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PostDoc Research Scientist - Computational Materials Design - Job Opportunity at Helmut-Schmidt-Universität

Hamburg, Germany
Full-time
Senior
Posted: March 12, 2025
On-site
EUR 65,000 - 75,000 per year based on TVöD E13 scale and academic research sector standards

Benefits

Comprehensive pension plan with corporate contributions
Annual performance bonus (13th month salary)
Asset-building benefits with employer contributions
Subsidized public transportation pass (DeutschlandJobTicket)
On-site childcare facility access
Extensive professional development programs
Subsidized campus dining with three meals daily
Free parking on campus
Access to corporate car sharing program
Comprehensive health promotion programs
Flexible working hours arrangement

Key Responsibilities

Lead research in physical vapor deposition (PVD) for metallic thin films
Develop and implement analytical methods for studying dislocation interactions in metal lattices
Integrate simulation and experimental datasets for comprehensive materials analysis
Manage scientific data collection, storage and visualization processes
Contribute to academic administration and self-governance
Pursue advanced academic qualifications (e.g. habilitation)
Guide research initiatives in combinatorial synthesis and automated material modeling

Requirements

Education

PhD in Chemistry, Physics, Materials Science, Engineering or Computer Science

Experience

Demonstrated experience in thin film synthesis using PVD or related methods

Required Skills

Practical experience with high vacuum systems Laboratory operations expertise German language proficiency (B2 level) English language proficiency (B1 level) Initiative and self-direction Team collaboration capabilities Interdisciplinary communication skills Strong scientific research orientation
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Sauge AI Market Intelligence

Industry Trends

Growing focus on atomic-scale materials engineering for next-generation applications Increasing integration of computational modeling with experimental materials science Rising demand for expertise in high-precision thin film deposition technologies Expansion of materials research in energy storage and catalysis applications

Role Significance

Typically part of a research group of 5-10 scientists with supporting technical staff
Senior research position with significant autonomy and potential for academic career advancement

Key Projects

Development of novel thin film materials for catalytic applications Advanced characterization of material behavior under dynamic loading Integration of computational and experimental materials research Development of next-generation battery materials

Success Factors

Deep expertise in experimental materials characterization techniques Ability to bridge theoretical modeling and practical experimentation Strong project management and research coordination skills Publication track record in relevant fields Capability to secure research funding and manage collaborative projects

Market Demand

High demand for specialists in advanced materials characterization and modeling, particularly in research institutions and industrial R&D centers

Important Skills

Critical Skills

Advanced materials characterization techniques Physical vapor deposition expertise High-vacuum system operation Data management and analysis Research project coordination

Beneficial Skills

Programming and simulation skills Grant writing experience Industry collaboration experience Academic teaching capabilities

Unique Aspects

Access to state-of-the-art PVD cluster tool and analytics facilities
Integration of combinatorial synthesis with automated modeling
Focus on defense-related materials research
Strong connection to both academic and industrial applications

Career Growth

3-5 years typical progression to independent research leadership positions

Potential Next Roles

Research Group Leader Professor Principal Investigator Senior Research Scientist in Industry

Company Overview

Helmut-Schmidt-Universität

Prestigious German federal armed forces university with strong focus on engineering and applied sciences

Leading position in defense-related research and engineering education in Germany
Major research institution in northern Germany with strong international collaborations
Academic environment with emphasis on applied research and industry collaboration
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