• 3D, 4D and 5D BIM modelling – for design, training or research purposes
• Spatial scanning (laser scanning, photogrammetry, RGB-D scanning) – for design, training or research purposes
• Mixed Reality – for development and research

Building Information Modeling (BIM)

• Objectives: Participants will learn how to integrate and use BIM software tools for 4D and 5D BIM modelling.
• Content: Basic principles of the BIM approach in construction projects; BIM approach in Slovenia and abroad; International and domestic BIM associations; Guidelines, rules and standards for the implementation of the BIM approach; 3D BIM modeling and software tools; 4D and 5D BIM modeling – specifics, interoperability, interdisciplinarity and application in practice; Completing a practical training model using a  licensed software on an example of a real construction project.
• Duration: 2 days
• Who is this training designed for: All participants who deal with the time and costs for the implementation of construction projects in their work.
• Organizer: Faculty of Civil Engineering, Transportation Engineering and Architecture, UM
• Lecturer: dr. Zoran Pučko.
• Note: This training requires basic-level, prior knowledge of the use of BIM software for modeling of construction objects, cost calculation and term planning of construction projects.

• University of Maribor
• The City Municipality of Maribor
• GIC GRADNJE d.o.o.
• ENERGO – MAKS d.o.o.
• The Slovenian Chamber of Engineers
• Proplus inženiring, projektiranje d.o.o.

GIC GRADNJE d.o.o

Public Scholarship, Development, Disability and Maintenance Fund of the Republic of Slovenia and the European Social Fund of the EU

Project within the “Comprehensive support to companies for active aging of the workforce – ASI” initiative

Short description of the project:

The aim of the project was to solve and optimize technological processes in construction projects. Furthermore, it included training sessions for the company’s management staff in the field of operational planning along with examples and guidelines for the organization of work in the future.

• Šuman N. and Pučko Z. (2020): Integration of Industry 4.0 for Advanced Construction Project Management.
• Pučko Z., Šuman N. and Rebolj D. (2018): Automated continuous construction progress monitoring using multiple workplace real time 3D scans.
• Rebolj D., Pučko Z., Čuš Babič N., Bizjak M. and Mongus D. (2017): Point cloud quality requirements for Scan-vs-BIM based automated construction progress monitoring.
• Pučko Z. and Rebolj D. (2017): Automated Construction Progress Monitoring Using Continuous Multipoint Indoor and Outdoor 3D Scanning.
• Galić M.,Venkrbec V., Pučko Z., Chmelik F., Feine I. and Klanšek U. (2017): Survey of accomplishments in BIM implementation in Croatia, the Czech Republic, Germany, and Slovenia

• Building Information Modelling (BIM)
• Spatial scanning – laser scanning, photometry, RGB-D scanning
• Mixed Reality