Rayner Digital Labs
Applications
Our applications are aligned to specific learning areas. Select a learning area tab to explore the available VR applications, review how each links to the curriculum through detailed alignment documents, and access accompanying student task sheets to support lesson planning and classroom activities.
Core Applications
Students explore and interact with food chains in VR, rotating producers and consumers to build ecosystems and observe how energy flows through them.
Students explore how living organisms are classified, discovering how scientists group life by shared traits to understand Earth’s biodiversity.
Students explore cells as the basic units of life, comparing plant and animal cells and using a probe to identify the functions of key organelles.
Select a science learning area to see the available applications.
Students explore Earth’s and Moon’s movements, observing how orbits, tides, and seasons shape our planet.
Students explore the rock cycle, observing how igneous, sedimentary, and metamorphic rocks form and transform.
Students explore the carbon cycle, discovering how carbon moves through the atmosphere, organisms, oceans, and Earth.
Students explore how mass affects force and motion by launching objects of different masses and observing changes in acceleration.
Students investigate balanced and unbalanced forces using a suborbital simulator, observing how forces affect motion and stability.
Students explore the differences between pure substances and mixtures through hands-on experiments and scientific investigation.
Students explore the key causes of World War I, including how the assassination of Archduke Franz Ferdinand triggered a global conflict.
Students explore Australia’s role in World War I, learning how its troops fought at Gallipoli and the Western Front and contributed significantly to the war effort.
Select a history learning area to see the available applications.
Students explore the causes and major events of World War II, including the Treaty of Versailles, the rise of Nazi Germany, and Australia’s involvement.
Students explore Australia’s role in key WWII events, including the Battle of Britain, Kokoda Track, and the Fall of Singapore, highlighting its strategic role in the Pacific.
Students explore Ancient Egypt, discovering mighty pharaohs, towering pyramids, and fascinating beliefs through virtual tombs and immersive experiences.
Students explore Ancient China, discovering its inventions, powerful emperors, and wonders like the Terracotta Warriors through interactive 3D scans.
Students explore Ancient Rome, discovering its impressive buildings, powerful army, and lasting impact on the world.
Students explore Ancient Greece, discovering its brilliant thinkers, skilled warriors, and lasting contributions to culture and knowledge.
Students explore Australia’s ancient megafauna, discovering giant animals that once roamed the continent and the environments they inhabited.
Students explore the technological achievements of Aboriginal cultures, including weapons, tools, fire-stick farming, fishing traps, and aquaculture methods.
Students investigate how CPUs, GPUs, RAM, and storage influence computer performance and learn to select the right hardware for specific tasks.
Select a digital technology learning area to see the available applications.
Students explore how digital systems represent text, images, and audio, and how numbers are used to process and store information.
Students explore binary numbers, convert them to whole numbers, and use logic gates to understand how digital systems operate.
Students experience real-life classroom interactions in VR, while teachers analyse communication, engagement, and social dynamics.
Students explore how language shapes meaning in visual and multimodal texts, analysing how words, images, and sounds work together.
Select a history learning area to see the available applications.
Students explore how authors use and adapt text structures and language features across multiple forms to engage audiences and convey meaning
Students step into a dynamic learning experience, discovering how vocabulary shapes meaning in everyday life and specialist subjects.
Step into immersive storytelling with our VR experience, where students explore, analyse, and create, bringing English literature and language to life.
Students explore probability by flipping a virtual coin, recording outcomes, and comparing results to expectations.
Students explore probability by rolling a virtual die, recording outcomes, and comparing them to expected results.
Students explore probability with passthrough technology by observing a physical die roll, recording outcomes, and comparing them to expected results.
Select a mathematics learning area to see the available applications.
Students classify triangles, quadrilaterals, and other polygons by side and angle, identifying geometric relationships and patterns.
Students represent objects in 2D and assess the strengths and limitations of different representations to enhance spatial reasoning and problem-solving.
Students create algebraic expressions using constants, variables, operations, and brackets to represent mathematical relationships.
Transforms art education by immersing students in artworks.
Explore the diversity of First Nations Australian art and practices, respecting storytelling, traditions, and intellectual property rights.
Select a visual arts learning area to see the available applications.
Students create and curate virtual sculptures in VR, using visual language to express personal ideas, themes, or perspectives.
Students create self-portraits or symbolic representations, reflecting their culture, hobbies, and personal experiences.
Students use colors and abstract forms to express emotions, creating “mood paintings” that reflect feelings over time.
Students paint scenes inspired by nature, including landscapes and endangered habitats, fostering discussions about sustainability.
Students create artworks on social topics they care about, using color to express their perspectives on issues like inclusion, equality, or climate change.
Students explore and celebrate cultures by creating artworks inspired by traditional patterns, symbols, and motifs worldwide.
Students create paintings that tell stories, using characters, setting, and conflict to explore narrative and meaning.
Students create art that fosters mindfulness, using calming colors, repetitive patterns, or nature-inspired themes to support relaxation and stress relief.
Students classify environmental resources as renewable or non-renewable, exploring their characteristics and roles in ecosystems and society.
Select a geography learning area to see the available applications.
Additional Applications
Students analyse a 2D-vision robot, analyse data, and explore how visual input guides autonomous navigation with real-time computer vision feedback.
Students explore bipedal robots, adjusting joints and timing to simulate walking and apply engineering principles.
Students explore 3D-vision robots, testing algorithms to detect objects, move objects and understand spatial relationships.
Select a STEM learning area to see the available applications.
Students explore Mars in VR, applying scientific methods to collect, record, and search for ice to analyse planet data.
Students explore smart building systems, collecting data and analysing impacts to learn about sustainability and efficiency.
Master the thrill of drone racing through target practice and timed gate trials, building precision, coordination, and an understanding of real-world flight dynamics and control systems.
Empower students to explore health pathway opportunities, guiding them toward rewarding careers in healthcare and well-being.
Help students explore construction pathways, preparing them for rewarding careers in the building and construction industry.
Students explore science and research pathways, preparing for impactful careers in discovery, innovation, and advancing human knowledge.
Guide students through Agriculture, Forestry, and Fishing pathways toward careers that support communities and the environment.
Guide students toward mining and resource careers in exploration, safety, and environmental management.
Guide students toward hospitality and tourism careers in travel, accommodation, events, and customer service.
Guide students toward transport and logistics careers in freight, warehousing, passenger transport, and supply chains.
Select the pathways to industry tab see the available applications.