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Introduction to Digital Twins

Discover how digital twins enhance decision-making, optimise operations, and drive innovation. Learn key concepts, strategies, and applications to support a data-driven, connected future.

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Course Breakdown
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Key Information

Through the evolution of Asset Management and systems complexity has increased therefore our approach to managing them needs to change. Additionally, companies are challenged to develop more efficient and sustainable products to meet the growing demands of consumers and, as a result, product design and manufacture has rapidly evolved in recent times.

A digital twin is a virtual model of a physical object or system that spans its lifecycle and brings in learning and experiences from real world processes to update the digital twin model. Engineers and operators can view the digital twin to understand, in real time, how the asset or system is performing in the real world. Analysis of the data collected from the digital twin can also support decision-making based on predictions of how the asset or system will perform in the future.

Furthermore, the operational data provides insight for manufacturers to optimise the product design, improve manufacturing processes, and deliver sustainable products at a reduced cost.

Digital twinning technology is being used increasingly in manufacturing and engineering for a variety of purposes, including testing and optimising physical systems during design, allowing remote monitoring and control of physical assets through automation systems and simulated testing.
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Breakdown of the Course/Module

This micro-credential will introduce learners to key concepts, values and applications. Learners will gain knowledge and skills in how digital twinning can support business decision-making in an increasingly connected and data-driven world.

Upon completion, learners will be able to:

  • Understand steps for building a digital twin
  • Guide the execution of the digital twin strategy
  • Develop a roadmap for digital twins
  • Build an organisational structure to support digital twin strategy execution
  • Set up KPIs to measure progress of the digital twin implementation journey
  • Engage service providers to address business requirements.

 

Damian Jolly

About your trainer

Damian Jolly
Trainer

With more than 25 years of experience, Damian specialises in industrial automation, process control, cloud technologies, and data analytics. As a Principal Consultant at Nukon for seven years, he led solutions for waste management, food and beverage, manufacturing, and mining clients, focusing on Industry 4.0 roadmaps and Lean Thinking to improve efficiency. Damian also co-authored the 22460VIC Industrial Networks and Communications Performance Activities course, reflecting his dedication to advancing industry knowledge and education. Having designed and project-managed solutions using AWS and Azure cloud technologies, as well as working with data platforms such as MSSQL, PostgreSQL, Databricks, Redshift, and IoT platforms such as AWS IoT, Damian brings a wealth of hands-on experience to each training session.

Georgie Johnson

About your trainer

Georgie Johnson
Trainer

Georgie has more than 20 years of experience in Business, Leadership and Project Management. She is passionate about influencing progress and development in people, ensuring agile, growth mindsets are embedded for positive change. Georgie is a visionary, systems thinker who has experience in interpersonal, and problem-solving skills that are transferable across industry. Driven by a love for technology and a commitment to fostering diversity of thought, Georgie inspires innovation in every training session.

FAQs

No, no prerequisites are required for the Introduction to Digital Twins Micro-credential.

The volume of learning is approximately 24 hours of student effort.

At this time, there is no funding available for this micro-credential. Pricing information is available on this page.

Yes, our micro-credentials can be stacked, which means that learners can make continuous progress towards a certificate or diploma qualification, completed at a pace that suits you.

The USI is a code made up of 10 numbers and letters which is assigned to individual students and remains with the student for life. The USI is used to create a secure online record of your recognised training and qualifications awarded to you in Australia. You can access your online records by logging in onto the USI portal. Read more getting a USI here.

With our cyber physical training, you can complete the course from anywhere, as long as you have a reliable internet connection. Many users have found having two screens to be easier. Information on how to access training platforms will be emailed to you prior to the course commencing.

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