DESIGN – TOPIC 03: Hydrodynamic Design and Optimization of an Autonomous Underwater Vehicle (AUV) Hull

Track

Design — Topic 03

Project

Autonomous underwater vehicles (AUVs) are used for underwater exploration, inspection, and surveillance missions. Their design must address water resistance, stability, maneuverability, and energy autonomy. This project focuses on improving AUV performance through hull design and geometry, promoting water flow and reducing hydrodynamic drag, while accommodating propulsion systems, batteries, sensors, and electronic equipment.

Objectives and tasks

• Benchmark existing autonomous underwater vehicles.
• Study hydrodynamic principles applied to hull design.
• Explore different geometries and shapes that promote water flow.
• Study the influence of shape on hydrodynamic drag, stability, and maneuverability.
• Define the overall architecture and internal component layout.
• Integrate propulsion systems, batteries, sensors, and navigation equipment.
• Study materials and sealing solutions suited to the underwater environment.
• Develop and create a 3D model of the final concept.
• Conduct documentary research and benchmarking.
• Carry out a comparative study of hull shapes.
• Produce sketches and conceptual proposals.
• Develop a detailed 3D model of the AUV.
• Create exploded views and equipment integration layouts.
• Produce realistic renders and a presentation of the final concept.
• Evaluate design choices with the technical team.

Expected deliverables

• Industrial design and form development.
• Functional design and product architecture.
• Detailed 3D model of the AUV.
• Exploded views and equipment integration.
• Realistic renders and final concept presentation.

Required skills and tools

• Basic knowledge of hydrodynamics and materials.
• 3D modeling and technical representation.
• Tools: 3ds Max, KeyShot, Adobe Photoshop, and Illustrator.

Candidate profile

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

Application documents

CV and cover letter are required.