The BIM: Building Services and Sustainability course offers you the opportunity to immerse yourself in a booming sector, where the demand for skilled professionals is constantly growing. In a context where the sustainable construction and the energy efficiency are becoming an ever-greater priority, to master the modelling from facilities and the bioclimatic architecture becomes an essential skill. Throughout the course, you will explore advanced modelling of facilities y you’ll discover how to create performative buildings that maximise energy efficiency. This training is designed to equip you with the skills needed to excel in the scope of the sustainable construction. What’s more, the online format allows you to learn from anywhere, fitting in with your lifestyle. Become an expert in the integration of BIM technologies and play an active part in shaping a more sustainable future.
BIM. Services and Sustainability
Smart Construction. BIM
40 hours
Introduction
Objectives
- Understand the modelling from facilities to optimise the efficiency of projects.
- Identify the features from performative buildings to improve its sustainability.
- Learn a apply principles from bioclimatic architecture in building design.
- Developing skills for integrate facilities in BIM models accurately.
- Assess the environmental impact of the decisions from design in construction projects
- Apply techniques from modelling advanced for complex installations in buildings.
- Analysing sustainable strategies to reduce energy consumption in buildings.
Table of Contents
TEACHING UNIT 1. FACILITIES MODELLING (I)
Implementation of installations in BIM environments
MEP configuration and systems
MEP families and connectors
Electrical modelling
Lighting modelling
TEACHING UNIT 2. FACILITY MODELLING (II)
Spaces and areas
Air conditioning modelling
Plumbing modelling
Control and automation systems
Systems control
TEACHING UNIT 3. PERFORMATIVE BUILDINGS
Sustainability and BIM methodology
Energy simulation
Environment simulation
LCA and energy
BIM as an information process
TEACHING UNIT 4. BIOCLIMATIC ARCHITECTURE
Bioclimatic architecture
Active systems design
Passive Systems Design (I)
Passive Systems Design (II)
Passivhaus
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