Mobile Robots from Design to 3D printing using FreeCad

Mobile Robots from Design to 3D printing using FreeCad, available at $49.99, has an average rating of 3.64, with 46 lectures, based on 7 reviews, and has 79 subscribers.

You will learn about Sketching and 3D modeling Designing robot for a specific Task Understand Electronics Component Placements 3D print your ideas as roboticist This course is ideal for individuals who are Students who want to practically implement Robotics. or People Seeking to design their Custom Robots It is particularly useful for Students who want to practically implement Robotics. or People Seeking to design their Custom Robots.

Enroll now: Mobile Robots from Design to 3D printing using FreeCad

Summary

Title: Mobile Robots from Design to 3D printing using FreeCad

Price: $49.99

Average Rating: 3.64

Number of Lectures: 46

Number of Published Lectures: 34

Number of Curriculum Items: 46

Number of Published Curriculum Objects: 34

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Sketching and 3D modeling
Designing robot for a specific Task
Understand Electronics Component Placements
3D print your ideas as roboticist

Who Should Attend

Students who want to practically implement Robotics.
People Seeking to design their Custom Robots

Target Audiences

Students who want to practically implement Robotics.
People Seeking to design their Custom Robots

THIS COURSE IS NOW UPDATED : Rating is for previous version of course

Welcome to our comprehensive course on 3D printing and robotics, where you’ll learn to design, model, and create your very own mobile robots using FreeCAD and 3D printing technologies. In this course, we’ll dive deep into the world of robotics and teach you the skills necessary to bring your robotic visions to life.

Throughout this journey, we’ll be focusing on three primary robot types:

Differential drive mobile robot
Self-balancing robot
SLAM bot with 2D LiDAR

For each robot type, we’ll provide detailed explanations on electronic components placement, CAD sketching, and 3D printing to ensure a seamless and successful creation process.

By the end of this course, you will have gained valuable hands-on experience in designing and building your own functional robots while mastering the following software and skills:

The Process is going to

Required Components placements
Components holding to a body
Sketching Body
3D modeling of sketches
Cover Design and electronic Wire path ways
3D printing

Design Modelfor 3D printing to use for Projects :

Line Following Robot
Differential Drive Robot
Self Balancing Robot

Embark on this exciting journey into the world of 3D printing and robotics, and transform your ideas into reality! No prior experience is required, as we’ll guide you step-by-step through the entire process. Join us today and unlock your potential to create remarkable mobile robots.

Course Curriculum

Chapter 1: Differential Drive Robot

Lecture 1: Resources

Lecture 2: Section Information

Lecture 3: Required Parts and Arrangements

Lecture 4: Design Thinking

Lecture 5: FreeCad Software Setup

Lecture 6: Obtaining Available Model

Lecture 7: Models for Projects

Lecture 8: Components Placements

Lecture 9: Base Plate Modeling

Lecture 10: Motor Holder Design

Lecture 11: Battery Holder Extrusion

Lecture 12: Robot Cover

Lecture 13: Exporting as STL for 3D printing

Lecture 14: Joining 3D Printed Parts

Chapter 2: Self Balancing Robot

Lecture 1: What we will do in this Section

Lecture 2: Component Placement decision

Lecture 3: Raw Sketching

Lecture 4: Lower Body Plate Design

Lecture 5: Motor Holder Extrusion

Lecture 6: Upper Plate Design

Lecture 7: Electronics parts holding standoffs

Lecture 8: Cover 3D modeling for Self Balancing Robot

Lecture 9: Building Self Balancing Robot

Chapter 3: 2D Lidar based SLAM robot

Lecture 1: Components Placement Walk through

Lecture 2: Sketching Robot Design

Lecture 3: Obtaining Models and Components placement

Lecture 4: Base Plate Alignment and Battery Holders

Lecture 5: Lidar Holding Standoffs

Lecture 6: Lidar Holding Plate Design

Lecture 7: Battery Grippers

Lecture 8: Cover Design

Lecture 9: Robot Cover Patterns apply

Lecture 10: Robot Building

Lecture 11: Finishing Remarks

Instructors

Muhammad Luqman
Heavy Roboticist

Rating Distribution

1 stars: 0 votes
2 stars: 1 votes
3 stars: 1 votes
4 stars: 5 votes
5 stars: 0 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

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