Maritime Support Systems Lead — Autonomous Fleet

Slope; Quincy (MA); On-site; USD 191,000 - 253,000; Full time

Job summary

Slope is seeking a highly skilled leader for the Maritime Division in Quincy, Massachusetts. This role involves directing the technical development of support systems for maritime products, ensuring customer needs are met through collaboration and strategic planning.

Candidates should possess a strong understanding of maritime systems and logistics, as well as leadership capabilities to cultivate a diverse team. The position offers an exciting opportunity to work at the forefront of autonomous systems.

Qualifications

• Experience working in logistics, support, and maintenance roles.
• Experience with maritime craft, commercial or defense.
• Ability to obtain and maintain Security clearance.

Responsibilities

• Lead the development and sustainment of a holistic Support System.
• Hire and develop a multidisciplinary Support System team.
• Collaborate with stakeholders to design systems based on feedback.
• Manage plans for maintenance and support of deployed assets.
• Work with operators for hands-on experience.
• Develop customer training and curriculum.
• Manage equipment logistics and requirements.
• Ensure integration of system elements.

Skills

Leadership

Strategic Planning

Collaborative

Logistics and Support Management

Technical Proficiency in Maritime Systems

Problem Solving

Education

Bachelor’s degree in Systems Engineering, Marine Engineering, Electrical Engineering or Mechanical Engineering

Job description

Slope is seeking a highly skilled leader for the Maritime Division in Quincy, Massachusetts. This role involves directing the technical development of support systems for maritime products, ensuring customer needs are met through collaboration and strategic planning.

Candidates should possess a strong understanding of maritime systems and logistics, as well as leadership capabilities to cultivate a diverse team. The position offers an exciting opportunity to work at the forefront of autonomous systems.