Lead Systems Engineer - Subsea Autonomy & Marine Platforms

Eco Plus Solutions AB; Amsterdam; Hybrid; EUR 100,000 - 110,000; Full time

Benefits offered by this job

Remote onboarding

Relocation support

On-site prototyping facilities

Job summary

Eco Plus Solutions AB is seeking a lead Systems Engineer to own the complete physical and systemic design of advanced subsea platforms. You will bridge mechanical, hydrodynamic, and electrical disciplines to translate digital models into deployable vehicles, driving architecture and budgets from concept to sea trials.

The role requires 10+ years in systems engineering, a relevant engineering degree, and hands-on AIT with strict constraint handling.

Qualifications

• 10+ years in systems engineering with leading physical design cycles of complex vehicles.
• Degree in Systems Engineering, Naval Architecture, Aerospace, or Mechanical Engineering (or equivalent practical experience).
• Hands-on experience in Assembly, Integration, and Testing (AIT) and managing physical constraints.
• Fluent in English (C1+) and hold Dutch or NATO-country citizenship with security clearance eligibility.

Responsibilities

• Drive complete physical and systemic architecture of subsea platforms and manage budgets (Mass, Power, Buoyancy, Drag, Navigation, Communications).
• Balance payload, speed, and endurance to meet harsh requirements.
• Lead multidisciplinary integration of high-voltage batteries, control loops, and sensor payloads.
• Oversee HITL validation, test campaigns, and trials from prototype to saltwater deployment.
• Mentor a small engineering team and fill gaps in electrical, acoustic, and avionics.

Skills

System architecture

Budget management

Leadership

Cross-disciplinary coordination

Education

Systems Engineering / Naval Architecture / Aerospace / Mechanical Eng

Job description

Eco Plus Solutions AB is seeking a lead Systems Engineer to own the complete physical and systemic design of advanced subsea platforms. You will bridge mechanical, hydrodynamic, and electrical disciplines to translate digital models into deployable vehicles, driving architecture and budgets from concept to sea trials.

The role requires 10+ years in systems engineering, a relevant engineering degree, and hands-on AIT with strict constraint handling.