Building Energy Simulation: Showcase With Ladybug & Honeybee

Master the Art of Building Energy Optimization: Real-Life Showcase for Sustainable and High-Performing Buildings

What you'll learn

Understand Energy Efficiency: Gain a comprehensive understanding of energy efficiency concepts, like heat transfer, energy performance, optimization strategies

Master Parametric Modeling: Learn to use Rhino 3D and Grasshopper software to create parametric designs that respond to energy optimization requirements

Harness Ladybug & Honeybee Tools: Explore the capabilities of Ladybug and Honeybee tools for energy simulation and building analysis

Real-Life Case Study: Dive into a practical example of a real-life house energy optimization case study, achieving A class ratings on the EPC Certificate

Requirements

No prerequisites required! This course welcomes learners from all backgrounds and teaches everything from the basics.

Description

Unlock the Potential of Ladybug & Honeybee Tools in Energy Analysis & Optimization! Dive into the world of sustainable design and energy efficiency with our immersive course. From basics to advanced techniques, gain hands-on experience and practical skills using industry-leading software. Learn how to transform buildings, achieve optimal energy performance, and reduce environmental impact. Follow a carefully structured sequence and workflow throughout the course, starting with an introduction to energy efficiency concepts and heat transfer. Then, explore Rhino 3D and Grasshopper software for parametric modeling. Delve into the capabilities of Ladybug and Honeybee tools for energy simulation and building analysis.But that's not all! Witness the power of these tools in action through a captivating real-life case study. See how an ordinary house undergoes energy optimization, achieving A class ratings on the Energy Performance Certificate (EPC). Gain invaluable insights and practical knowledge to apply in your own projects.Our meticulously crafted course sequence takes you from the fundamentals to advanced techniques, ensuring a comprehensive learning experience from A to Z. That's why there's No prerequisites required!  Only a passion for sustainable design and a basic understanding of building concepts will enhance your learning experience.Become a sought-after professional in the field of energy-efficient architecture. Enroll now and pave the way to a sustainable future!

Overview

Section 1: Energy Efficiency in Buildings - Theoretical Overview

Lecture 1 EEB - Introduction to the section

Lecture 2 EEB - 01 Energy Use in Buildings

Lecture 3 EEB - 02 Heat Transfer in Buildings

Lecture 4 EEB - 03 Climate Zones

Lecture 5 EEB - 04 Energy Efficient Form Design

Lecture 6 EEB - 05 Building Orientation

Lecture 7 EEB - 06 Window to Wall Ratio

Lecture 8 EEB - 07 Building Envelope & Isolation Materials

Lecture 9 EEB - 08 Building Energy Performance

Lecture 10 EEB - 09 HVAC Systems

Lecture 11 EEB - 10 Interior Heat Sources & Building Program

Section 2: Basics of Rhino 3D & Grasshopper

Lecture 12 RH - 01 - Introduction to Rhino Interface

Lecture 13 RH - 02 - Creating Basic Shapes

Lecture 14 RH - 03 - Object Intersections

Lecture 15 GH - 04 - Grasshopper Interface and Logic

Lecture 16 GH - 05 - Types f Data in Grasshopper

Lecture 17 GH - 06 - Linking Objects between Rhino & Grasshopper

Lecture 18 GH - 07 - Types of Data in GH - Curves

Lecture 19 GH - 08 - Types of Data in GH - Surfaces

Lecture 20 GH - 09 - Object Intersections in GH

Lecture 21 GH - 10 - Types of Data in GH - Meshes

Lecture 22 GH - 11 - Lists and Data Logic in GH

Lecture 23 GH - 12 - Data Trees

Lecture 24 GH - 13 - Extra List Operations

Lecture 25 GH - 14 - Attractor Point Application

Section 3: Ladybug Tools

Lecture 26 LB - 01 - Ladybug tools Installation

Lecture 27 LB - 02 - Ladybug Overview & Weather Data

Lecture 28 LB - 03 - Visualizing Ladybug Data

Lecture 29 LB - 04 - Radiation and Skydome

Lecture 30 LB - 05 - Sun Shade Analysis

Lecture 31 LB - 06 - Radiation Gain Analysis

Lecture 32 LB - 07 - UTCI Comfort Analysis

Lecture 33 LB - 08 - Ladybug Review

Section 4: HoneyBee Tools

Lecture 34 HB - 01 - HoneyBee Overview

Lecture 35 HB - 02 - Interior Comfort Analysis HB

Lecture 36 HB - 03 - Creating HB Objects 1

Lecture 37 HB - 04 - Creating HB Objects 2

Lecture 38 HB - 05 - Creating HB Objects 3

Lecture 39 HB - 06 - HB Workflow Overview

Lecture 40 HB - 07 - HB Construction & Material

Lecture 41 HB - 08 - HB Building Schedules

Lecture 42 HB - 09 - HB Building Programs

Section 5: The Practical Application

Lecture 43 App - 01 - Application Overview

Lecture 44 App - 01 B - Project Brief from Client

Lecture 45 App - 01 C - Delivered Output / Report

Lecture 46 App - 02 - Importing from Revit to Rhino

Lecture 47 App - 02 B - Creating Room Volumes in Rhino

Lecture 48 App - 03 - Adjusting Room Volumes

Lecture 49 App - 04 - Identifying HB Rooms

Lecture 50 App - 05 - Identifying HB Openings

Lecture 51 App - 06 - Identifying HB Roof

Lecture 52 App - 07 - Identifying HB Shades

Lecture 53 App - 08 - Assigning Building Program

Lecture 54 App - 09 - Assigning Construction & Materials

Lecture 55 App - 10 - Defining Setpoints

Lecture 56 App - 11 - Running Energy Simulation

Lecture 57 App - 12 - Running Comfort Analysis

Lecture 58 App - 13 - Running Comfort Mapping Analysis

Architects and Design Professionals: Enhance skills in sustainable design and energy optimization.,Engineers and Building Professionals: Deepen knowledge of energy efficiency strategies and analysis techniques.,Sustainability Enthusiasts: Implement practical strategies for reducing energy consumption and environmental impact.,Students and Researchers: Gain hands-on experience and practical skills for future career prospects.,Building Owners and Managers: Optimize energy performance and reduce operating costs.,Continuing Professional Development (CPD) Seekers: Stay updated with advancements in energy efficiency for professional growth.