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1 Marie Skłodowska-Curie Individual Fellowship (IF) - Postdoc position in 3D printing / printed electronics in Belgium | KU Leuven

1 Marie Skłodowska-Curie Individual Fellowship (IF) - Postdoc position in 3D printing / printed electronics in Belgium | KU Leuven

Στοιχεία επικοινωνίας

Kasteelpark Arenberg 23
3001 - Leuven
BELGIUM
Tel. +32 16 3 20946

Επιστημονικοί τομείς

  • Βιολογία
  • Επιστήμες γης και περιβάλλοντος
  • Επιστήμη μηχανικού/ηλεκτρολόγου
  • Φυσική
  • Χημεία

Φορέας υποτροφίας

Καταληκτική ημερομηνία αιτήσεων

Λήγει: 10/07/2015

Κατηγορία Υποτροφίας

Περιγραφή

  • Unique opportunity to pioneer the application of 3D printing / printed electronics in unexplored domains
  • Work at a leading scientific institution with dedicated professionals
  • Offering outstanding career development and professional support
  • An attractive remuneration package

The Centre for Surface Chemistry and Catalysis (part of KU Leuven - the University of Leuven) is looking for a highly motivated candidate to apply for a two-year Marie Skłodowska-Curie Individual Fellowship - Postdoc position in 3D printing / printed electronics. Together with the selected candidate a Marie Skłodowska-Curie Individual Fellowship proposal will be written and submitted. The involvement of the selected candidate in the proposal writing process will provide ample opportunity to tailor the proposal to his / her research interests. A successful application will result in a two-year appointment.

The Centre for Surface Chemistry and Catalysis constitutes an interdisciplinary team of seven professors focused on researching the chemistry of the solid-gas, solid-liquid, and solid-solid interphases. The Centre currently hosts over 120 PhD students, postdoctoral scholars and technicians and is internationally recognized for its expertise in gas and liquid phase catalysis, porous materials synthesis and characterization, adsorptive separations, and related challenges in chemistry and chemical engineering.

The development of 3D printing and related additive manufacturing technologies have recently gained momentum in a spectacular way. Based on a computer model, these printing tools enable the direct and automated fabrication of a real-world object with an arbitrarily complex geometry, not accessible via conventional machining. Similarly, printed conductors enable the flexible digital fabrication of electronic circuits. The goal of this project is to explore the opportunities at the interface of chemistry and engineering related to inkjet-based 3D and electronics printing.

Among other important points, the rule states that, at the deadline for the submission of proposals (September 10, 2015) the candidate should be in possession of a doctoral degree or have at least four years of full-time equivalent research experience.

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