| Beschreibung |
Adopting BIM means establishing a continuous flow of information, as with BIM, information is collected digitally to be available when it is needed, wherever it is needed, during every phase of the building process. Students will be familiar with well-structured workflows, multidisciplinary collaboration processes, defined standards, open workflows and model-centred communication. They will be informed that collaborative working brings significant project benefits. BIM collaborative approach advantages are elaborated and trained such as: possibility for each professional to use the best software solutions for their specific discipline without any risk of incompatibility or loss of data; workflows integration; reduction of errors caused by lack of coordination and updating; complete accessibility to data contained in the BIM model; information sharing, verification, review and validation. Students should be able to apply the BIM collaborative approach on a simple example. Students get introduced to Revit Software. Students will be trained the principles and application of BIM workflow, as well as the accomplishment of a project among an interdisciplinary team.
Students will
- gain proficiency in working with BIM software tools commonly used in the industry (create, edit, and manage 3D models, generate drawings, perform clash detection, and extract data from BIM models);
- acquire competences in managing and integrating data within the BIM environment;
- learn how to collaborate effectively within multidisciplinary teams and coordinate information across different stakeholders in a BIM project;
- develop skills in creating comprehensive project documentation using BIM, including drawings, schedules, reports, and presentations.
Collaboration in BIM projects (P, L)
Concepts of Building Information Modelling: Introduction, terminology, reference standards, technical specifications and guidelines; BIM roles for architects, engineers, construction and facility management; BIM execution plan: workflows, information requirements, integrated project delivery, common data environment, modelling and visualization, management of incompatibilities; BIM tools and platforms: concepts of platform and tools, interoperability, IFC format.
Students will develop a design proposal for a pre-defined purpose (e.g. pavilion) as a team of architecture, structural engineer and management students to hands on train BIM collaborative approach
The course will start on 21st of October. Unfortunately, we can only accommodate a limited number of participants. Therefore, please send an enrolment request and an e-mail to lars.abrahamczyk@uni-weimar.de till 16th of October. We will send the final admissions by 17th of October. |
