Senior Mechanical Engineer

About GBM Works GBM Works identified that offshore wind foundation installation was far from sustainable, harming marine life despite the industry's clean energy goals. Determined to change this, we set out to build a better solution in more ways than one. Today, based in Amsterdam, we are advancing our patented Vibrojet® technology for the next generation of XXL monopiles. Our silent installation method reduces harm to marine life while addressing delays, fatigue damage, and scalability issues that come with traditional impact-hammer piling. GBM Works’ technology has completed DNV Technology Qualification and was successfully deployed at the Hollandse Kust West windfarm for Ecowende, where GBM Works installed three full-scale monopiles. We are now advancing through the SIMPLECS programme aimed at further extending the capabilities of the patented Vibrojet® technology, to cover harsh soil conditions, and as commercial interest grows, strengthening our mechanical engineering team at a senior level is our top priority. The Role The Senior Mechanical Engineer works within our multidisciplinary project team, alongside Geotechnical Engineers, Operations Engineers, Project Leads and other Mechanical Engineers, which is responsible for the development of all future GBM Works products and services. The team operates within a larger project structure together with a consortium of leading multinational companies and research institutes in the offshore wind energy market. At GBM Works we encourage one another to think independently but decide together. As Senior Mechanical Engineer, you are the go-to expert on the mechanical domain of the technology. You take ownership of mechanical design decisions at prototype and commercial scale, provide technical guidance to other engineers in the team, and represent GBM Works at a senior level towards clients, manufacturing partners and project consortium members. You are practically driven, comfortable operating with a high degree of autonomy while staying alert to when a decision affects other disciplines and knowing when to bring in the right stakeholders and are able to translate ambiguous first-of-a-kind engineering challenges into robust, buildable solutions. Responsibilities Identify mechanical requirements and specifications for the system, from prototype through to commercial-scale product. Act as the senior technical point of contact with end-users and partner manufacturers, translating their needs into design specifications. Lead product development on the mechanical domain, in close collaboration with the geotechnical and operations disciplines and external project partners. Provide technical guidance and mentorship to other mechanical engineers, reviewing designs and calculations for robustness and manufacturability. Use risk-based design assessment to safeguard the robustness and reliability of the tool, anticipating and mitigating unforeseen events or failure modes for the…