Engineering Design Principles: Design, Materials, and Prototyping

In this video, we're diving into the 'Engineering Design Principles' module, a crucial 30-credit course for undergrad engineering students. We'll cover key areas such as the design process, material selection, and prototyping techniques with real-world example projects. Whether you're a student or a professional, mastering these principles will equip you to tackle engineering challenges effectively.

What We'll Cover:

Overview of the 'Engineering Design Principles' module
Detailed explanation of the design process with a DC motor controller board project
Material selection strategies with a robotic arm project
Prototyping techniques using an Arduino buggy reverse engineering project
Example Projects:

Design Process: Creating a DC motor controller board
Material Selection: Designing a robotic arm and selecting suitable materials
Prototyping Techniques: Reverse engineering an Arduino buggy
Step-by-Step Guides:

Disassembling and reverse engineering a robotic arm manipulator
Creating precise measurements and CAD models using Fusion 360
Modifying designs and testing prototypes
Coursework Samples:

Design projects: Ergonomic office chair, bicycle frame
Material analysis: Comparing different materials for specific applications
Prototyping assignments: Creating and testing product prototypes
If you found this video helpful, please give it a thumbs up and subscribe for more engineering insights. Leave a comment below on what topics you'd like to see next!

Resources:

Fusion 360 CAD software
Example project files and templates
Recommended textbooks and reading materials

[lawrenceenwerem]

Indeed this is a more systematic approach, easy to follow through and understand.
Thank you for making it easier