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PhD Candidate - Process and Plant Design for LOHC Dehydrogenation - Job Opportunity at Forschungszentrum Jülich GmbH

Jülich, Germany
Full-time
Entry-level
Posted: February 25, 2025
Hybrid
EUR 40,000-45,000 annually (based on 75% TVöD-13 scale plus bonuses, typical for German research institution PhD positions)

Benefits

Comprehensive doctoral training program through JuDocS
Flexible work arrangements including home office
75% TVöD-13 salary grade plus 60% monthly salary as annual bonus
Extensive health management program
Work-life balance support
Professional development opportunities
Family-friendly workplace policies

Key Responsibilities

Design and evaluate process concepts for hydrogen release from liquid organic hydrogen carriers (LOHC)
Assess process variants and optimization through reactor design and heat integration
Conduct techno-economic evaluations of processes and technologies
Support implementation in laboratory, miniplant, and demonstration facilities
Present research at scientific conferences and publish in journals
Assist in grant proposal preparation

Requirements

Education

Master's degree in Process Engineering, Chemical Engineering, Cybernetics, Physics, Chemistry or related field with above-average academic performance

Experience

No specific years required - PhD position

Required Skills

Knowledge of thermal process engineering Reaction engineering Thermodynamics Process engineering Technical chemistry Process modeling and simulation Experience with process simulators (Aspen, UniSim, HYSYS, gPROMS) Programming languages (Python, Julia, MATLAB) Complex analysis capabilities Advanced English proficiency Independent and team-oriented work style
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Sauge AI Market Intelligence

Industry Trends

The hydrogen economy is experiencing unprecedented growth with the EU planning to invest €470 billion by 2050 LOHC technology is emerging as a crucial solution for hydrogen storage and transport, with major research initiatives across Europe Increasing focus on sustainable hydrogen infrastructure is driving demand for process engineering expertise in this field

Role Significance

Part of a newly established institute team, typically 5-10 researchers plus support staff
Entry-level research position with significant potential for scientific impact and technology development leadership

Key Projects

LOHC dehydrogenation process optimization Sustainable hydrogen storage system development Large-scale demonstration facility implementation EU-funded research initiatives in hydrogen infrastructure

Success Factors

Strong foundation in chemical engineering principles combined with innovative thinking Ability to bridge theoretical modeling with practical implementation Excellence in scientific communication and publication Collaborative mindset for cross-functional research teams

Market Demand

Very high demand with increasing trajectory due to European hydrogen strategy implementation and growing investment in sustainable energy infrastructure

Important Skills

Critical Skills

Process engineering expertise is fundamental for developing scalable hydrogen storage solutions Simulation and modeling capabilities are essential for optimizing complex chemical processes Research methodology and scientific writing skills are crucial for academic success

Beneficial Skills

Machine learning and AI applications in process optimization Project management skills for research coordination Grant writing experience for securing additional funding

Unique Aspects

Opportunity to shape a newly established research institute
Direct involvement in Germany's hydrogen strategy implementation
Combination of fundamental research with practical application in demonstration facilities

Career Growth

3-4 years for PhD completion with potential for postdoctoral or permanent research position

Potential Next Roles

Senior Researcher in Hydrogen Technologies Process Development Lead R&D Team Leader Technical Project Manager in Energy Sector

Company Overview

Forschungszentrum Jülich GmbH

One of Europe's largest research organizations, member of the prestigious Helmholtz Association, focusing on major societal challenges

Leading position in energy research and sustainable technology development with significant public funding
Major employer in the region with strong international research networks
Research-driven environment with emphasis on innovation, collaboration, and societal impact
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