Constructive Strategic Modeling with ArchiCAD

Constructive & Strategic Modeling with ArchiCAD, available at $49.99, has an average rating of 4.69, with 158 lectures, based on 8 reviews, and has 173 subscribers.

You will learn about Strengthen and develop intermediate skills with ArchiCAD Understand the functioning of Solid Element Operations Comprehend the use of the Roof, Morph, Shell, and Mesh tools Develop and work with topographies through different methods in ArchiCAD Develop geometric solutions with the use of Complex Profiles Create and configure custom objects in ArchiCAD Develop and mount customized parts for objects in ArchiCAD Review specific functions for Corner Window, Wall End and Opening tools Understand the interoperability between Rhinoceros and Grasshopper with ArchiCAD This course is ideal for individuals who are Students and professionals related to architectural, interior, industrial or graphic design, engineering, construction or related areas. It is particularly useful for Students and professionals related to architectural, interior, industrial or graphic design, engineering, construction or related areas.

Enroll now: Constructive & Strategic Modeling with ArchiCAD

Summary

Title: Constructive & Strategic Modeling with ArchiCAD

Price: $49.99

Average Rating: 4.69

Number of Lectures: 158

Number of Published Lectures: 158

Number of Curriculum Items: 158

Number of Published Curriculum Objects: 158

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Strengthen and develop intermediate skills with ArchiCAD

Understand the functioning of Solid Element Operations

Comprehend the use of the Roof, Morph, Shell, and Mesh tools

Develop and work with topographies through different methods in ArchiCAD

Develop geometric solutions with the use of Complex Profiles

Create and configure custom objects in ArchiCAD

Develop and mount customized parts for objects in ArchiCAD

Review specific functions for Corner Window, Wall End and Opening tools

Understand the interoperability between Rhinoceros and Grasshopper with ArchiCAD

Who Should Attend

Students and professionals related to architectural, interior, industrial or graphic design, engineering, construction or related areas.

Target Audiences

Students and professionals related to architectural, interior, industrial or graphic design, engineering, construction or related areas.

What other possibilities do I have with the tools offered by ArchiCAD? How can I develop constructive and geometrical solutions for my project? How can I create objects and customize parts of objects? How can I manipulate topographies with ArchiCAD? These and more are some of the questions I will answer for you in this intermediate levelguide on ArchiCAD.

Building Information Modeling (BIM) stands out as a methodology that revolutionizes the architecture, engineering, construction and operation (AECO) sector, and ArchiCAD -a solution developed by Graphisoft since 1982- is one of the various tools that enables this way of working, by centralizing information in a BIM database ArchiCAD allows for greater project quality and productivity in less time compared to the 2D CAD workflow.

Welcome! My name is Valentyn-Vladyslav Kotsarenko, a graduate with a Master’s in Architecture and BIM Coordinator. In addition to being certified as an advanced user in handling ArchiCAD, I have had the opportunity to collaborate with Graphisoft Mexico in the implementation of BIM for the professional sector; I have over 10 years of experience in this and other topics, but even more experience training universities, companies, and individuals in the use of various BIM solutions, seeking to optimize work and production processes to the fullest. And this time, I will guide you.

This course represents the third stepin a series of structured training programs; If you already know the basics of developing an architectural project with ArchiCAD and wish to further enhance your skills with the handling of more powerful tools, workflows, and complex solutions for your project, then this training is for you.

Throughout this training:

I will teach you everything related to the use of the Solid Element Operations.

I will delve into the mastery of tools such as Roof, Morph, Shell and Mesh.

I will guide you on creating and working with Complex Profiles.

I will explain how to create and configure your own custom objects.

I will teach you how to create personalized parts for objects and mount them.

I will delve into specific tools such as Corner Window, Wall End and Opening tools.

I will showcase further possibilities by integrating external software like Rhinoceros and Grasshopper 3D.

And more.

BIM has transformed workflows worldwide, and today, you too can achieve it! Enroll now!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Course Summary l Sections 2 – 5

Lecture 3: Course Summary l Sections 6 – 9

Chapter 2: SEO & Simple Roof

Lecture 1: Section Expectations

Lecture 2: Preliminaries

Lecture 3: SEO l Overview

Lecture 4: SEO l Considerations

Lecture 5: SEO l Operations

Lecture 6: SEO l Extra Options

Lecture 7: SEO l Examples

Lecture 8: Roof l General Overview

Lecture 9: Roof l Construction Method

Lecture 10: Roof l Editing Commands

Lecture 11: Roof l Floor Plan and Section

Lecture 12: Roof l Cropping Elements

Lecture 13: Basic Ramp l Geometry

Lecture 14: Basic Ramp l Details

Lecture 15: Stretch

Lecture 16: Section Conclusions

Chapter 3: Complex Roof

Lecture 1: Section Expectations

Lecture 2: Preliminaries

Lecture 3: Multi-Plane Geometry l Overview

Lecture 4: Multi-Plane Geometry l Parameters

Lecture 5: Multi-Plane Geometry l Construction Method

Lecture 6: Multi-Plane Geometry l Editing

Lecture 7: Skylight Tool

Lecture 8: Skylight Object

Lecture 9: Split Roof

Lecture 10: Mansard Roof

Lecture 11: Gable Roof l Base Geometry

Lecture 12: Gable Roof l Curtain Wall

Lecture 13: Gable Roof l SkyLight

Lecture 14: Cross Hipped Roof l Base Geometry

Lecture 15: Cross Hipped Roof l Dormer Window

Lecture 16: Hexagonal Gazebo

Lecture 17: Section Conclusions

Chapter 4: Morph

Lecture 1: Section Expectations

Lecture 2: Preliminaries

Lecture 3: Overview

Lecture 4: Geometry Method l Part 1

Lecture 5: Geometry Method l Part 2

Lecture 6: Editing Commands l Node l Part 1

Lecture 7: Editing Commands l Node l Part 2

Lecture 8: Editing Commands l Edge

Lecture 9: Editing Commands l Surface

Lecture 10: Editing Commands l Solids

Lecture 11: Morph Tool Considerations

Lecture 12: Convert Selection to Morph(s)

Lecture 13: Subelement Selection

Lecture 14: Modify Morph l Part 1

Lecture 15: Modify Morph l Part 2

Lecture 16: Modify Morph l Part 3

Lecture 17: Boolean Operations

Lecture 18: Doric Column l Preliminaries

Lecture 19: Doric Column l Base

Lecture 20: Doric Column l Shaft

Lecture 21: Doric Column l Final Details

Lecture 22: Couch Object l Preliminaries

Lecture 23: Couch Object l Base Geometry

Lecture 24: Couch Object l Pillow

Lecture 25: Couch Object l Surface

Lecture 26: Couch Object l Flannel

Lecture 27: Section Conclusions

Chapter 5: Shell

Lecture 1: Section Expectations

Lecture 2: Preliminaries

Lecture 3: General Overview

Lecture 4: Extruded l Overview

Lecture 5: Extruded l Editing Commands l Part 1

Lecture 6: Extruded l Editing Commands l Part 2

Lecture 7: Revolved l Overview

Lecture 8: Revolved l Editing Commands l Part 1

Lecture 9: Revolved l Editing Commands l Part 2

Lecture 10: Ruled l Overview

Lecture 11: Ruled l Editing

Lecture 12: Construction Method

Lecture 13: Create Hole & Contour l Part 1

Lecture 14: Create Hole & Contour l Part 2

Lecture 15: Edit Hole & Contour

Lecture 16: Waffle Structure l Base Geometry

Lecture 17: Waffle Structure l Details

Lecture 18: Tensile Structure l Base Geometry l Part 1

Lecture 19: Tensile Structure l Base Geometry l Part 2

Lecture 20: Tensile Structure l Details l Part 1

Lecture 21: Tensile Structure l Details l Part 2

Lecture 22: Organic Facade l Base Geometry l Part 1

Lecture 23: Organic Facade l Base Geometry l Part 2

Lecture 24: Organic Facade l Details

Lecture 25: Section Conclusions

Chapter 6: Mesh

Lecture 1: Section Expectations

Lecture 2: Preliminaries

Lecture 3: General Overview

Lecture 4: Geometry Method

Lecture 5: Mesh Workflow l Reference

Lecture 6: Mesh Workflow l Preparations

Instructors

Valentyn-Vladyslav Kotsarenko
Master's in Architecture | BIM Coordinator | Educator

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4 stars: 3 votes

5 stars: 5 votes

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