Thermal Management Optimization for Autonomous Mobile Robots Through Product Design

Track

Design

Reference: DESIGN001

Context and Objective

As Enova Robotics develops and commercializes autonomous mobile robots for Gulf countries, temperatures of approximately 50°C and above create challenges for electronic components and onboard systems. This project explores how product design can improve robot thermal management through morphology, internal architecture, material selection, colors, and surface finishes.

Main Tasks

• Analyze the robot’s architecture and thermal constraints.
• Study the influence of form on airflow and heat dissipation.
• Explore internal layout solutions and ventilation integration.
• Research materials, colors, and coatings suited to hot environments.
• Develop several design concepts and refine the selected solution.
• Create a 3D model of the proposed concept.

Expected Deliverables

• Documentary research and benchmarking.
• Sketches and conceptual proposals.
• Comparative study of the proposed solutions.
• 3D model of the final concept.
• Realistic renders and project presentation.
• Thermal improvement proposals to be reviewed with the technical team.

Required Skills and Tools

• Industrial design and product design.
• Creativity and form development.
• Knowledge of materials.
• 3D modeling and product visualization.
• 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 Requirements

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