WEBINAR: Prototyping Design Constraints and Industrial Feasibility
Join this EIT Manufacturing webinar delivered by our partner university, University of Tartu.
Date and time
Location
Online
Refund Policy
Agenda
10:00 AM - 12:00 PM
Responsible sustainable design constraints
12:00 PM - 1:00 PM
Case study introduction
2:00 PM - 6:00 PM
Case study, technical drawings introductions, working on responsibe design
About this event
- 1 day 7 hours
Course Description:
The course taught by one of our partner universities, Univeristy of Tartu uniquely blends a focus on sustainable and responsible design with hands-on prototyping experience, using real-world case studies for practical application. It emphasizes reducing environmental impact through carbon footprint calculations and optimizing designs for industrial production.
Students engage in interactive sessions to redesign prototypes using 3D design software of their choice, fostering technical skill development and flexibility. Interactive feedback sessions encourage collaborative learning and improvement, making this course ideal for those looking to merge sustainability with industrial feasibility in product design.
Day 1 – 12 Dec 2024
Responsible Sustainable Design Constraints and Case Study Introduction: Familiarizing with sustainable and responsible prototype design drivers and methdology to use these criterias incluidng carbon footprint calculations.
Case Study, Technical Drawings Introductions, Working on Responsibe Design: Hands-on session receiving non-finished desgin prototype drawings, requiring to redesign in responsible industrially prototyiping way. Be prepared to use the 3D design software on your own choice. The initail drawing are distributed in STL format.
Day 2 – 13 Dec 2024
Mid report: Students will present their report
Hands-on session: Students will calculate and optimize their design carbon footprint and reponsible design, the final design will the prepered and uploaded to repository.
Seminar: Submitting final results and disussion
Learning outcomes:
- Integrate sustainable design principles into prototyping
- Master carbon footprint calculations
- Utilize 3D design software for responsible prototyping
- Prepare designs for industrial feasibility
- Enhance skills for creating environmentally conscious and production-ready prototypes
Assessment method and certification:
- Students will be assessed based on their active participation, involvement in the discussions and presentation of case study results.
- Students will be provided with a well-recognised EIT Manufacturing Participation Certificate.
Eligibility criteria:
- Any interested individual can enroll to the programme
- The program is in English and you must understand, read and write English at a proficient level
Save 15% by enrolling to all 6 Manufacturing Innovation Webinars
- Manufacturing and Industrial Insights and Tendencies (30 & 31 MAY 2024)
- Challenges of Supply Chain in Manufacturing (20 & 21 JUNE 2024)
- Technology as a Driver for Solution Design (16 & 17 SEPT 2024)
- The Issues and Developments of Digital Manufacturing (16 & 17 OCT 2024)
- Sustainable, Social and Ethical Manufacturing (24 & 25 OCT 2024)
Ready to save 15% by enrolling in all 6 webinars at €454?
Enroll here.
Tickets
General Admission
0€89.00Students of EIT Manufacturing Partner Universities
0€75.00
Frequently asked questions
Students will be provided with a well-recognised EIT Manufacturing Participation Certificate post-course completion that can be showcased on their LinkedIn profile.