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Project Engineer - Job Opportunity at Mitsubishi Heavy Industries EMEA, Ltd.

Düsseldorf, Germany
Full-time
Mid-level
Posted: July 1, 2025
On-site
Based on the mid-level engineering position in Germany's industrial sector, combined with specialized green hydrogen expertise and the current market premium for renewable energy professionals, the expected salary range is €65,000-€85,000 annually. The high-demand nature of hydrogen technology skills and MHI's position as a major industrial corporation suggest compensation would likely fall in the upper portion of this range, potentially reaching €90,000+ with performance incentives.

Benefits

Opportunity to contribute to global net zero emissions initiatives, positioning professionals at the forefront of environmental sustainability efforts
Exposure to cutting-edge green hydrogen and power-to-x technologies, providing valuable experience in rapidly growing renewable energy sectors
International project exposure across EMEA region, offering diverse cultural and technical experiences that enhance career marketability
Access to comprehensive technology scouting initiatives, allowing professionals to stay ahead of industry innovations and emerging market opportunities

Key Responsibilities

Drive strategic technology identification and evaluation across the complete green hydrogen value chain, directly influencing company investment decisions and market positioning in the rapidly expanding renewable energy sector
Lead conceptual development of major infrastructure projects featuring advanced electrolysis systems and synthetic fuel production facilities, with project values typically ranging from €50-500 million
Provide critical technical expertise during Front End Engineering and Design phases, ensuring project feasibility and risk mitigation for large-scale industrial installations
Coordinate complex multi-disciplinary engineering teams and contractor relationships, managing technical deliverables that determine project success and regulatory compliance
Execute comprehensive safety analysis including HAZID and HAZOP studies for high-risk chemical processes, ensuring adherence to international safety standards and protecting substantial capital investments

Requirements

Education

MSc in engineering such as process technology, chemical engineering, mechanical engineering or equivalent

Experience

Three years' experience working in process or power industry projects

Required Skills

Broad, cross-disciplinary expertise as a generalist in areas like ammonia, methanol, and synfuel synthesis from green hydrogen Experience with ammonia cracking processes Ability to take an owner's perspective by understanding project goals Teamwork spirit being able to work as project engineer and technology expert depending on the team needs Ability to motivate and manage proactively workload and decision making Fluent in Business English Willingness to travel
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Industry Trends

The global hydrogen economy is experiencing unprecedented growth with market projections reaching $1.4 trillion by 2050, driven by aggressive decarbonization commitments from governments and corporations worldwide. This surge is creating exceptional demand for engineers specializing in hydrogen production, storage, and utilization technologies, particularly in Europe where the EU has committed €470 billion to hydrogen infrastructure development. Power-to-X technologies are emerging as critical components of renewable energy integration strategies, with synthetic fuel production gaining significant traction as aviation and shipping industries seek carbon-neutral alternatives. Engineers with expertise in methanol and ammonia synthesis are becoming increasingly valuable as these sectors prepare for large-scale commercial deployment. The European Green Deal and REPowerEU initiatives are accelerating industrial transformation, creating a talent shortage in green hydrogen and synthetic fuel technologies. Companies are competing intensively for professionals who can bridge traditional chemical engineering with emerging renewable energy applications, leading to premium compensation packages and accelerated career advancement opportunities.

Role Significance

Typically manages cross-functional teams of 5-15 professionals including process engineers, safety specialists, and external contractors, while collaborating with technology scouting teams and reporting directly to executive-level management.
This mid-level position carries significant strategic influence within MHI's European operations, serving as both a technical specialist and project execution leader. The role bridges senior management strategy with operational implementation, requiring independent decision-making capabilities and direct influence on multi-million euro project outcomes.

Key Projects

Large-scale green hydrogen production facilities with electrolyzer capacities ranging from 10-100 MW Industrial ammonia synthesis plants for both fertilizer and energy storage applications Power-to-methanol facilities serving the shipping and chemical industries Ammonia cracking installations for hydrogen recovery and distribution networks Integrated power-to-X complexes combining multiple synthetic fuel production pathways

Success Factors

Deep technical versatility across multiple chemical processes combined with strong project management capabilities, enabling effective leadership of complex, multi-technology projects in a rapidly evolving industry landscape Strategic thinking ability to evaluate emerging technologies from both technical feasibility and commercial viability perspectives, crucial for identifying breakthrough innovations that can provide competitive advantages Cultural adaptability and communication excellence for managing international projects across diverse regulatory environments and stakeholder groups throughout the EMEA region Proactive risk management mindset essential for navigating the uncertainties inherent in pioneering technology deployment and large-scale industrial project execution

Market Demand

Exceptionally high demand driven by the global energy transition and significant skills shortage in green hydrogen technologies, with demand far exceeding current supply of qualified professionals in the European market.

Important Skills

Critical Skills

Cross-disciplinary process engineering expertise is absolutely essential as this role requires seamless integration of multiple chemical synthesis pathways and energy conversion technologies. The ability to understand interactions between electrolysis, chemical synthesis, and energy storage systems determines project success and safety compliance. Project management and stakeholder coordination capabilities are crucial for managing complex international projects involving multiple contractors, regulatory bodies, and technology providers. Success depends on ability to maintain project momentum while navigating technical uncertainties and evolving regulatory landscapes. Systems thinking and technology evaluation skills are vital for identifying breakthrough technologies and assessing their commercial potential within existing industrial frameworks. This capability directly impacts company investment decisions and competitive positioning in emerging markets.

Beneficial Skills

Digital transformation and Industry 4.0 knowledge increasingly valuable as hydrogen facilities integrate advanced automation and predictive maintenance systems Regulatory expertise in European environmental and safety standards provides significant advantage in project approval and compliance processes Financial analysis and business case development skills enhance career progression toward commercial leadership roles Sustainability reporting and environmental impact assessment capabilities align with growing corporate ESG requirements

Unique Aspects

Direct involvement in technology scouting activities provides exceptional exposure to cutting-edge innovations across the entire green hydrogen value chain, offering insights typically reserved for senior R&D leadership roles
Integration of traditional Japanese industrial excellence with European renewable energy innovation creates a distinctive professional development environment combining rigorous engineering standards with entrepreneurial flexibility
Opportunity to influence global decarbonization efforts through a major industrial corporation's strategic initiatives, providing meaningful environmental impact alongside career advancement
Access to MHI's extensive global network of technology partners and research institutions, facilitating professional connections across international renewable energy communities

Career Growth

Advancement to senior management roles typically occurs within 3-5 years given the rapid industry growth and shortage of experienced professionals, with exceptional performers potentially reaching director-level positions within 5-7 years.

Potential Next Roles

Senior Project Manager overseeing portfolio of major hydrogen infrastructure projects Technology Development Manager leading R&D initiatives for next-generation power-to-X technologies Business Development Director for renewable energy and synthetic fuel markets Regional Engineering Director managing technical teams across multiple countries

Company Overview

Mitsubishi Heavy Industries EMEA, Ltd.

Mitsubishi Heavy Industries represents one of Japan's most established industrial conglomerates with over 140 years of engineering excellence, now positioning itself as a global leader in decarbonization technologies. The company's MISSION NET ZERO initiative demonstrates serious commitment to environmental transformation, backed by substantial R&D investments and strategic partnerships worldwide.

MHI ranks among the top-tier global industrial equipment manufacturers with particular strength in power generation, aerospace, and heavy machinery sectors. The company's pivot toward green hydrogen and synthetic fuels leverages decades of chemical process expertise while targeting high-growth renewable energy markets.
The Düsseldorf location serves as MHI's European headquarters, strategically positioned to access Germany's leading role in hydrogen technology development and the broader European renewable energy market. This role offers direct involvement in shaping the company's European expansion strategy in emerging energy sectors.
Japanese corporate culture emphasizing long-term thinking and technical excellence, combined with European operational flexibility and innovation focus. The environment typically features strong mentorship programs, comprehensive technical training, and emphasis on collaborative problem-solving approaches.
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