Naval Architect

**About Us**

We are a European startup dedicated to developing cutting-edge, automated wind-assisted propulsion systems. We aim to provide a turnkey solution for shipowners and shipping companies seeking to reduce fuel costs and emissions. Our vision is simple yet ambitious—we aim to power the world with wind.

Imagine a world where the vast oceans are effortlessly traversed using the clean and boundless power of the wind. At bound4blue, we are turning this dream into reality. We're not just creating wind propulsion systems but revolutionizing the maritime industry, one sustainable voyage at a time. While bringing sails back to ships may seem challenging, we are more than prepared for it. We are innovators who understand the perfect harmony between nature and technology.

**About the Role**:
We are looking to bring on board a Naval Architect to join our team and play a pivotal role in developing and integrating wind-assisted propulsion systems (WAPS) on vessels. In this position, you will lead engineering projects, from feasibility assessments to final installation and commissioning, while collaborating with multidisciplinary teams and clients.
This role offers the opportunity to work on one of the most innovative decarbonization initiatives in the maritime sector, where your contributions will directly impact sustainability and technological advancement in ship propulsion.

**Key Responsibilities**:

- Project Management & Coordination: Lead and manage engineering projects, coordinating multidisciplinary teams to ensure project milestones, deadlines, and budgets are met. Act as the primary point of contact for clients, suppliers, and internal stakeholders.
- Conceptual & Basic Engineering: Conduct feasibility studies, conceptual engineering, and structural calculations, determining optimal eSail placement, stability, electrical integration, and compliance with SOLAS regulations and classification societies.
- Design & Development: Utilize CAD tools for designing and developing naval engineering solutions, focusing on structural and electrical integration.
- Regulatory Compliance: Ensure all designs and installations meet relevant maritime regulations, classification society standards, and safety requirements.
- Installation & Commissioning: Support the preparation for the vessel installation process at shipyards, including travel to site locations. Collaborate with the commissioning team to ensure successful integration of eSails.
- Client & Supplier Liaison: Prepare technical documentation, communicate project updates, and manage approvals with clients, flag authorities, and classification societies.

**Required Qualifications**:

- Education: Bachelor’s degree in Naval Architecture, Naval Engineering, or related field.
- Experience: At least 4 years of experience in technical offices, shipyards, or the maritime industry, with a focus on naval projects and steel structures. Previous experience in project management is a plus.
- Skills: Proficiency in CAD software, structural calculations, and an understanding of classification society standards. Strong knowledge of electrical systems integration and regulatory compliance.
- Languages: Fluency in both written and spoken Spanish and English.
- Availability to travel between 30 and 50 days per year to shipyards and project sites
- Other: Ability to work in fast-paced environments, strong communication, teamwork, and organizational skills.

**What Awaits You at bound4blue**:

- Meaningful Impact: Your work will directly contribute to sustainable shipping and the reduction of emissions, helping to shape the future of maritime transportation.
- Innovation at its Core: Be part of a team leading the development of cutting-edge wind-assisted propulsion technologies and contribute to groundbreaking solutions in the maritime industry.
- Global Collaboration**: Join a diverse, international team, where you’ll collaborate with suppliers and customers worldwide while experiencing personal and professional growth.

Join us and be part of transforming the future of ship propulsion