What we do

3D visualisation

Immersive content, including 3D models, 360 imagery, virtual and augmented reality environments are rapidly becoming commonplace in learning and development solutions throughout the L&D industry. RPS is collaborating with Imaged Reality to deliver virtual training with 3D outcrop models, through the Stratbox platform.

3D visualisation - discover the connection between subsurface theory and the real world

RPS' global 3D outcrop inventory puts the world's most descriptive, illustrative, and informative outcrop at your fingertips.

Whether in the classroom, field, or online, course participants will increase their technical competency by discovering the connection between subsurface theory and the real world.

Visualising the scale and continuity of flow units directly on the outcrop, providing an unparalleled perspective of the subsurface.
Enhancing understanding of depositional and structural environments by integrating satellite imagery with basin-scale data right to the pore scale in a 3D environment.

Geoscience

Enhancing understanding of depositional and structural environments by integrating satellite imagery with basin-scale data right to pore-scale in a 3D environment.

Reservoir engineering

Visualising the scale and continuity of flow units directly on the outcrop, providing an unparalleled perspective of the subsurface.

Integration

Facilitating interdisciplinary discussions to optimise field development.

3D Outcrop Reference Database

Outcrop Reference Database

Reference resource of outcrop images and 3D models highlighting sedimentological, structural and stratigraphic feature relevant to understanding subsurface relationships. Click here to view a demo.

Benefits of integrated technology and immersive learning experiences

Reduced downtime - A fully digital version of an object or location allowing learners to explore in full scale without the use or need for the physical product.

Flexible delivery - Utilised in a digital or remote delivery style (blended learning, e-learning). Enabling subject matter experts to teach from and to remote locations.

Time to competency - Significantly reduced by allowing the learner to train in a ‘hands-on’ capacity that is relevant to the product or practice they may not always have access to.

By interactively using 3D outcrop images, course participants studying reservoir analogues, can interpret and annotate 3D outcrop models in real time, while collaborating with other course participants and instructors, enhancing their learning in an immersive environment.

Subsurface data integration

Industry, academic and in-house data can be integrated into the learning platform providing participants a clear view of scale and continuity. Learning points can be adapted to address the needs of the group or a tour of outcrops from around the world can engage participants with alternative possibilities and encourage creative problem solving.

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Collaborate in virtual space

The following video illustrates how 3D Outcrop Visualisations, using the Stratbox platform (previously known as 3D Gaia) are incorporated into distance learning courses. Click on the play button at the centre of the image to see more.

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Compare and contrast locations

Geoscientists, engineers, and integrated teams can compare and contrast locations once separated by oceans, side by side, delivering deep insight into the subsurface geology of the fields they explore, develop and operate.

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Interaction and collaboration

3D outcrop visualisation increase the technical understanding of subsurface geology, improving your team's ability to make informed decisions. Multi-disciplinary teams can interact, share knowledge, and problem solve in a dynamic virtual space that promotes creative thinking, integration and collaboration using real-life examples.

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Bring remote locations to your desktop

The following video illustrates how 3D Outcrop Visualisations, using the Stratbox platform (previously known as 3D Gaia) are incorporated into distance learning courses. Click on the play button at the centre of the image to see more.

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