Functional and Systems Design of an Autonomous Surface Vehicle (USV) for Maritime Surveillance and Monitoring

Track

Design

Reference: DESIGN002

Context and Objective

Autonomous surface vehicles (USVs) are increasingly used for maritime surveillance, reconnaissance, and monitoring missions. This project involves designing a USV using a functional and systems-design approach, focusing on its overall architecture, the integration of technological equipment, and adaptation to the constraints of the marine environment.

Main Tasks

• Benchmark existing autonomous surface vehicles.
• Study functional requirements and constraints related to the marine environment.
• Define the product’s overall architecture and the layout of its internal volumes.
• Design the integration of sensors, cameras, antennas, and electronic systems.
• Explore modular solutions that facilitate product upgrades and maintenance.
• Study equipment protection and integration solutions for marine conditions.
• Develop the external form in line with the functional architecture.
• Create a complete 3D model of the selected concept.

Expected Deliverables

• Documentary research and benchmarking.
• Functional architecture diagrams and component layout.
• Sketches and conceptual proposals.
• Complete 3D model of the USV.
• Exploded views and presentation of equipment integration.
• Realistic renders and presentation of the final concept.

Required Skills and Tools

• Industrial design and functional design.
• Systems design and product architecture.
• Functional integration of components.
• Basic knowledge of materials and environmental constraints.
• 3D modeling and technical representation.
• 3ds Max, KeyShot, Adobe Photoshop, and Illustrator.
• Basic knowledge of CAD and technical drawing.

Candidate Profile

Master’s degree level (Bac+5), with enrollment in a professional Master’s program specializing in Product Design.

Application Requirements

Send a CV and cover letter by email. The subject line must include the reference. Any other application method will not be considered.