Job Description
We warmly invite applications for fully funded Postdoc and PhD positions focused on developing next-generation computing elements, including microcontroller units (MCUs) and artificial intelligence (AI) processors. Major focus of the project will be on exploring novel oxide/nitride materials fpr resistive switching memory using atomic layer deposition (ALD) tools. In particular, we are very much interested in exploring and understanding new materials, interfaces, physics, and mechanisms of these exciting materials. We will fully provide cutting-edge deposition tools - including characterization tools including XRD, XPS, TEM, STM, etc., and ALD to support their research. We are seeking highly motivated, independet, and proactive Postdoc and PhD researchers with a strong team spirit who are eager to pursue ambitious, high-risk, high-reward research goals and contribute to the development of next-generation computing technologies.
The candidate will work on developing and optimizing novel materials for oxide/ntride-based resistive switching devices fpr MCU/AI applications with a team of ~ 10 researchers:
- Unterstanding the materials' characteristics for resistive switching devices using ALD
- Developing and coninously improving ALS cluster tools
- Exploring and optimizing novel/exotic materials and interfaces for the application
- Solving materials-related problems within defined timeframes
- Presenting weekly results and progress updates to team members
Required Profile
We are seeking highly motivated and skilled candidate with:
- For Postdoc: PhD degree in physics, materials science, or related fields with proven track records
- For PhD: MSc degree in physics, materials science, or related fields, including final thesis project
- Demonstrated track record of excellence in research and coursework
- Experience in one (or more) of the followings: ALD, PLD, magnetron sputtering, resistive switching memory
- Team spirit, strong English communication skills, and openness are essential for this position
Offer
This position provides the opportunity to work in a dynamic research enviremont equipped with state-of-the-art deposition, characterization, nano-fabrication and electrical measurement facilities. The project offers significant scope for high-impact research at the forefront of next generation MCU/AI applications, including:
- Cutting-edge infrastructure: Access to state-of-the-art facilities for materisl growth, device fabrication, and comprehensive assessment
- Collaborative research culture: An open and engaging working environment focused on tackling impactful challenges in the field, with the freedom to contribute your own ideas toward solving high-impact problems
- Competitive remuneration: Salary in accordance with 65% (PhD), 100% (Postdoc) of pay group EG13 TVöD-Bund
All necessary training will be carried out after admission. The starting date ist 'as soon as possible'
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PhD and Postdoc Positions for developing next generation computing element – oxide/nitride-based resistive switching devices for MCU/AI applications (Materials research) in Halle Arbeitgeber: Max‑Planck‑Institut für Mikrostrukturphysik
Das Max-Planck-Institut für Mikrostrukturphysik in Halle (Saale) bietet eine herausragende Gelegenheit für Doktoranden, die an der Spitze der wissenschaftlichen Forschung im Bereich der Nanowissenschaften arbeiten möchten. Unsere dynamische und inklusive Arbeitskultur fördert die Zusammenarbeit und den Austausch von Ideen, während wir umfassende Unterstützung für Ihre berufliche Entwicklung und den Zugang zu modernsten Forschungseinrichtungen bieten. Hier haben Sie die Möglichkeit, an bahnbrechenden Projekten zu arbeiten und Ihre akademischen Horizonte zu erweitern, während Sie Teil einer lebendigen wissenschaftlichen Gemeinschaft sind.
Kontaktdaten:
Max‑Planck‑Institut für Mikrostrukturphysik Recruiting-Team
