Course Learning Objectives#
The course has 12 learning objectives. They are grouped here into 4 themes.
Group A: BIM Coordination and Management#
Focused on standardisation, use cases, procedures and processes:
LO1: Create and manage a BIM Execution Plan based on the OpenBIM standard ISO 19650
LO4: Provide professional disciplinary guidance based on OpenBIM analysis.
LO7: Identify BIM challenges by analysing OpenBIM data.
LO9: Identify and model a BIM use case based on the BIM challenges identified from analysis of an OpenBIM project in BPMN.
Group B: OpenBIM Analysis and Information#
Focused on standards, data and analysis:
LO2: Identify, locate and extract information from an IFC model in OpenBIM tools
LO3: Apply appropriate OpenBIM standards and guidelines to support open and FAIR data, tools and processes.
LO5: Apply domain specific linked data ontologies.
Group C: Tool and Model Development#
Focused on development methods and technical practice:
LO6: Create, fork, branch and collaborate on the development of an OpenBIM tool in Python with peers in a code repository.
L10: Identify an appropriate development methodology for an OpenBIM tool or model to different use cases.
L11: Apply and improve programming skills in Python to develop an OpenBIM tool or [modelling] skills in OpenBIM using your engineering domain expertise.
L12: Evaluate software licensing suitability and implications for the OpenBIM tool you develop or modelling tool you use.
Group D: Teaching and Reflection#
Focused on peer learning:
LO8 Teach an advanced BIM concept you have learned in the course to your peers and reflect on peer feedback on this.