At IQIP, you’ll engineer solutions that shape the future of offshore and onshore installation—from concept and certification to on-site delivery.
We work on large-scale, complex offshore and marine projects where innovation meets real-world impact.
Our mix of engineering innovation and field deployment is rare and exciting.
Who wouldn’t like to see their designs being realised?
You’ll be involved in the full project cycle, collaborating closely with production and project teams to deliver smart, sustainable solutions in challenging environments.
Design. Build. Innovate. Make an impact.
Your work
As a Lead Engineer – Structural Dynamics & Fatigue, you play a key technical role in standardised offshore engineering assignments.
You take ownership of focused, standard engineering work packages , often acting as the technical lead without being accountable for full project delivery.
Your responsibilities include analysing and optimising the structural and fatigue behaviour of offshore tools such as the Hydrohammer®, PULSE®, and other installation equipment.
Using your expertise in fatigue and fracture as well as dynamic analyses, you will develop simulation models, perform finite element calculations, and provide clear engineering recommendations.
You will work independently within a multidisciplinary team, guiding technical direction for specific engineering content—without managing people or coordinating across multiple teams.
Your responsibilities
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Act as technical lead for standard engineering packages
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Perform and review fatigue and dynamic analyses on steel offshore equipment using ANSYS
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Translate real-world loads (impact, vibration, fatigue) into simulation models
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Apply fatigue and fracture understanding to optimise design and extend equipment life
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Work independently on single-topic tasks with defined scope and boundaries
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Use Python and APDL to automate calculations or enhance modelling efficiency
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Support design and validation efforts through FEM, analytical models, and data interpretation
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Ensure technical quality by applying internal standards and guidelines
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Contribute to ongoing improvement of modelling approaches and methods
Your profile
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Master’s degree or PhD in Mechanical, Offshore or Structural Engineering
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10+ years of relevant experience in fatigue, dynamics, and simulation (industry or research)
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Strong skills in finite element modelling (ANSYS is required)
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Proven knowledge in fatigue, fracture mechanics and structural
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dynamics
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Programming skills in Python and APDL for simulation and automation
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Hands-on, technically driven, and comfortable working independently
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Ability to take ownership of technical tasks without full delivery accountability
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Clear communicator, team-oriented, and technically detail-focused
What IQIP offers
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An opportunity to drive the energy transition with us
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Push boundaries to shape tomorrow’s world
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Outstanding learning opportunities
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Monthly salary depending on your level and expertise.
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Annual bonus (profit sharing)
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8% holiday allowance, paid annually
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40 paid annual leave days (27 holidays + 13 additional days)
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Benefits such as travel allowance, laptop, and educational opportunities, PME pension fund. (CLA/CAO Metalektro applies to this job)
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Main working location is Eindhoven
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Flexible working hours
Why IQIP?
We design and manufacture high-quality equipment, tackling challenges through shared expertise and commitment to sustainable solutions. Safety, teamwork, and individual talent power our success as we build a better world for future generations.
Forward Thinking.
Forward Doing. We lead with innovation and integrity. Delivering quality and results.
Global Impact.
Real Challenge. Our projects are challenging and shape the energy and infrastructure landscape of tomorrow.
People First.
Always. You get autonomy, support, and room to grow.
Join us in shaping tomorrow’s world. Click ‘Apply’ and our recruiter will get in touch to get acquainted and answer any questions you may have.
