PhD Thesis

Finite Element modeling of the damage evolution and self-healing of novel solders interconnects

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Damage and fracture mechanics – Self-healing materials – Bonding technology

To strengthen our team, we are looking for someone with the following area of responsibility or requirement profile:

What do we need?

• Academic degree (master equivalent) preferably material science, physics or mechanical engineering
• Pre-knowledge in programming required and it is beneficial in Finite Element modeling or Thermodynamics
• Scientific curiosity, team skills, self-initiative
• Good oral and written communication skills in English

Your tasks?

• Modeling of the material degradation of solder interconnects during service
• Modeling of the self-healing effect
• Validation of the simulation models
• Presenting the work at conferences and writing of scientific articles for peer reviewed journals

Our offer:
An permanent employment, starting with 01.03.2018 and a gross monthly salary of €2.731,00

Materials Center Leoben Forschung GmbH
z.H.: Dr. Werner Ecker
Roseggerstraße 12, A-8700 Leoben
Email: [email protected]; http://www.mcl.at