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Ethan Medeiros Headshot

Ethan Medeiros

Passionate about art and design since I was young, I've always found joy in sketching and drawing. Studying industrial design has deepened my appreciation for the aesthetics and functionality of products, emphasizing the importance of creating exceptional user experiences. As a designer, I aim to bring positivity, curiosity, and a commitment to enhancing people's lives into my work. I'm excited to embark on my professional journey, using my skills to create innovative and impactful designs.

The Four Essential Pillars for Design Excellence

The four essential pillars encompass human-centric design approach and the understanding of full-bodied, three dimensional physical interaction of user, product and environment. The projects generate innovative solutions using research-driven, evidence-based designs which focus on the user experience.

3D render of rear view of vehicle

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Enhanced Paramedic Transportation

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Montage of rescue operation with the vehicle

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Enhancement of Human Lifestyle

COL enhances human lifestyle by providing paramedics with a safer, more efficient method of transportation and patient care in challenging terrains, improving their work environment and effectiveness.

For outdoor enthusiasts, COL offers peace of mind, knowing reliable emergency services are available, resulting in increased safety, better care, and faster response times, ultimately enhancing their overall experience and enjoyment of outdoor activities.

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Vehicle Steering Controls

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Joystick Controls

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3D render of front of vehicle

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Human-Interaction & User-Centric Design

COL embodies human-interaction and user-centric design by prioritizing intuitive controls for the driver.

The steering mechanism, utilizing two joystick controls, simplifies navigation—pushing both forward accelerates, while pulling both back brakes. For precise maneuvering, pressing one joystick activates pivot turns. Additionally, the adaptive arms autonomously adjust to terrain, enhancing user comfort and safety by reducing the need for manual adjustments, and ensuring a seamless and user-friendly experience for both paramedics and patients.

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Stretcher Saddle Seats

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3D render of person sitting on vehicle

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Adjustable Stretcher Bed

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Ergonomics & Human Factors Design

COL prioritizes ergonomics and human factors design by integrating features tailored to paramedics' needs.

The saddle-like seats flanking the stretcher provide comfort and support during transit, ensuring paramedics can focus on patient care. Additionally, the adjustable stretcher bed accommodates varying patient sizes, optimizing comfort and safety during transport. The driver seat's adjustable joystick controls further enhance ergonomics by allowing customization to the user's dimensions, ensuring a comfortable and intuitive driving experience in any situation.

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Fully Electric

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Reduced Damage to Terrain and Ecosystems

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Tracks on wheels of vehicle

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Sustainability & Social Responsibility

COL embodies sustainability and social responsibility through its fully electric design, minimizing environmental impact.

The adaptable suspension not only enhances vehicle performance but also reduces harm to the environment, terrain, and ecosystems where it operates. By prioritizing eco-friendly technologies and practices, COL ensures a minimal carbon footprint while providing essential emergency services in challenging terrains, aligning with sustainable principles and social responsibility.

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Improving Emergency Response in Challenging Terrains

Project Summary

The project aims to enhance emergency response in challenging terrains, such as remote wilderness and mountainous regions, where traditional vehicles struggle to reach patients effectively. The increasing popularity of outdoor activities, including extreme sports, has led to a higher frequency of injuries in these areas, highlighting the need for a dedicated solution. The project focuses on improving response times, patient care, and paramedic experience by designing a vehicle equipped with features like adaptive terrain arms and tank-like tracks for better traversal. This innovative approach aims to streamline the process of reaching patients in difficult-to-access locations, ensuring timely and efficient emergency medical care.

Thesis Summary Motion Presentation

COL: All terrain Rescue presentation video

COL: Revolutionizing emergency response with an innovative, all-terrain vehicle and autonomous stretcher. Enhancing safety, accessibility, and speed in remote and challenging terrains. Experience the future of rescue.

Thesis Development Process

Thesis Development Process

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3D Design Development & Modeling

Physical Model Video

Physical Model Video Thumbnail

Physical Model, construction and assembly process and final result.

CAD Modeling Video

COL CAD Modeling Video Thumbnail

3D modelling process, using Autodesk Fusion 360.

EXPLORE OTHER THESIS PROJECTS

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Shoreline Garbage Collections

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Enhancing Orthopedic Casts in Rural Areas

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Enhancing Sand Dune Riding Experience

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Enhancing Mobile Food Vending Experience in Mexico City

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Air Travel Independence For People With Physical Limitations

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Emergency Response in Rural Northern Environments

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Improving Accessibility to Ice Hockey for Young Players

Konnor Luciani

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Off-Road Ecotourism in Canada

Isaac Kerr

Off-Road Ecotourism in Canada

Mobile Pet Grooming Station

Bianca Fraser

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Emergency Response in Challenging Terrains

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Emergency Response in Challenging Terrains

Enhancing Tow Operations

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Enhancing Tow Operations