Type of course:
Digital learning, Lesson
Language:
EN
Duration:
15 minutes
Workload:
0.25 hours
Proficiency:
Beginner
Target:
Manager, Pupils, Professionals, Students, Workers
SUMMARY
Imagine turning a broken household item into a fully functional piece again – using just your smartphone and a 3D printer! This lesson is your guide to achieving exactly that while promoting sustainability and innovation.
In this course, you’ll learn how to reverse-engineer objects using photogrammetry, refine them into digital models, and create solutions through 3D printing. By completing the modules, you’ll gain hands-on experience in preparing, scanning, processing, and printing models tailored for real-world repairs. These skills are practical, aligning with circular economy principles and reducing waste.
This course offers an engaging, step-by-step approach to get familiar with the tools and techniques needed for impactful repairs. Join us to repair, innovate, and make a positive difference!
About The Author
Panos Stavropoulos is an Assistant Professor at the Laboratory for Manufacturing Systems and Automation (LMS), University of Patras, Greece. He has been teaching as a Lecturer (2014-2018) and Assistant Professor (2018-present) on topics of Mechanical Engineering and Manufacturing Processes. He has been coordinating and managing EITM projects and has been involved in lessons development on topics related to Manufacturing Processes.
Vasiliki Panagiotopoulou is a Senior Research Engineer at the Laboratory for Manufacturing Systems and Automation (LMS) since 2020, with research interests focusing on Sustainability, and Circular Economy. She has extensive experience participating in various EITM education and innovation projects and developing educational content for multiple initiatives, including Demo4Green and SRC4i.
Katerina Paraskevopoulou is a Junior Research Engineer at the Laboratory for Manufacturing Systems and Automation since 2023. Her experience in nuggets development for EITM Academy is mostly focusing on Sustainability, Circular Economy and Energy Efficiency, from previous EITM RIS project.
Learning outcomes
- By the end of the lesson, learners are able to assess the condition of a broken household item and determine the necessary design modifications.
- By the end of the lesson, learners are able to recall a design solution for a replacement part by applying principles of reverse engineering.
- By the end of the lesson, learners are able to utilize material extrusion 3D printing techniques to create and test a functional prototype of the replacement part.
Topics
Advanced Manufacturing, Environmental Sustainability, Sustainable Energy and Clean Technologies, Sustainable Manufacturing, Additive Manufacturing
Tags
Sustainability
Provided by
-
Laboratory for Manufacturing Systems and Automation of Patras
+223
enrolled
Course Includes
- 1 Quiz
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