Impact Case Studies Learning & Teaching

Transforming the student experience with AR assessment

How educators can meaningfully integrate Augmented Reality into assessment to create immersive and industry-relevant learning experiences.

11th June 2026
Impact Case Studies Learning & Teaching

Transforming the student experience with AR assessment

11th June 2026

Authors

Dr Omkar Dastane CMBE

Senior Lecturer in Marketing and Director of Graduate Coursework Studies, School of Business, Monash University Malaysia

The challenge: Engagement, relevance and employability

Business schools are under increasing pressure to prepare graduates for workplaces shaped by digital transformation, emerging technologies, and changing customer expectations. In marketing, employers increasingly expect graduates to be creative problem-solvers who can design engaging digital experiences, communicate effectively across platforms, and adapt to new technologies.

At the same time, many educators face a familiar challenge: sustaining student engagement. While essays, reports, and examinations remain valuable for evaluating knowledge and critical thinking, students do not always perceive these assessments as relevant to contemporary professional practice. Repetitive assessment formats can also reduce motivation, particularly when students encounter similar tasks across multiple subjects.

For disciplines such as marketing, where creativity, experimentation, and customer experience are central, there is a growing need for assessments that are not only academically rigorous but also engaging, authentic, and reflective of industry realities.

This challenge prompted a simple question: how can assessment move beyond testing what students know to creating learning experiences that actively engage students while helping them develop the capabilities required in modern workplaces?

One answer lies in immersive assessment.

 Moving students from consumers to creators

To create more authentic learning experiences, Augmented Reality (AR) was integrated into assessment design across several marketing subjects.

Rather than analysing existing marketing campaigns through written reports, students were challenged to create immersive marketing experiences. One assessment required students to develop an original AR experience to support brand positioning or repositioning. Another asked student to design a digital marketing poster embedded with AR functionality to communicate a value proposition and enhance audience engagement.

Importantly, the focus was not on teaching technology for its own sake. AR served as a vehicle through which students could apply branding, consumer behaviour, and digital marketing concepts in realistic contexts.

The approach was intentionally accessible. Students used freely available platforms and their own mobile devices, eliminating the need for specialised laboratories or expensive software.

This shift transformed students from consumers of knowledge into creators of solutions.

What changed?

The impact was visible across several dimensions of the student experience.

Students consistently reported higher levels of engagement, motivation, and perceived learning. Feedback frequently highlighted the authenticity of the assessments and their relevance to contemporary marketing practice. Many students indicated that creating AR experiences helped them better understand theoretical concepts by applying them in practical settings.

Learning outcomes also improved. Students achieved stronger performance in AR-based assessments than in comparable traditional assessment tasks designed to evaluate the same learning outcomes. The immersive nature of the activities appeared to encourage deeper application of knowledge and stronger higher-order thinking skills.

The benefits extended beyond academic performance. Students reported greater confidence in applying marketing concepts and discussing their work with potential employers. The assessments generated portfolio-ready outputs that demonstrated both disciplinary knowledge and digital capability.

The approach also generated broader impact. Elements of the assessment design were adopted by other educators, while student-created outputs attracted positive attention beyond the classroom. These developments suggested that the model was both transferable and scalable.

The CREATAR Framework

Reflecting on the implementation and outcomes of AR-based assessment led to the development of the CREATAR Framework, a practical guide for educators seeking to integrate immersive technologies into assessment design.

C - Connect learning to authentic industry practice

R - Reduce technological barriers through accessible tools

E - Engage students through immersive experiences

A - Apply knowledge through creation and problem-solving

T - Transfer theory into professional practice

A - Advance digital fluency and future-ready skills

R - Reflect on learning, impact, and professional growth

Together, these principles emphasise that successful immersive assessment is not about technology alone. Instead, it is about creating meaningful opportunities for students to apply knowledge, develop professional capabilities, and engage with challenges that resemble those they will encounter in practice.

Three lessons for educators

Three practical lessons emerged from this experience.

Start with learning outcomes: Technology should support learning objectives, not drive them. The most effective immersive assessments begin by identifying the capabilities students need to develop and then selecting technologies that help achieve those outcomes.

Keep technology accessible: Immersive assessment does not require expensive infrastructure. Mobile devices, no-code platforms, and freely available tools can provide rich learning experiences while reducing barriers to participation.

Reward creativity and application: Students should be assessed on their ability to apply concepts, solve problems, and create meaningful solutions rather than on technical sophistication alone.

The following checklist translates those principles into practical actions that educators can adopt when introducing immersive assessment.

Step

Consideration

Actions

Start with Learning Outcomes

What capabilities should students develop?

Identify the knowledge, skills, and competencies students should demonstrate.

Select an Authentic Industry Challenge

What real-world problem can students solve?

Design tasks around contemporary business issues that professionals encounter in practice.

Choose Accessible Technologies

Can all students participate easily?

Use free or low-cost platforms, no-code tools, and mobile devices wherever possible.

Position Technology as an Enabler

Are students learning the discipline or the technology?

Ensure technology supports learning objectives rather than becoming the primary focus of assessment.

Scaffold the Learning Process

What support will students need?

Provide tutorials, examples, templates, and opportunities for peer learning.

Encourage Creation Rather Than Consumption

Are students producing something meaningful?

Require students to design, build, prototype, or create solutions.

Integrate Reflection and Feedback

How will students make sense of the experience?

Encourage students to explain their decisions and reflect on their learning.

Evaluate Impact Beyond Grades

How will success be measured?

Collect evidence from feedback, engagement indicators, performance data, and student reflections.

Share and Adapt

Can the innovation be transferred?

Document resources and lessons learned to support adoption by other educators.


Looking ahead

The future of business education will not be determined by technology itself but by how effectively educators use technology to create meaningful learning experiences. Experience suggests that AR-based assessment can increase engagement, strengthen learning outcomes, and help students develop the confidence and capabilities needed for contemporary workplaces. As business schools continue to rethink how learning is designed and assessed, immersive assessment offers a practical pathway for bridging the gap between academic knowledge and professional practice.