A proper model organization including model control via clash detections are one of the most important topics when it comes to appropriate model management. We, the BILTAcademy are more than happy to announce its fifth and sixth mentor, Arik and Moty, who is going to hold a workshop table on this topic (Lab3). Coming especially from Israel in order to participate at the BILTEurope and BILTAcademy Summit. Many thanks to you, we are looking much forward.
Founder & CEO of WeBIM Ltd. Ariks@webimit.com
As the CEO of WeBIM, the leading company regarding BIM in Israel, Arik is a specialist when it comes to model and project management. With his broad knowledge and ambition, he started 2015 to establish and manage BIM Israel Forum. It aims to unite all the companies from the building and infrastructure industry to create a local BIM standard (Israel). Recently, he founded the REAL BIM FORUM which brings together all the BIM manager to enhance dialogue and cooperation in the assimilation of BIM in the industry.
Arik is involved in the architectural and building industry in Israel for over 25 years, first as senior design lecturer at the SADNA environmental college in Tel Aviv, and after as the AEC (Architectural, engineering, construction) industry product manager for 17 years. As the leading persona of the BIM scene in Israel and through his experiences in lecturing at colleges and preparing and conducting professional conferences for hundreds of participants, his passion for educating students about BIM technologies is part of his DNA.
Moty Vaknin Is a CTO at WeBIM, a Company based in Israel. WeBIM is an innovative company that has a strong passion to improve the construction industry by applying BIM methodology throughout the whole project lifecycle. Moty also is an education manager for ATC (Autodesk Training Centre) and education manager for AAP (Autodesk Academic Centre) in Israel. With over 10 years working and training in BIM Platform, Moty is one of the forerunners of the BIM revolution in Israel,
As someone who has been a part of the BIM community for over 10 years and has taught hundreds of students, I am aware of the impact that the BILT Academy will have on the next generation of the construction industry. I am looking forward to sharing my knowledge regarding BIM methodology 3D-7D and hopefully inspire the next generation to take BIM one step further.
WeBIM at the BILT Academy Summit 2018
Arik and Moty are going to give a workshop table within 3x75min. Their aim is it to showcase students the importance of model management.
We show the type of issues and how we manage all the issues between teams. How does an appropriate model exchange look like? How is it possible to conduct accuracy and how to use clash detection tools within this term?
Key learning Objective
Understand the clash detection method, how and when the clash detection has to be done within a building execution process.
Explore the importance of doing a clash detection while comparing 3Dmodels before and after doing the clash.
Understand how we are managing all the issues between team and consultant.
The first quarter at my University is over; this means a lot of nice projects and research papers have been finished within the last 2 weeks.
One of these courses is Collaborative Design which I would like to present to you within this blogpost.
The main approach was it to collaborate within one Consortium existing out of three companies, Architects, Urban Planners and Structural Engineers. The task was it to create within only eight weeks a development project in Strijp T, an industrial area in Eindhoven. This should include a Project management plan, a design including 3D model, IFC based, and a communication platform. The main focus was it to concentrate on how to collaborate and create a multi and interdisciplinary working environment. In fact, we were all somehow familiar with the BIM methodology but everyone within their own profession. This is why I would like to show you how we approached this task and made it happen to collaborate altogether within one working environment.
Setting up a Project Management Plan
We used the online environment Relatics in order to set up our project management. There are several parts included which I am going to show you with this graph below:
#1 Project Requirements:
It includes all of the municipality’s vision goals. What needs to be developed and why, including all requirements such as functionalities and buildings properties, size, area, material etc.
#2 Organization Hierarchy:
Includes all participating companies in there set up and functionality towards the project.
#3 Process Breakdown (Process Mapping)
This is one of the most important parts for organizing a project in first place. Most consultancies are creating process plans and event-logs in order to keep track of the whole building planning, modelling and realization process. This allows comparing the “as-planned” situation with the “as-modeled” and “as-built”. For the process planning we used the software Visio.
The second big challenge within a project was how to set up an appropriate 3D BIM model, especially how to organize and manage it.
Every company in our consortium, Architects, Urban Planners and Engineers, had one file in which every team member had access to and could work in. We decided to export weekly all three files to IFC and upload it to the BIM Server. This allowed us to present it easily towards the professor to show how our design progress was.
An additional solution for managing and organizing the workflow within each company’s model, we decided to use BIMCollab, the BCFmanager. It’s a very handy tool in order to communicate within a bigger project; you can assign tasks and issues towards specifically chosen persons and can so keep track of your models development. Additionally due to its BCF file format it can be read as IFC from almost every AEC software. This allowed us also to upload the IFC models including the BCF report on the BIM Server.
In this graph bellow a common workflow is visualized. Three 3D models, explained in all Level of Development, steady IFC and BCF exports of each model plus collecting all models together on the BIM Server.
If you wanna know more about it don´t hesitate to contact me or to read the full research paper on issuu.
What used to be a transition from 2D to 3D, BIM implementation has become a revolution in AEC building industry. Current trends in the industry should be an important part of any AEC student’s education, and it is crucial to become familiar with software and processes used in nowadays professional life. But how can one learn about BIM if it is not offered in most of the curriculums? This is a problem that we are trying to fix, so if you are a student who is eager to use the newest technology and BIM, continue following BILT Academy and our blog.
Why this topic?
In this blog series, I will try to cover advantages, workflows and implementation strategies that students should use in their school projects to get familiar with the BIM process. The information supplied in this blog is based on knowledge and experience from me, my colleagues, and will feature interviews and quotations from various professionals.
Why to worry about BIM while being a student? There are many advantages to that:
Higher chance of getting hired for internships/jobs
Helps you produce drawings more efficiently
Allows you to access various visualisation and analysis tools
Easy collaboration in group work
Less duplication of work
I have personally used Revit during my bachelor studies and it has helped me reduce drawing production time tremendously. Fast drawing production means more time for studying and… that so-long-needed nap.
What is ‘BIM’?
So now that we know the advantages of using BIM, let’s start with the main question- what is BIM?
Put simply, BIM- Building Information Modelling is a process, used in all AEC fields, starting from construction management spanning to visualisations and facility management. It’s a software application, which brings efficiency and better control of the project through 3D visualisation, data management, simulation and other tools. The National Building Specification released a great and fun visual representation of BIM elements:
You can read more about the Periodic Table of BIM elements here:
BIM means to not only input the information, but to also extract it later on, analyse it, use it during construction and after the handover. During these blog series, we will discuss and elaborate on various aspects and applications of BIM.
Where to start?
There are many ways to learn, however, practice shows to be highly efficient when it comes to software and BIM. First of all, I would highly suggest looking up various blogs, trainings and conference recordings, which are available online. Secondly, try a practical approach- working in groups, ideally multidisciplinary based on school assignments and projects.
Here are links to Autodesk University and Academy, where you can find many videos on BIM, depending on your field of expertise: