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Parallel workshop sessions: A — Collaboration: OPEN BIM for a Luxury Holiday Organizing a design team is a challenge in itself but organizing six different architectural practices with their collaborators to act as one takes the challenge to a whole new level.
If you add an ultra-short deadline, the fact that this was the BIM pilot-project for the client and for some of the architectural practices involved and you end up with a recipe for disaster. These were the requirements for the luxury camping project on the Croatian coast: It was a massive-scale project: All of that in just four months. Keyword for the successful project delivery was BIM management.
The tool was BIMcloud. Based on our OPEN BIM implementation case study, in this session you will learn how the BIM management team tackled the challenges of setting up a successful workflow for architects, engineers, clients, project managers and contractors.
You will learn about setting up a complex BIM project, possible problems you might encounter, considering different software platforms, model and data exchange and coordination of different trades via shared cloud platforms. Lessons learned will be shared with you so the next time you have an opportunity to take part in such a project, you will be prepared for the challenge ahead. It will consist of a theoretical and a practical part. In the theoretical part, the following topics will be covered: When should a BEP be developed?
Who is responsible for developing the BEP? What content should be included in the BEP? When should a BEP be updated?? In the practical part, attendees will be split into teams and will be given a project scenario and roles. Each one of them should contribute from their point of view in developing a high-level BEP, which encourages OpenBIM workflows and ensures successful delivery of the project requirements. At the end of the workshop, attendees will have a good understanding of the development and maintenance process of a BEP, its contents and the areas that need to be given special attention.
Public space and Landscape design — Useful Workflows and Plugins The typical public space and landscapes design process is in many ways fundamentally different from the building design process.
There are no repetitions — every square meter and every spot level is unique. This puts a great pressure on the digital tools and how we use them correctly throughout the phases from early sketch to complete design. Algorithmic Design - Case study In the architectural design processes, we often encounter repetitive manual tasks that are dependent on other design elements, and therefore subject to continuous changes. We will create some part of the script ourselves, and some parts will be given to you.
You will understand how to think in parametric terms to optimize and customize your future workflows, recycling parts of your scripts. After moving to Moscow in , he took part in the architectural and BIM design of several shopping malls and the Morozov Children's Hospital in Moscow. Franz Forsberg Architect, LINK arkitektur Bio Merging architecture and engineering, Franz facilitates the workflows between people, different software, and efficiently supports the design and evaluation processes of buildings.
Shortly thereafter, he took on the management of the Technical Support team, followed by Client Services and Product Management. He joined the company in as a product designer, with a focus on improving ARCHICAD functions related to interoperability, documentation and performance. He headed projects to upgrade ARCHICAD's usability and fun factor, designing new interactions such as guidelines, tracker, cutting planes, pet palette and selection enhancements. Recognized as an OpenBIM expert, he has an in-depth knowledge of how to achieve interoperability between a wide range of BIM platforms with a particular focus on the delivery needs of large construction projects.
Her focus on software solutions for the AEC industry goes beyond software features and she focuses on integrated software ecosystems and process management. He runs two companies: He is active in various BIM organizations: Marin has also been a member of the organization teams for various BIM conferences and workshops in Croatia. In the last few years, he has been implementing BIM in the largest Croatian companies and design offices. He regularly presents related topics at training events and conferences.
The development and delivery of various training and the management of the certification system are among his responsibilities. He has expertise in preparation and implementation of digital transformation workflows in practices related to the building industry. He is also an expert researcher in the fields of urban planning, land management, urban economy, regeneration, brownfields, and construction process management, with affiliation to the Center of Land Policy and Valuation at the Polytechnic University of Catalunya, European Real Estate Society, and Professional Certification Committee of buildingSMART international.
Since , he has harnessed the freedom of the digital revolution, operating his design business remotely from Russia and Japan before taking up a full-time position at AW2 Arkkitehdit in Helsinki, Finland in He continues to also operate his own design business in New Zealand outside of work and when not buried deep in ARCHICAD can be found playing with his young daughter or playing cricket.
The studio has been using the BIM model for monument restoration for over 10 years and managed to finish over projects with a volume of billion EUR. In addition, the studio implements calculations and timelines into the model and uses BIM-based communication within each project.
During these years, he held various positions in the company, he started as a GDL Developer, he was leading the Object Library Team, for several years he was a Product Manager and most recently he works as the team leader of the Training and Certification team. Tibor holds an M. Using these skills, he became a leading member of the team, which creates and develops internal BIM standards for the company and is also a member of the national BIM standards working group.
He developed workflows that enable efficient data exchange on the BIM model for the international team working on different software platforms. Over the recent years he has been deeply involved in the development of simple and reliable working methods for public space- and landscape design in BIM-collaborations, mostly on Scandinavian public hospital projects as well as a number of new residential projects.
Frank strongly believes that high quality architecture in landscape and public space should not rest only in the hands of geeks and pioneers. BIM modelling must rely on tools and working methods that allows all landscape architects to use their traditional skills in the new BIM collaborations.
He graduated as an Architect MSc in in Hungary. He used to be a practicing architect and later he became a BIM Manager in a governmental institution. He graduated from the Budapest University of Technology and Economics as an architect. His passion is to experiment with new technologies, especially in the domain of algorithmic design and automation. He will present his work on GDL libraries.
His main occupation is creating libraries for different manufacturers facade systems for Trimo, windows for M Sora, skylights for Velux…. Laurent is an architect who graduated in Since the beginning of his career in this profession he has always sought to link IT and architecture through visualization. It is in this perspective that he has participated in the creation of the KA-RA company since This work and experimentation on complex projects have crystallized into the development of Twinmotion, a real-time visualization tool.
Laurent Vidal's interest in technologies applied to construction led him to train in BIM coordination to further develop the bridges between technology and graphic application. This visual and technical adventure has continuously expanded.
Laurent is now office manager and designer of architectural demonstration scenes for Twinmotion. He works with developing data-driven design methodologies and algorithmic solutions for design problems in all scales of architectural practice.
Part of his work is collaboration with Chalmers University in the field of research on digitization of architecture. Turned gradually into a user experience designer, he consulted later banks and other organizations in UX matters. Before-re-joining Graphisoft recently, he was responsible for the user experiences of large scale cloud services in the domain of remote access, online meetings and consumer engagement.
After getting his architecture degree from the Budapest University of Technology, he found his place where the 2 professions meet — BIM. He continues to support larger customers and read bytes in logs and databases as fortune tellers see the future in the crystal ball. For now, most of his fortune is with the clouds of BIM.
He holds an M. Amy Evans Workstation Marketing Manager, Intel Bio Amy Evans has over 25 years of experience working in both software and hardware development and marketing. After spending most of her career in software product management roles, Amy joined Intel in Amy resides in Norther California and enjoys camping, hiking and gardening.
Product overview[ edit ] ARCHICAD is a complete design suite with 2D and 3D drafting, visualization and other building information modeling functions for architects, designers and planners. This differs from the operational style of other CAD programs created in the s. The product allows the user to create a "virtual building" with virtual structural elements like walls, slabs, roofs, doors, windows and furniture. A large variety of pre-designed, customizable objects come with the program. Two-dimensional drawings can be exported at any time, even though the model in the program's database always stores data in three dimensions. Plans, elevations, and sections are generated from the three-dimensional virtual building model and are constantly updated if the user 'rebuilds' the view. Detail drawings are based on enlarged portions of the model, with 2D detail added in.