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Take your drawings from 2D to 3D with AutoCAD. Author Scott Onstott helps build your AutoCAD 2015 skills, one video at a time. You'll learn to extrude 2D plans into solid objects, cut out wall openings and add doors and windows, build 3D staircases, and model a complex roof surface.

You'll also discover how to create a 3D tower and sculpt the surrounding landscape with NURBS surfaces. At the end of this course, you'll have modeled a complete 3D town hall based on an archetypal midcentury design. Instructor •.

Scott Onstott is a trainer specializing in the CAD, BIM, 3D, and real-time software used in the AEC industry.Scott is a consultant, lecturer, author, and independent video producer who has been teaching and writing about architectural and design visualization software since 1999. He provides both online and international on-site training. He is the author of more than a dozen technical books, has taught over a thousand students face-to-face, and has spoken in various public venues on AutoCAD, 3ds Max, SketchUp, and Photoshop. Scott lives in British Columbia with his family. Visit his websites at and http://www.scottonstott.com. By: Scott Onstott course • 8h 35m 19s • 10,028 viewers • Course Transcript - [Voiceover] Hi, I'm Scott Onstott and welcome to 3D Architectural Modeling with AutoCAD.

In this course, we'll build a complete 3D model of a town hall, loosely based on a design by mid-20th century architect Alvar Aalto. The techniques we'll cover include: extruding plans into solid objects, cutting openings in walls with boolean operations, constructing 3D staircases in different ways using plans and elevations, building complex roof objects with a variety of techniques, sculpting land forms with NURBS surfaces, and much more. Let's dive right in and get started. • Practice while you learn with exercise files. Watch this course anytime, anywhere. Course Contents • Introduction Introduction • • • • 1. Cleaning Up 2D Drawings 1.

Cleaning Up 2D Drawings • • • • 2. Modeling the First Floor 2.

To counter the limitations imposed by separate stand-alone design tools or domain specific tool-chains, the company began developing a unified electronics design system, which uses a single data model to hold all of the design data required to create a product. In the second half of the 1990s, the company began acquisition of various companies with the technologies needed to create a unified electronics design solution. Unifying electronics design [ ] In the mid-1990s, the industry was moving towards the use of newly-affordable technologies such as (FPGAs) instead of individual components fixed to a PCB, but the design tools used for PCBs and those used for programmable logic systems were markedly different and the difference was becoming an obstacle to electronics design. FPGA, PCB and embedded software development processes were unified with a common project view and data model. A variety of editing tools could then be used to access and manipulate the design, covering areas such as board layout and design,,, testing, analysis and FPGA design.

Modeling the First Floor • • • • • • • • • • • • 3. Modeling Doors, Windows, and Stairs 3.

Modeling Doors, Windows, and Stairs • • • • • • • 4. Modeling Terrain Surfaces 4. Modeling Terrain Surfaces • • • • • 5. Modeling the Second Floor 5.

Modeling the Second Floor • • • • • • • • • • 6. Completing the Second Floor and the Roof 6. Completing the Second Floor and the Roof • • • • • • • • 7.

Modeling the Tower 7. Modeling the Tower • • • • • • • • • • • Conclusion Conclusion •.