COMPUTATIONAL SIMULATION TO MEET PERFORMANCE STANDARDS
The course aims to enable the student to develop computer simulations to meet the thermal and lighting performance requirements of the Residential Building Performance standard (NBR 15575-2013). The objective is to make the student familiar with simulation software and acquire basic notions of computer simulation of buildings, in the areas of thermal and lighting, as well as performing the necessary simulations to comply with the standard.
A QUEM SE DESTINA
Architects, engineers, technicians, students, technical team of builders or developers and other professionals in the area of environmental comfort in buildings. Basic knowledge of English is required.
Introduction to the course
Basic concepts and definitions: thermal performance area
NBR 15575: thermal performance requirements through simulation
Building geometry modeling
Assembly of opaque and transparent constructive components: thermal properties
Modeling of sun protection elements and surrounding obstructions
Weather files: assembly of typical project days
Simulation and analysis of results: definition and visualization of thermal performance variables
Basic concepts and definitions: light performance area
NBR 15575: lighting performance requirements through simulation
Modeling the illuminance map and lighting control objects
Assembly of typical project days
Simulation and analysis of results: definition and visualization of lighting performance variables
Generation of graphs and selection of information for preparing reports
The course will be taught through explanations based on support material and practical exercises. Students must carry notebooks compatible with the SketchUp Make, OpenStudio, Radiance and EnergyPlus software system (all available free of charge for download and installation) and also a mouse to facilitate operation and agility during the exercises.
MINIMUM SYSTEM REQUIREMENTS
Processor with SSE2 Support · 4 GB RAM (min. 2GB) · DirectX10 Graphics Card (1 GB RAM + VRAM) · Resolution min. 1024 x 768 pxWindows 8 (32/64 bit) · Windows 7 (32/64 bit)
PRACTICAL TIPS FOR A GOOD COURSE: Install the software in advance to ensure your hardware is compatible. Bring a good mouse, preferably a desktop mouse, as your performance during the course will be much higher.
IMPORTANT: When registering, request instructions for installing the software.
Architect and Urban Planner graduated from USP, master's degree from USP and PhD from UNICAMP in the area of environmental comfort and energy efficiency. She worked for six years as an energy efficiency consultant and manager at the company CTE, where she worked with computer simulation of buildings for more than 150 projects throughout Brazil, using the software EnergyPlus, OpenStudio, Radiance, SketchUp, Dialux, Ecotect, among others. Lecturer in the area of environmental comfort and Energy Efficiency na UNICAMP.
28 and 29 _CC781905-5CDE-3194-BB3B-136BAD5CF58D_ • November_CC781905-5CDE-3194-BB3B-136BAD58D_ • 2016 _CC781905-5CDE-3194-B36BAD5CF58D _CC705-5CDE 9 am to 6 pm
EXPER TRAINING CENTER
The Square. Rod. Raposo Tavares, Km22 S/N, Granja Viana, Cotia SP
Trainings@expersolution.com.br | T • 11 • 4704 5972 / 98116 4391
• Associados ABESCO, ABILUMI, ABILUX, ABRASIP-MG, ASBAI, ASBEA, _cc781905-5cde-3194 -bb3b-136bad5cf58d_ADP, AURESIDE, GBC BRASIL e ELETROBRÁS: 10% discount
• Guests Lume Arquitetura, The Electricity Sector, Editora Lumiere: 10% discount
• Undergraduate and graduate students: 10% discount