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PhD Position - Co-integration of Memristive Devices and 2D-Field Effect Transistors - Job Opportunity at Forschungszentrum Jülich

Jülich, Germany
Full-time
Entry-level
Posted: January 25, 2025
Hybrid
EUR 45,000-55,000 per year (based on 75% TVöD-13 pay scale)

Benefits

Flexible working hours with excellent work-life balance
30 days annual leave plus bridge days between holidays
Comprehensive doctoral training through Graduate School program
Access to extensive research network and facilities
International Advisory Service support
Family-friendly policies and support
Remote work flexibility
Christmas bonus (60% of monthly salary)

Key Responsibilities

Design and fabricate nano-structured memristive devices compatible with BEOL and 2D semiconductors
Develop process flows and device layouts for efficient 1T1R element integration
Perform electrical characterization of devices and arrays
Develop Python code for device testing and analysis
Collaborate within research consortium for integration optimization
Demonstrate application scenarios and identify future research directions
Publish findings in peer-reviewed journals and present at conferences

Requirements

Education

Masters degree in Physics, Material Science or Electrical Engineering

Required Skills

Solid state physics Semiconductor physics Clean room laboratory experience Python or Matlab programming English fluency German language knowledge Team collaboration Problem-solving Independent work capability
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Sauge AI Market Intelligence

Industry Trends

Integration of 2D materials with conventional semiconductors is a rapidly growing field addressing energy efficiency challenges in computing Memristive devices are gaining prominence in neuromorphic computing applications BEOL integration represents a key direction for 3D semiconductor scaling

Role Significance

Part of large collaborative research center (TRR 404) involving multiple institutions
Entry-level research position with significant technical responsibility and publication opportunities

Key Projects

Development of novel 3D integrated semiconductor devices Energy-efficient computing hardware research Next-generation memory integration studies

Success Factors

Strong experimental physics background Ability to bridge theoretical understanding with practical fabrication Excellent documentation and scientific writing skills Collaborative mindset for multi-institutional research

Market Demand

High demand for specialists in advanced semiconductor integration, particularly in European research institutions pursuing next-generation computing architectures

Important Skills

Critical Skills

Semiconductor device physics knowledge for understanding novel integration approaches Clean room fabrication experience for device development Programming skills for device characterization Scientific communication abilities for research dissemination

Beneficial Skills

Knowledge of 2D materials and their properties Experience with advanced microscopy techniques Understanding of neuromorphic computing principles

Unique Aspects

Integration in major collaborative research initiative TRR 404
Access to state-of-the-art semiconductor fabrication facilities
Cross-disciplinary research environment spanning multiple institutions

Career Growth

3-4 years for PhD completion with potential for postdoctoral research or industry transition

Potential Next Roles

Research Scientist in Semiconductor Industry Academic Research Group Leader Technical Lead in Semiconductor Development

Company Overview

Forschungszentrum Jülich

Major German research institution focused on interdisciplinary scientific research

Leading European research center with strong industry connections
Key player in German semiconductor research landscape
Collaborative academic environment with strong international focus
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