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Learning Science for Simulation-Based Educators

This fully online, self‑paced short course is aimed at simulation developers, instructional designers and educators—especially in healthcare, civil aviation and defence. Throughout the course, you’ll explore foundational learning science theories like cognitive load management, deliberate practice, social and situated learning, and learn how to apply them to simulation design.
Next Dates
Ongoing
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Duration
37.5 hours
Delivery mode
Online
Price (AUD inc. GST)
$1,195 - $1,395
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Course summary

Design smarter simulations with proven learning science principles

This course is designed to help you move beyond just using simulation tools—to mastering them. You’ll discover how to apply proven learning science principles like cognitive load management, active learning and real-world contextualisation to create simulation experiences that stick.

Whether you're upskilling a veteran workforce or training new professionals, you'll learn how to design engaging, immersive and impactful simulations that build confidence, competence and critical thinking.

This course will be delivered 100% online through 12 self-paced modules. It will be delivered as asynchronous study and includes a cumulative completion of a workplace-linked project for immediate application of skills.

Who will benefit

  • Simulation educators and designers in healthcare, aviation, defence and other safety-critical industries

  • Instructional designers and learning professionals seeking to apply learning science to simulation

  • Trainers and facilitators aiming to create more engaging, effective and contextualised learning experiences

Course is suitable for

  • Professional simulation developers, instructional designers and instructors in the fields of healthcare, civil aviation and defence

Delivered by experts

Gary Eves
Dr Gary Eves
Lecturer Master of Visualisation, Simulation and Immersive Design, UNSW Principal Technology Officer, CAE Inc.
  • Gary has spent 30 years working in simulation technologies and has developed and used simulation in flight (both civil and military), energy (oil and gas manufacturing), entertainment, defence and more recently, health care
  • Gary's doctorate is in the validation of serious game-based simulations for developing technical and non-technical skills. Professionally, he has worked extensively developing novel customer solutions combining VR, AR and synthetic environments

Course designed to stack

1.5 units of credit
TOWARDS
Recognition of prior learning (RPL)

About the course

Align simulation technology with proven learning science

Dive into the educational theories that power successful simulation-based learning. You’ll discover how to integrate pedagogy with simulation tools to create personalised learning experiences that align with cognitive science and real-world outcomes.

Why enrol in this course

Practical application

Learn how to apply key theories like cognitive load, deliberate practice and situated learning to real-world simulation scenarios that improve learner outcomes.

Evidence-based approach

Develop a deep understanding of the science behind how people learn, so you can design simulations that are more effective and engaging.

Immediate impact

Apply what you learn directly to your current role, improving the quality of your training programs from day one.

Career-enhancing

Build your expertise in simulation-based education and earn credit toward further postgraduate study through UNSW’s Recognition of Prior Learning (RPL).

Martin Bean headshot

Martin Bean CBE

CEO, The Bean Centre

"Lifelong learning is the key to staying relevant in an ever-changing world. At UNSW, we provide a dynamic environment that encourages growth and excellence, ensuring learners are empowered to lead and innovate in their careers."

Key features

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Industry-relevant content

Course material is tailored to simulation-based training in high-stakes fields like healthcare, aviation and defence.

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Research-backed frameworks

Gain tools and strategies grounded in the latest learning science to design more effective and memorable simulations.

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Capstone assessment

Demonstrate your learning by designing a simulation project that links directly to your workplace or professional context.

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Digital Credly Badge

On completion of the course, you will receive a Certificate of Attainment and a digital badge from UNSW.

Learning outcomes

Design impactful simulations using science-backed learning theories

By the end of this course, you will have a comprehensive understanding of various learning science theories and how to apply them to create impactful simulation-based educational experiences. This knowledge will empower you to design and deliver educational programs that meet the needs of today's learners and achieve greater educational outcomes.

What you'll learn

Each module follows a clear sequence, beginning with contemporary learning science theories such as Cognitive Load, Deliberate Practice, Social Learning and Situated Learning. This is followed by a critical evaluation of how these theories are applied across a variety of case studies.

The modules culminate in a headline learning strategy assessment, where you'll justify the use of the immersive environment to achieve the intended educational outcome.

Topics covered

  • Authentic Learning Theory
  • Cognitive Load Theory
  • Constructivism
  • Experiential Learning Theory
  • Situated Learning Theory
  • Game-Based Learning Theory
  • Social Learning Theory
  • Deliberate Practice Theory
  • Flipped Classroom Model

Course delivery

Format

Commitment

Delivery

Method

  • 100% online across 12 modules
  • 37.5 hours over 8 weeks
  • Online platform featuring self-paced modules
  • Asynchronous study
  • Cohort-based
  • Cumulative completion of workplace-linked project for immediate application of skills

 

Credentials

1.5 units of credit
TOWARDS
Recognition of prior learning (RPL)

Gain a nanocredential

This is the first nanocredential in a series of courses in development that can be stacked towards 6 units of unspecified credit within a postgraduate program in Art & Design.

How can I use my credit towards further study?

By completing this course, you will earn 1.5 units of credit that can be used towards stackable courses in the future, earning up to 6 units of credit. You can apply for Recognition of Prior Learning (RPL) and have these credits transferred upon commencing a postgraduate program in Art & Design with the Faculty of Arts, Design and Architecture.

Next steps

To enrol in Learning Science for Simulation-Based Educators, please register below.