Presentatie over technologie en gebruik van mobiele toestellen in de bouw
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Hoe de tablet/phone optimaal laten renderen als architect, aannemer, veiligheidscoördinator, ... Tips en tricks voor het gebruik van de telefoon of tablet op de werf: voice dictation, waterpas, meten, documenten en plannen beschikbaar maken, hotspot maken, goede foto's maken (focus en licht), beschermingshoezen, extern keyboard, oplader voor in de wagen, waze ... Wat brengt de toekomst in de bouwsector? 3D printing, AR, VR, Drones, ... Introductie van ArchiSnapper als App voor werfverslagen, opleververslagen, veiligheidsverslagen ...
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Semelhante a Presentatie over technologie en gebruik van mobiele toestellen in de bouw
Semelhante a Presentatie over technologie en gebruik van mobiele toestellen in de bouw (20)
Presentatie over technologie en gebruik van mobiele toestellen in de bouw
- 1. Technologie in de bouwsector
- 2. Gebruik van mobiele toestellen in de bouw
- 5. Waterpas - iHandy Level App
- 6. Apps voor metingen, bv. ‘Measure’ van Apple
- 7. Of via accessoire in combinatie met een App
- 9. Goede foto’s - focus en belichting
- 12. Oplader voor in de wagen
- 13. Waze
- 14. Technologie in de bouw. Wat brengt de toekomst?
- 15. Drones
- 16. 3D Printing
- 18. Virtual reality
- 19. Maak gebruik van tools, maar overdrijf niet .... - 80/20 regel
- 20. ● Eenvoudige toepassing voor ○ werfverslagen ○ opleveringen ○ veiligheidsverslagen ○ samenwerking ● Belgisch ● Team van 8 mensen ● Beschikbaar sinds 2012 ● +5.000 users ○ bouwbedrijven ○ architecten en studiebureaus ○ preventieadviseurs en VC’s (SafetySnapper) Over ArchiSnapper
- 22. OBSERVEER SYNC VERDEEL EENVOUDIGE APP VOOR GROTE TIJDSBESPARING
Notas do Editor
- Mobiel toestel = krachtige toolkit
- 4G nodig
- Dit is the ‘measure’ App van Apple, er zijn veel gelijkaardige Apps beschikbaar, ook voor android
- Ook Bosh heeft zo een access + app
- Toestel met 4G Wachtwoord instellen Toon hoe connectie maken vanaf iPad
- Tikken voor de focus Tikken en glijden, lichtsterkte
- Bv griffin survivor Volt - van hoge afstanden laten vallen, stof, water, …
- Voor in werfkeet of wagen, bv archisnapper verslag aan te vullen
- These aerial vehicles can be remotely controlled or fly autonomously through a worksite, providing a highly accurate overview of the area. Drones can provide real-time data as well as visuals of potential quality issues or hazards.
- 3D technology can build life-size structures with a multitude of materials from a single digital file. 3D printing is developing, in that sense, the construction processes to achieve maximum building performances with the aim of employing low environmental impact resources. Key benefits include reduced material waste and increased project speed. First 3D printed residential buildings are being constructed in the world in the last two years. One of the core benefits is that it’s relatively affordable to 3D print your own house. This could help construction workers to rapidly build more affordable houses all across the world, leading to a possible decrease of homeless people. 3D printed house can last up to 175 years and it’s costs are 50-80% less then in house build with conventional methods. According to WASP, 3d printing in the construction industry is evolving over the years and several innovative scenarios are delineating, from natural disaster places to world exposition sites. The potentialities of multi-performance printed structures could satisfy either the housing issues or the structural engineering. The 3d printing technology will surely play an important role in the next years, mostly related to the reduction of labor costs and to the high-precise construction. Probably the most reliable strategy for implementing this technology in construction will be a construction service, with the 3D Printing team involved in the walls' construction.
- General: VR/AR is used widely within AEC industry to visualise 3d models interactively in real-time. VR (virtual reality) and AR (augmented reality) technologies allow us to visualize space and walk through the design of a building before it’s built. Virtual walkthroughs, accurate measurements and material details are highly beneficial features for construction companies. Benefits: Efficient way of improving client relationships by rapid visualisation: instantly utilise 3d models for immersive walkthroughs and AR prototyping, using existing models directly from design software. Improved design communication: superimpose 3d Models at any scale or location for enhanced communication and design exploration. Reduced material consumption: minimise the need for material consumption including 3d printing, 3d model-making and 2d prints, during the design stage, by replacing physical presentational material with AR content, that can be easily shared and presented digitally. Example of real use in construction (mention partner): Check out this AR site visit by darfdesign.com: https://www.youtube.com/watch?v=iqfy7nOI22o Useful for what kind of projects or project stages: Augmented Reality is a great tool for enabling designers to understand their 3d projects from a spatial perspective. By superimposing 3d models into the real-world, the designer has the ability to fully navigate around/inside their projects at any scale. This allows users to easily assess design problems, using rapid large-scale visualisation, which is carried across all stages of the design and construction workflow.
- General: VR/AR is used widely within AEC industry to visualise 3d models interactively in real-time. VR (virtual reality) and AR (augmented reality) technologies allow us to visualize space and walk through the design of a building before it’s built. Virtual walkthroughs, accurate measurements and material details are highly beneficial features for construction companies. Benefits: Efficient way of improving client relationships by rapid visualisation: instantly utilise 3d models for immersive walkthroughs and AR prototyping, using existing models directly from design software. Improved design communication: superimpose 3d Models at any scale or location for enhanced communication and design exploration. Reduced material consumption: minimise the need for material consumption including 3d printing, 3d model-making and 2d prints, during the design stage, by replacing physical presentational material with AR content, that can be easily shared and presented digitally. Example of real use in construction (mention partner): Check out this AR site visit by darfdesign.com: https://www.youtube.com/watch?v=iqfy7nOI22o Useful for what kind of projects or project stages: Augmented Reality is a great tool for enabling designers to understand their 3d projects from a spatial perspective. By superimposing 3d models into the real-world, the designer has the ability to fully navigate around/inside their projects at any scale. This allows users to easily assess design problems, using rapid large-scale visualisation, which is carried across all stages of the design and construction workflow.