Holovision

☀️ Planning Structural Reinforcements for Solar Panel Installation ☀️ The installation of solar panels on existing structures requires detailed planning to ensure structural safety and compliance. At Grove Juice’s production shed, SBP Australia engaged us to capture precise data to facilitate this process. The project focused on scanning the transfer beam running the length of the facility, along with its connection points to the rafters. This data will guide the client in strengthening the roof to safely accommodate the additional load of the solar panels. Using laser scanning technology, we were able to collect accurate and comprehensive measurements in a confined roof space. This approach ensures that all necessary data is captured for effective decision-making while minimising disruption to ongoing operations within the facility. Laser scanning is a highly effective tool for projects requiring non-invasive data collection in challenging environments. By providing exact measurements, it allows for efficient planning, reduces potential errors, and ultimately supports better project outcomes. This process also aligns with sustainability goals by facilitating the integration of renewable energy solutions, such as solar panels, into existing infrastructure. Projects like this demonstrate how modern technology can support the transition toward cleaner energy while maintaining structural integrity and operational efficiency. #laserscanning #sustainability #structuralengineering

What happens when a new housing estate requires a railing system to be installed on a top retaining wall? Working with Moddex, we tackled this project in Melbourne, where the retaining wall at a new housing development required railings for safety and compliance. Our job was to capture precise site data to guide the accurate installation of the railings, ensuring they aligned perfectly with both structural and design specifications. Using laser scanning, we were able to provide Moddex with the data they needed to move forward. Whether it's railings for safety or larger structural elements, our approach ensures that every detail is accounted for, saving time, reducing errors, and improving project outcomes. Why does this matter? Accurate scanning not only supports safer, more efficient construction but also helps projects stay on track, even in less-than-ideal conditions (like the very wet and muddy day when this job was scanned!). Client: Moddex Group #construction #laserscanning #realitycapture

I feel so blessed that for two consecutive years, I’ve started the year surrounded by keen-to-learn young Australians from the National Youth Science Forum (NYSF) program. These motivated students showed great enthusiasm for diving into #3DScanning #ImmersiveTechnology, learning from industry experts. Last Friday, 32 NYSF participants came to Holovision for a hands-on session where they got to explore: 🥽 3D Scanning to XR (eXtended Realities) 🏗️ Survey/Laser Scanning ⚙️ Metrology Scanning & 3D Printing A big thank you to John M., Brendan Jakubenko, & Pagan Harrison-Brown for organising, hosting the session & inviting me to be part of such an awesome day! Thanks also to Julia Ledur, Sam Peereboom, Lachlan Rowe, Kieran Hardie & Pieter for sharing their knowledge & expertise with the group. What a dream team to work with! Then on Monday, I was thrilled to use the new TAFE Queensland Gold Coast XR Hub at Ashmore Campus for the first time. Shane Palmada, thank you for the initiative, you wouldn't be disappointed with how we utilised the fantastic space for the event. Brigette Barrett, MEd, Tom B., Ashleigh Wendhausen, Libby Stevens, thank you for making this great event happen. Representing TAFE Queensland, Richard Barrett & I welcomed another NYSF group for a session focused more on the creative applications of 3D Scanning & XR. A huge shoutout to Miguel Besas (Imagine Realities) for his superb one-hour live demo on #3Dscanning with Revopoint 3D #MiracoPlus (recommended by Mike Annear) to #characteranimation in Mixamo. Assisted by Danny Ruse, William Theobald, Mohammed G., we showcased our R&D: 👓 Holographic Tilt Five games 🏉 NRL Tackle Game 🖌️ AR Face Painting 🥽 Arkio VR hand-tracking activities (using Meta Quest Pro & 3) Photos shown aren’t AI-generated—everyone was genuinely engaged & having a blast! Forget about assessment, the experience was powerful enough to leave a lasting impression. No doubt, the participants can now list examples of immersive technology, understand how to scan, & apply these concepts across industries from #manufacturing to #creative fields. 🎉 This year marks nearly 25 years since I first joined Gold Coast Institute of TAFE back in 2000 at Ashmore. After successfully completing 3 back-to-back state gov-funded projects for TAFE over the past 3 years, I’m looking forward to starting my long service leave in Feb to EOY. My gratitude to my GM, Karen Dickinson, DoF, Richard Barrett, TAFE executives (Robert Petherbridge, Lee Webster, Rod McShannon), project manager Melissa Jones, Coomera managers Carla Tuckey, Catherine Triandafyllou, & also Eddie Crummer, Karen Graham, Justan Gregson for event support & to all the teachers & faculty support. See you in 2026! I will continue to post supporting Unity Education & sharing Imagine Realities' R&D & projects. Kirk Musngi & Bradston Henry, enjoy the first 2025 news & photos from Oz. Thanks again for my Unity shirt.

We recently got to work on an intriguing project in Darwin, where laser scanning played a pivotal role in addressing structural challenges. Our clients facility had sagging fridge panels that were raising concerns about the ceiling's steel structure. They needed accurate height measurements of the metal beams and purlins to assess the impact of their remedial works. So what we did was conduct an initial scan of the ceiling space to create a detailed, 3D representation of the structure. After the remedial works were completed, we returned for a follow-up scan to measure changes and compare the results. These scans allow the client to: - Evaluate the success of their repairs - Monitor changes in the steel structure - Make informed decisions to ensure long-term stability #realitycapture #laserscanning #engineering

BTS Brendan Jakubenko takes us through the process of using the RTC360 on-site, breaking down its benefits and why it's essential for this project. #laserscanning #realitycapture Leica Geosystems part of Hexagon C.R.Kennedy & Company - Geospatial Division

How do you revive a site that's been disused for years? When a concrete client took over a disused concrete works site at Slacks Creek they had plans to turn it back into a thriving aggregate and concrete facility. But how do you redesign a site that hasn't been operational for years, especially one with an underwater chamber? Well that's where we come in. Our job was to provide the data they needed to bring this site to life. And here's what we did. Full-Site Scan = Scan the entire site, above ground and below, needed to be scanned to capture its current state accurately. This included an old aggregate storage chamber that had been submerged underwater for years. Using laser scanning, we delivered high-definition measurements of the chamber and site structures, ensuring no detail was overlooked. Drainage Analysis for Redesign = To support the redevelopment, we also captured precise data for the site's drainage systems. This information is vital for guiding the layout redesign and ensuring proper water management as the site transforms. The value of laser scanning for a project like this, saves time and eliminates guesswork. Instead of relying on outdated plans or manual measurements, developers can access a digital twin of the site. This ensures redevelopment is efficient, cost-effective, and aligned with the project's goals. For the client, having reliable data means they can confidently move forward with their plans, knowing every aspect of the site has been mapped, measured and verified. Leica Geosystems part of Hexagon C.R.Kennedy & Company - Geospatial Division #laserscanning #redevelopment #construction

We recently supported the relocation of a gold mine to a new site. This is a complex process requiring precise planning, design modifications, and integration of old components with new ones. Our scanning provided: Model Comparisons: We scanned the existing site to collect high-accuracy data, enabling the team to compare the current layout with proposed modifications and ensure everything aligned perfectly. Redesign Support: By delivering precise data, we supported layout redesign efforts, such as shortening conveyors, building new parts, and integrating them with existing structures. This project is a good example for how advanced scanning technology facilitates efficiency, sustainability, and innovation in the mining industry.

🎨 Bringing Art to Life 🎨 We had the privilege of contributing to the fabrication of Ouroboros, a breathtaking sculpture by artist Lindy Lee AO, now displayed at the National Gallery of Australia. Using the Creaform MetraScan, metrology scanning was essential to ensure the sculpture met exacting design specifications for seamless fabrication and installation. We focused on two critical areas: 1️⃣ Plate Deviation Analysis: Over several visits to UAP | Urban Art Projects, Lachlan Rowe scanned the structure in eight segments. By using heatmaps to visualise deviations, we helped ensure perfect alignment of the plates before they were welded. 2️⃣ Feet Alignment Verification: Our scans ensured that the baseplates aligned with site-installed bolts, minimising on-site adjustments and ensuring the flawless installation of the artwork. Ouroboros is more than just a sculpture; it's a symbol of renewal and interconnectedness. This project highlights the powerful collaboration between art, engineering, and precision scanning tech.

We recently went out to Katherine Gorge for a very interesting job 👀 The problem was that low water levels made stepping onto landings challenging, and erosion was undercutting one of the jetties. We were able to step in to help the engineers plan and design safer, more accessible landings. What he had to do was deliver the data needed to build stepped landings that would remain functional even during low water levels. While underwater scanning wasn't possible, we adapted by using a carbon pole with a prism to take depth scanning's, giving insight into the riverbed's shape. What we Did: - Laser scanned the landings using the RTC360 and SX10 for comprehensive detail - Captured soundings in a rough grid for underwater context - Navigated challenging environments, from uneven terrain to crocodile risk zones, to collect data. This resulted in a detailed dataset to inform the planning and construction of safer, more accessible jetties, protecting the environment while addressing key pain points. #engineering #laserscanning

Now that 2024 is over and we have moved into 2025, we’re taking a moment to reflect on an incredible year of growth, challenges, and achievements. 2024 was a journey, one filled with collaboration, innovation, and countless opportunities to work alongside our clients and team. From delivering projects to expanding our capabilities and strengthening our partnerships, every moment has been a step forward. Thank you to our clients for trusting us with your visions and to our team for the passion and expertise you bring everyday. Here’s to making 2025 an even bigger year!