supply chain bottlenecks and mitigations
  • Geopolitical tensions and emerging standards
Session 11 11: 30am - 12:15pm Opportunities for the UK
  • R&D
  • Design / IP
  • Compound semiconductors
Lunch break 12:15pm - 1pm  
Afternoon sessions 1pm Mark Rushworth CEO Finchetto
Session 12 1pm - 2pm
  • Introduction to photonics
  • Material platforms and uses
  • Applications
  • An integrated photonic workflow
  • The future of photonics
Session 13 1:45pm - 2:30pm Invited speaker
Questions and final remarks 2:30pm - 3pm  

Free webinar

Semiconductors unlocked: from fundamentals to the future

Date: Friday, 27 June
Time: 12:30pm - 1:15pm BST (plus Q+A)

  • Introduction: welcome and introductions
  • Matthew Smith:  Introduction to semiconductors fundamentals and materials.
  • Chris Meadows: Introduction to compound semiconductors and its applications
  • Andy G Sellars: Trends and opportunities: R&D and the implications of AI, machine learning and quantum technology.


The objective of the webinar is to emphasise the importance of this field, the opportunities it presents and the importance of developing skills in this area.

It will also provide an overview of a new technical course in semiconductors to be launched on 10 September.

Semiconductors are the building blocks of modern technology. From AI to EVs, semiconductors power it all. As demand rises, so does the need for engineers and technologists who understand how they work and why they matter.

This free webinar will provide you with an introduction to semiconductors fundamentals and materials, compound semiconductors and its applications, R&D and the implications of AI, machine learning and quantum technology.

This session will also introduce our brand new Semiconductors Technical Course, designed to help you build the skills that industry needs today and tomorrow.

Don’t miss your chance to stay ahead in one of the most critical and fast-moving fields in engineering.

Registration opening soon.

Registration and pricing

Early bird tickets until 27 June 2025

Member - from £679
Non-member - from £799   
Student - £499

Standard tickets until 22 August 2025

Member - £779
Non-member- £899

Registration fees include

  • Two days of interactive training delivered by Semiconductor experts
  • Access to trainer presentations
  • 15 CPD hours and a certificate

Group bookings

The following discount codes are for member and non-member delegate registration only, and not applicable to student bookings.

10% discount for three to five delegates – SEMICONGR3TO5
15% discount for six plus delegates – SEMICONGR6PLUS
Please note that payment must be made in full, and we do not accept AMEX when registering online.

If you need to pay for your group by proforma invoice, please contact events@theiet.org.

Book now - UK and Overseas Individual

Book now - UK and Overseas Individual

Overseas participants

If you are attending the course from outside of the UK and are paying for your booking using a company payment card where the company is VAT Registered and is the registered card billing address, please use the registration link for a VAT registered overseas company.

This form will capture your Company VAT Registration number and will be subject to Out of Scope VAT. Otherwise, VAT is charged at the UK rate of 20%.

If you are from outside the UK but paying with a personal payment card, please use the overseas individual link.

Book now – VAT Registered Overseas