Digital Twinning for PEMD (Power Electronics Machine and Drives)

This CPD course provides a baseline for business competency in digital twin skills for PEMD (Power Electronics Machine and Drives) applications. It aims to develop awareness, knowledge, knowhow and increased confidence to design solutions using digital twins. Created for junior/design engineers, senior engineers, sustainability leads and everyone who is engaged in roles that will influence technical decision-making, Digital Twinning for PEMD will help those in industry to realise digital transformation and organisational change.

The course addresses the digital twin skills gap by creating understanding and consensus in the market about digital twins, aligning demand and supply for digital twin competency and encouraging systems thinking as a solution. It delivers a trusted training route with value and impact, mapped to PEMD (Power Electronics Machine and Drives) principles.

Course Information

This CPD course provides a baseline for business competency in digital twin skills for PEMD (Power Electronics Machine and Drives) applications. It aims to develop awareness, knowledge, knowhow and increased confidence to design solutions using digital twins. Created for junior/design engineers, senior engineers, sustainability leads and everyone who is engaged in roles that will influence technical decision-making, Digital Twinning for PEMD will help those in industry to realise digital transformation and organisational change.

The course addresses the digital twin skills gap by creating understanding and consensus in the market about digital twins, aligning demand and supply for digital twin competency and encouraging systems thinking as a solution. It delivers a trusted training route with value and impact, mapped to PEMD (Power Electronics Machine and Drives) principles.

Book this course

To register

Sign in

For more information

Learning Outcomes

  • Understand the basics of digital twins, digital twins platform and ecosystem
  • Learn the implementation of digital twins in PEMD, the corresponding business values, and risks
  • Get to know the future trends of digital twins
  • How to appraise a digital twin approach and lead or enable sustainable transformation.
  • How to see digital twins as solutions to drive efficiencies and increase productivity
  • An understanding of the data management basis for digital twins
  • Learnings from best practice examples
  • Assess the performance using variety of real-world case studies

    • Course Agenda

    The CPD course is structured to span two full days, with four sessions each day: two in the morning and two in the afternoon. On the first day, students will learn about the fundamentals of Digital Twin, followed by hands-on hardware experiments. The second day will cover design of PEMD digital twinning with some practical examples. The course will conclude with a group project, where students will work on real-world case studies followed by discussion on future trends and summary with further advance courses.

    The sessions for the first day are:

  • Introduction to Digital Twin
  • Digital Twin hardware design along with control and sampling circuit.
  • Digital Twin simulation design
  • Data capture and IoT

    • On the second day, the four sessions that will be given respectively are:

  • Digital Twinning Practical
  • Digital Twin real world case studies (group work)/li>
  • Future trends of digital twins and digital threads/li>
  • Summary and Opportunities for advanced CPD courses/li>

    For more information on this course, please contact llahub@newcastle.ac.uk or enquire here

    Course Dates

    Course Start Date:  Wednesday, November 12, 2025 9:00 AM

    Course End Date :  Thursday, November 13, 2025 5:00 PM

    Enrolment Dates

    Enrolment Start Date:  Tuesday, October 7, 2025 8:00 AM

    Enrolment End Date :  Thursday, November 6, 2025 11:30 PM

    Course Location

    Newcastle University

    Course Tutor/s

    Deepak Makwana

    Course Delivery Type

    Face to Face in-person icon

    Book This Course

    To register

    Sign in

    Course Fees

    Price per attendee is £1,250.00 (zero VAT)