Program studiów
Detailed Curriculum:
Liczba miesięcy nauki: 9
Liczba godzin: 162
Liczba zjazdów: 10
Liczba semestrów: 2
Introduction to BIM – Lecture
(9 godz.)
- BIM origin and present state
- Role of design in construction project process
- BIM model as main vehicle for project information
- BIM as information modeling tool in all stages of facility structure life cycle
- Digital construction and basic aspects of BIM methodology
BIM as Subject of Standardization – Lecture
(9 godz.)
- · Normalization and standardization of BIM processes – areas and scope.
- · Level 2 BIM information process as managed business process.
- · BIM information process according to ISO 19650.
- · Preparation and execution of investment projects according to ISO 19650 methodology.
- · Practical implementation of standard guidelines.
- · BIM management as additional layer of management in investment projects.
BIM Objectives and Use Cases – Lecture
(9 godz.)
- · Differentiation and examples of objectives, use cases and success metrics – KPIs and OKRs.
- · Identified objectives and use cases according to the literature, including Penn State and Building Smart.
- · Development of a table of project objectives, use cases and KPIs for investor, general contractor and designer.
BIM Process Methodology – Lecture
(9 godz.)
- · BIM Process in construction project – process outline: from OIR through AIR to PIR and EIR. Level of information need according to EN 17412, PIR and AIR.
- · Asset Breakdown Structure methodology. Case study – PIR and AIR.
- · BIM implementation strategy – key elements for the employer IR – PIM – AIM – KPI.
- · Quality Assurance of information models according to ISO 19650–2.
- · CDE as a Quality Assurance support tool.
- · Quality Assurance workflow in CDE.
BIM Implementation in Employer Organization – Laboratory Classes
(9 godz.)
- · BIM as a standardization and management process.
- · Principles of forming implementation teams.
- · Penn State BIM Guide for Owners.
- · Similarities and differences in implementation processes at public and private investors.
- · Forging internal and external collaboration with investor's BIM implementation team.
- · Processes related to building and maintaining BIM team.
BIM Implementation in Contractor's Organization – Laboratory Classes
(9 godz.)
- · Audit of organization's readiness for BIM implementation and post–audit recommendations.
- · ISO accreditation – its importance for the organization
- · BIM interfaces between different organizational units.
- · New professions related to BIM. Team member roles.
Employer Documents– Laboratory Classes
(9 godz.)
- · EIR – Description of use and structure of documents and standard attachments.
- · BIM in public procurement – basic aspects.
- · Workshop on analysis of EIR documents from the Polish market.
Employer Data Management Environment – Laboratory Classes
(9 godz.)
- · CDE administration.
- · Platform setup.
- · Creation of work groups/work teams.
- · CDE functions (repository, communication, coordination, management).
- · Access, project roles, authorization structure, folder structure and the naming convention. Document repository management.
- · Communication management.
- · Process management.
- · Comparison of CDE platforms.
- · Introduction to BPMN.
- · Naming standards for Employer's information containers.
Soft Skills of BIM Manager – Laboratory Classes
(9 godz.)
- · Scope of tasks of Head of BIM in a large organization.
- · Preparation and participation in recruitment, on-boarding, skill monitoring, mentoring, succession planning.
- · Soft skill set of BIM manager.
- · BIM team structure, specification of member responsibilities and skill application.
- · Art of change management – ability to persuade towards change implementation.
Designer and Contractor BIM – Preparation fro Job Execution – Laboratory Classes
(9 godz.)
- · Role of BEP in project execution.
- · Pre–contract BEP.
- · Post–contract BEP.
- · BEP format.
- · BIM objectives in BEP.
- · Role and responsibility of BIM manager and BIM coordinator.
- · PIM and CDE preparation. MIDP. MPDT and Content Plan.
- · Working on libraries.
- · Team work organization.
Model Standards – Laboratory Classes
(9 godz.)
- · Definition of a standard and discussion of BIM standardization in pioneering countries.
- · BIM Standard PL.
- · Parameterization and standardization of components.
- · Object quality standards, LOD/LOI levels, MIDP, High level and Detailed BIM responsibility Matrix.
- · Parametric components and export to IFC.
- · Discussion of naming standard using color codification examples.
- · Checklists.
BIM – Project Team Organization and Management – Laboratory Classes
(9 godz.)
- · Organization and management of BIM project team.
- · Discussion of team selection using the example of surveys (BIM Assessment Form).
- · CAD/BIM standards.
- · BIM environment configuration.
- · Software ecosystem.
- · BIM personnel competencies and responsibilities.
- · Responsibility matrix and project role matrix.
- · MIDP, TIDP and RACI
Open BIM Data Formats – Laboratory Classes
(9 godz.)
- · OpenBIM basics.
- · IFC – definition, geometric features and descriptive data, application and use of IFC.
- · IFC classes, hierarchy, schemes, and formats.
- · Class mapping tables.
- · Export/import of models to IFC.
- · IFC viewers – capabilities, differences, MVD – definition, characteristics, practical examples. BuildingSMART Data Dictionary (bSDD)
- · BIM Collaboration Format (BCF), exchange of project information between different project parties and different software programs.
Model Coordination – Laboratory Classes
(9 godz.)
- Coordination and interoperability of BIM models.
- · Internal and external coordination.
- · Methods of ensuring internal coordination.
- · Model auditing and verification.
- · Interdisciplinary coordination. Basic Workflow of interdisciplinary coordination: spatial coordination of files, collision detection, collision types.
- · Collision report, assignment and status of collision elimination tasks, using the example of a selected platform.
Application of BIM Models in Construction – Laboratory Classes
(9 godz.)
- · BIM in the bidding process.
- · Pilot project management.
- · Application of BIM models in construction.
- · BIM model as source of information for 4D planning and 5D cost estimating.
- · Classification of systems, products, components from BIM models.
- · Environmental design.
- · Preparation of bill of quantities from BIM models using classification, schedule preparation based on BIM model.
- · Defect processes.
- · As–built model preparation– point cloud and 360 images.
BIM Automation in Construction – Laboratory Classes
(9 godz.)
- · Examples of scripts (Dynamo/Python/C#/VIsualBasic) for exchanging data between construction site and the model and for creating geometry in the model.
- · Creative use of scripts for model validation.
- · Development of a simple script in Dynamo/Python and demonstration of how to further develop one's own automation with scripts.
- · Discussion of potential applications and introduction to APIs and Python.
New Approach to Information Management– Laboratory Classes
(9 godz.)
- · Application of new technologies and AI to improving information management processes.
- · Development of intelligent information flow processes using native tools, CDE environment and Microsoft 365 tools.
- · Management of automation processes for verification of new information and for interdisciplinary coordination.
- · Introduction to Digital Twin concept and basic aspects related to the creation and management of digital twins
BIM and Modern Project Management – Laboratory Classes
(9 godz.)
- · Role of manager in project management.
- · Introduction to Lean Construction and Agile Management in relation to BIM methodology.
- · Presentation of basic aspects and tools related to lean and agile process and people management in the context of BIM projects.
- · Workshop on creation and analysis of BIM process maps using Penn State templates.
Forma zaliczenia
Final project (2 stages) and project defense
test