Architecture Design with Tinkercad from Udemy

What's inside

Learning objectives

3d design using tinkercad.

This course is all about architecture. students follow "lego-like" instructions to design six different types of architectural structures using tinkercad. students should complete the intro to 3d design & 3d printing course before registering for this course.

3d design using tinkercad.
This course is all about architecture. students follow "lego-like" instructions to design six different types of architectural structures using tinkercad. students should complete the intro to 3d design & 3d printing course before registering for this course.

Syllabus

Information for Parents/Instructors

This 3D Design course is 'All About Architecture'. Students follow "Lego-like" instructions to design six architectural 3D models using Tinkercad. Students should complete the Intro to 3D Design & 3D Printing course before registering for this course.

LESSONS

LESSON 1 - FLOOR PLAN (LEVEL 1)

LESSON 2 - FLOOR PLAN (LEVEL 2)

LESSON 3 - MODERN HOUSE

LESSON 4 - TINY HOUSE

LESSON 5 - SKYSCRAPER

LESSON 6 - COURTHOUSE

Good to know

Know what's good

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, and possible dealbreakers

Uses Tinkercad, which provides a user-friendly introduction to 3D modeling, making it accessible for beginners interested in architectural design

Employs 'Lego-like' instructions and short videos, which simplifies the learning process and makes it easier to grasp complex architectural concepts

Requires completion of an introductory 3D design course, which ensures students have a foundational understanding before tackling architectural designs

Focuses specifically on architectural structures, which allows learners to develop specialized skills in designing floor plans, houses, skyscrapers, and courthouses

Covers a range of architectural styles, from modern houses to skyscrapers, which exposes students to diverse design principles and building techniques

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Architecture Design with Tinkercad with these activities:

Review Tinkercad Basics

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Reviewing Tinkercad basics will ensure a smoother learning experience and prevent frustration during the architecture-focused lessons.

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Complete the official Tinkercad tutorials.
Practice creating simple shapes and combining them.
Experiment with different tools and features.

Read '3D Modeling For Dummies'

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Reading this book will provide a broader understanding of 3D modeling principles, complementing the Tinkercad-specific lessons.

View Autodesk Maya 2025 Basics Guide on Amazon

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Read the chapters on basic 3D modeling concepts.
Focus on sections related to shape manipulation and object combination.
Relate the concepts to Tinkercad's interface and tools.

Design a Simple Building

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Starting a small architectural project will allow students to apply the concepts learned in the course and develop their design skills.

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Choose a simple building type, such as a shed or garage.
Create a basic floor plan and elevation using Tinkercad.
Add details such as windows, doors, and a roof.
Experiment with different colors and textures.

Four other activities

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Document Your Design Process

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Documenting the design process helps reinforce learning and allows for reflection on design choices.

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Take screenshots of your Tinkercad models at different stages.
Write a short description of each step in the design process.
Explain the design decisions you made and why.
Compile your screenshots and descriptions into a presentation.

Explore Advanced Tinkercad Tutorials

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Following advanced tutorials will expose students to more complex techniques and inspire further exploration of Tinkercad's capabilities.

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Search for tutorials on specific architectural elements, such as arches or domes.
Follow the tutorials step-by-step, paying attention to the techniques used.
Adapt the techniques to your own designs.

3D Print Your Best Design

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3D printing a design brings the virtual model to life and provides a tangible result of the learning process.

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Choose your favorite architectural model from the course.
Prepare the model for 3D printing, ensuring it is watertight and properly oriented.
Print the model using a 3D printer.
Finish the print by removing supports and cleaning up any imperfections.

Read 'Architectural Graphics'

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Reading this book will improve understanding of architectural representation and design principles, leading to better 3D models.

View Architectural Graphics on Amazon

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Review the sections on orthographic projections and perspective drawings.
Study the examples of architectural details and construction techniques.
Apply the principles to your Tinkercad models.

Career center

Learners who complete Architecture Design with Tinkercad will develop knowledge and skills that may be useful to these careers:

Architectural Designer

An Architectural Designer develops plans and designs for buildings and other structures. This course, with its focus on creating architectural 3D models using Tinkercad, provides a practical introduction to the design process, and helps to build a foundation in visualizing structural concepts. Following 'Lego-like' instructions to model diverse structures such as a modern house, tiny house, skyscraper, and courthouse provides essential experience in digital modeling, which is crucial for success as an Architectural Designer, who often uses software for design projects. This course is particularly valuable because it introduces the core concepts of architectural design, and the student can then apply these concepts practically.

See salaries and explore the career path for Architectural Designer

Draftsperson

A Draftsperson creates technical drawings based on designs from architects and engineers. This course helps a draftsperson to understand the fundamentals of 3D modeling using Tinkercad which is essential for generating accurate technical drawings. Creating architectural models from floor plans to skyscrapers, using 'Lego-like' instructions, helps build a foundation in spatial visualization and translating conceptual designs into digital models. For a draftsperson, this course aids in understanding the design intent behind architectural plans, allowing for more accurate and informed technical drawings.

See salaries and explore the career path for Draftsperson

Model Maker

A Model Maker constructs physical and digital models of structures. This course directly aligns with the work done by a Model Maker by providing hands-on experience in creating 3D architectural models using Tinkercad. The course’s 'Lego-like' instructions for designing various structures, such as a courthouse and skyscraper, help in developing the spatial reasoning and digital fabrication skills necessary for model making. This course is helpful because it provides practical experience with digital modeling, an increasingly important part of model making.

See salaries and explore the career path for Model Maker

Building Information Modeling Technician

A Building Information Modeling Technician, or BIM Technician, creates detailed 3D models used in construction. Completion of this course, where students design six different architectural structures using Tinkercad, helps build a foundation with 3D modeling, which is a core skill for a BIM Technician. The 'Lego-like' approach to designing structures like modern houses and skyscrapers helps a BIM Technician understand the practical aspects of building design. This understanding aids in generating more accurate and useful models that facilitate planning and execution of construction projects. This is useful preparation for BIM Technician work.

See salaries and explore the career path for Building Information Modeling Technician

Interior designer

An Interior Designer creates functional and aesthetically pleasing interior spaces. While this course focuses on exterior architectural design, the fundamentals of 3D modeling with Tinkercad helps an Interior Designer understand spatial relationships and develop digital design skills. Recreating structures like modern homes and tiny houses, using the 'Lego-like' instructions, helps an Interior Designer visualize how interior layouts fit within the architectural shell. This course may be useful for any Interior Designer who wants to be able to understand the basics of structural design, which helps in designing internal layouts.

See salaries and explore the career path for Interior designer

Urban Planner

An Urban Planner develops plans for the growth and development of urban areas. This course, while focused on individual buildings, introduces a foundation in spatial design using Tinkercad that may be helpful in visualizing how buildings relate to the broader urban environment. The act of creating different architectural designs, such as skyscrapers and courthouses, using 'Lego-like' techniques, helps an Urban Planner understand the variety of architectural forms and their potential impact on the urban landscape. This course may be useful as it provides a practical introduction to 3D modeling which can help an Urban Planner in various aspects of their work.

See salaries and explore the career path for Urban Planner

Exhibition Designer

An Exhibition Designer creates spaces for displays in museums, galleries, and trade shows. This course helps an exhibition designer to understand 3D design using Tinkercad. The 'Lego-like' instructions in the course, where students design architectural models like tiny houses and skyscrapers, helps build understanding about how to assemble 3D spaces. Although this course may not directly focus on exhibition design, the ability to work with 3D modeling can improve the process of designing exhibition installations. For anyone who wishes to work as an Exhibition Designer, this course may be helpful.

See salaries and explore the career path for Exhibition Designer

Set Designer

A Set Designer creates environments for theatre, film, and television productions. This course may be useful, as the experience in 3D modeling and designing various architectural structures using Tinkercad, such as modern houses and courthouses, helps in understanding spatial design. Although this course does not directly focus on set design, the 'Lego-like' method of creating 3D models aids in developing the visualization skills needed to design realistic and functional sets. This course may be helpful for a Set Designer who wants to explore the fundamentals of 3D design.

See salaries and explore the career path for Set Designer

Landscape Architect

A Landscape Architect designs outdoor spaces like gardens and parks. While this course focuses on building design, the 3D modeling skills developed using Tinkercad may be useful in understanding how architectural forms interact with outdoor environments. Creating models such as floor plans, houses and skyscrapers with 'Lego-like' instructions helps with spatial understanding and can be useful for landscape design. For those working as a Landscape Architect, this course may be useful in helping to visualize space, but does not provide targeted training in landscape architecture.

See salaries and explore the career path for Landscape Architect

Construction Manager

A Construction Manager oversees construction projects from start to finish. While this course focuses on design rather than construction management, it can help construction managers understand the intricacies of architectural plans. Working with 'Lego-like' instructions to build different types of architectural models, such as skyscrapers and courthouses with Tinkercad, helps build an understanding of architectural design. This course may be useful for those who wish to work as a Construction Manager.

See salaries and explore the career path for Construction Manager

Product Designer

A Product Designer creates a wide range of products. While this course focuses on architectural design, the core principles of 3D modeling with Tinkercad may still be useful for a Product Designer. This course, which includes ‘Lego-like’ instructions for designing a variety of structures, may help a product designer learn more about 3D design software. Though not immediately relevant to typical product design tasks, this course may be useful for a Product Designer who wants to practice the fundamentals of modeling in 3D.

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Civil Engineer

A Civil Engineer designs and oversees infrastructure projects such as roads, bridges, and tunnels. This course focuses on architectural design, and may still be useful for a Civil Engineer. The 3D modeling skills with Tinkercad, along with using the ‘Lego-like’ instructions, can help develop some spatial reasoning. Designing a variety of architectural structures like modern houses and courthouses may be useful for a civil engineer, especially in visualizing structural layouts, but does not provide specific training in civil engineering. This course may be useful to a Civil Engineer.

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Game Designer

A Game Designer creates the rules, mechanics, and settings for video games. While this course focuses on architectural design using Tinkercad, the principles of 3D modeling may still be useful for a Game Designer, who may need to create digital environments. The hands-on experience in designing structures like skyscrapers and tiny houses, using 'Lego-like' instructions, can help a Game Designer get practice working with 3D shapes. This course may be useful for a Game Designer who wants to experiment more with 3D modeling.

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Animator

An Animator creates moving images for various media. While this course focuses on the fundamentals of 3D architectural modeling with Tinkercad, the 3D design skills may be helpful to an animator. Working with ‘Lego-like’ instructions to create architectural models like floor plans and skyscrapers may give the animator more experience working with 3D objects, although it is not the usual focus for an animator. This course may be useful for an animator seeking to expand their knowledge of 3D modeling.

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Software Developer

A Software Developer writes code to create software applications. Although this course is about architectural design using Tinkercad, it may still be useful to a Software Developer who wants to practice 3D modeling. Using ‘Lego-like’ instructions to build architectural models may be helpful in understanding 3D space. This course may be useful, but is far removed from the usual job requirements of a Software Developer.

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Architecture Design with Tinkercad

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