Software / Mechatronics Engineer - Job Opportunity at XINTC

Eerbeek, Netherlands
Full-time
Mid-level
Posted: February 25, 2025
On-site
EUR 55,000 - 75,000 annually based on Dutch market rates for mid-level mechatronics positions in renewable energy sector

Benefits

Competitive compensation structure positioning at industry standards
Premium pension plan with enhanced employer contributions
Flexible scheduling for optimal work-life integration
Multi-location work options between Delft and Eerbeek
Innovative work environment with creative freedom

Key Responsibilities

Lead development of embedded control systems utilizing PLC and C/C++ technologies with focus on safety-critical applications
Design and implement inter-module communication protocols for industrial-scale hydrogen production systems
Drive OEM electronics optimization for enhanced system efficiency and reliability
Ensure system integrity through comprehensive testing and validation protocols

Requirements

Education

Bachelor's or Master's degree in Mechatronics, Software Engineering, or related field

Experience

Not explicitly specified

Required Skills

C and C++ programming JavaScript and Python (preferred) Strong analytical skills Team collaboration English language proficiency Technical problem-solving
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Sauge AI Market Intelligence

Industry Trends

Green hydrogen sector experiencing exponential growth with projected CAGR of 50% through 2030, driving high demand for specialized automation engineers Increasing integration of IoT and advanced control systems in hydrogen production facilities creating premium demand for embedded software expertise Shift towards modular and scalable hydrogen production systems requiring sophisticated inter-system communication protocols

Role Significance

Likely part of a specialized technical team of 5-8 engineers based on company stage and product complexity
Mid-level position with significant technical autonomy and direct impact on core product development

Key Projects

Development of next-generation electrolyser control systems Implementation of safety-critical process control algorithms Integration of OEM electronics with industrial control systems System optimization for enhanced hydrogen production efficiency

Success Factors

Deep understanding of both software and hardware integration principles Ability to balance safety requirements with system performance optimization Strong focus on scalable and maintainable code architecture Effective cross-functional collaboration skills

Market Demand

Very high with accelerating growth trajectory due to European green hydrogen initiatives and global decarbonization efforts

Important Skills

Critical Skills

Embedded systems programming using C/C++ for real-time control applications Industrial automation and PLC programming for process control System integration and communication protocols Safety-critical software development practices

Beneficial Skills

Knowledge of hydrogen production processes Experience with renewable energy systems Familiarity with industrial IoT platforms Understanding of electrochemical processes

Unique Aspects

Rare opportunity to influence core technology development in rapidly growing green hydrogen sector
Combination of traditional industrial automation with cutting-edge clean energy technology
Direct involvement in climate change mitigation through technology innovation

Career Growth

2-4 years typical progression to team lead role, 4-6 years to technical leadership position

Potential Next Roles

Lead Systems Engineer Technical Architecture Lead R&D Manager Head of Engineering

Company Overview

XINTC

Emerging player in the green hydrogen technology sector focusing on innovative electrolyser systems

Growing technology provider in the expanding hydrogen production equipment market
Strategic presence in Netherlands with potential for European market expansion
Innovation-focused environment with emphasis on technical excellence and sustainability impact
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