In the current landscape of the AECO sector (Architecture, Engineering, Construction and Operations), the adoption of BIM (Building Information Modelling) is unstoppable. This training course BIM: Advanced Tools, offers a programme ranging from an introduction to digital fabrication to the practical applications of the Internet of Things in BIM management. It covers cutting-edge techniques and procedures, the handling of point clouds and the analysis of complex lifts using photogrammetry and 3D scanning. You will explore advanced visualisation methods and the application of virtual and augmented reality in a collaborative project, providing a comprehensive overview of the current BIM landscape. With rigour and depth, training not only broadens knowledge but also enhances the ability to tackle real-world technical challenges, preparing professionals for a constant development in their careers.
BIM: Advanced Tools
Smart Construction. BIM
40 hours
Introduction
Objectives
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Knowledge of the most advanced techniques and procedures in digital manufacturing, automation and robotics as applied to the AECO area.
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Understanding the latest techniques photogrammetry and laser scanning.
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Point cloud processing in BIM environments and case studies in the context of the interior design project.
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Proficiency in advanced visualisation techniques, virtual and augmented reality, and the application of these in practical scenarios within the context of the collaborative project.
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Understanding the practical possibilities of the Internet of Things and its relationship with information management in environments BIM.
Table of Contents
TEACHING UNIT 1. INTRODUCTION TO DIGITAL MANUFACTURING
1. Re-industrialisation
2. Fundamentals of digital manufacturing
3. Trends in digital manufacturing
4. Changes in the sector
5. Case studies
TEACHING UNIT 2. DIGITAL MANUFACTURING TECHNIQUES AND PROCEDURES
1. Introduction
2. Subtractive manufacturing: cutting
3. Subtractive manufacturing: milling
4. Additive manufacturing
5. Formative manufacturing, trends and conclusion
TEACHING UNIT 3. WORKING WITH PHOTOGRAMMETRY, 3D SCANNING AND POINT CLOUDS
1. Introduction
2. Photogrammetric techniques
3. Point clouds and laser scanning
4. Methodology
5. Applications and equipment
TEACHING UNIT 4. SMART BIM
1. Facility management
2. Computer systems
3. Digital Twin and BIM
4. Energy management in the Digital Twin
5. Smart Buildings and BIM
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