Researcher in Design for Additive Manufacturing
inspire AG für mechatronische Produktionssysteme und Fertigungstechnik
Date de publication :
20 mars 2025Taux d'activité :
100%Type de contrat :
Durée indéterminée- Lieu de travail :Zürich
- Estimation salariale de jobup.ch:Se connecter pour voir l’estimation de jobup.ch
Résumé de l'emploi
Inspire AG, centre suisse d'innovation, collabore avec ETH Zurich. Ce poste offre une occasion unique de recherche et de développement dans un environnement dynamique.
Tâches
- Automatiser la conception de bobines d'induction électromagnétique.
- Appliquer des méthodes de fabrication additive pour optimiser le design.
- Valider les conceptions par des tests expérimentaux sur bancs d'essai.
Compétences
- Master en ingénierie avec compétences en programmation et tests.
- Capacité à travailler en équipe et de manière autonome.
- Maîtrise de l'anglais, connaissance de l'allemand est un plus.
Est-ce utile ?
PhD position: Design automation of electromagnetic induction coils using additive manufacturing Additive manufacturing (AM) offers unique advantages to optimally combine economic and sustainable advantages. Our research focuses on the fundamentals principles of AM and generative to enable groundbreaking advancement in specific application. To realize this novel AM applications approaches beyond the current state of the art are essential. This PhD position is part of a research project conducted in close collaboration with leading Swiss industry partners, offering a unique opportunity to bridge cutting-edge academic research with real-world industrial applications. The position offers the possibility of a PhD, which will be supervised by Prof. Mirko Meboldt at ETH Zurich. The project aims to investigate generative design algorithms to automate the design process of electromagnetic induction components by using AM technologies and combine it with advanced computational tools. A particular focus will be on exploring design generation based on physical models and validating these designs through experimental testing on dedicated test benches. This research will be conducted in close collaboration with both academic and industrial partners. Academic Background:
- Very good Master's degree (Master of Science), demonstrating a strong foundation in relevant engineering disciplines Technical Proficiency:
- Familiarity with engineering tools with focus on design automation
- Experience in programming (e.g. Python) or machine learning and a desire to deepen your expertise
- Experience in physical testing and a passion to deepen your expertise
- Intrinsic motivation and curiosity to advance the state of the art in AM and writing papers
- Motivated to bridge the gap between academic advancements and industrial applications in the field of design for AM components
- Passion for industrial applications of AM and advanced manufacturing technologies
- Ability to work independently and collaboratively with confidence
- Team oriented working style
- Proficiency in the English language, both written and spoken
- Knowledge of the German language is an advantage.
- Through the close cooperation with our project partner, you will quickly establish contacts to industry.
- In our young team you will work at the forefront of today's knowledge in design for additive manufacturing.
- An inspiring, team-based research environment committed to diversity and inclusion.
- Mentorship and opportunities for professional development.
- Flexible working hours to help balance work and personal commitments.
- https://www.inspire.ch/de/ueber-uns/fachbereiche/produktentwicklung-konstruktion/,
- https://pdz.ethz.ch/research/dnt.html
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