Jazmine Lawrence

Hi there, I'm Jazmine :) I'm an energetic and fun aspiring industrial designer. I enjoy creating products and artwork that feature vibrant colours and free-flowing shapes. My goal as an industrial designer is to make the world a more enjoyable place for everyone. I believe that people want a little something different and fun, so I want to help bring that fun, electric, energetic energy to them through my designs.

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647-936-8225

jazmine.tlaw@gmail.com Share This Page

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 go kart with caption: Sleek aerodynamic design

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3D render of go kart design with caption: LED detailing

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Enhancement of Human Lifestyle

Raze is designed to bring the thrill of racing into an accessible, recreational format.

With its sleek aerodynamics, LED detailing, and high-performance electric motor, users can experience the excitement of high-speed racing in a sustainable and approachable way. Customization options, such as adjustable handling settings, allow drivers to personalize their kart, making each ride feel unique.

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3D rendered diagram of Raze go kart tilting mechanism

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Human-Interaction & User-Centric Design

A focus on user-centric design ensures that every element of the kart is built for an intuitive and exhilarating experience.

The digital dashboard provides essential telemetry, such as speed, lap time, position, and battery life. The kart’s tilt mechanism enhances cornering precision, offering greater control and a dynamic feel that mimics professional racing.

Interior of Raze go cart features lattice weaved nylon in seat

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3D render of Raze go kart LCD screen on steering handle

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Ergonomics & Human Factors Design

Raze is designed with advanced ergonomic features to provide both comfort and performance.

The tilting seat allows drivers to lean into turns, creating a more immersive driving experience. An adjustable nylon-strung seat with a PLA base ensures a secure yet flexible fit for various driver sizes, while the F1-inspired cockpit layout enhances comfort and control. The digital dashboard provides real-time performance data, keeping drivers engaged and informed.

3D render of electric go kart design from rear

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3D render of Raze go kart chromoly steel chassis

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3D render of Raze go kart flax and resin body

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Sustainability & Social Responsibility

Sustainability is at the core of Raze’s design. The lightweight chassis is made from chromoly steel, ensuring the kart is lightweight and durable.

The electric powertrain eliminates emissions, making it an eco-friendly alternative to traditional gas-powered karts. Additionally, the use of PLA and nylon in the seat construction showcases a commitment to sustainable materials without compromising performance.

Project Summary

Raze is the future of go-karting, with next-gen technology, eco-friendly design, and high-performance engineering. The electric powertrain offers instant torque, while F1-inspired aerodynamics offer ultimate handling. With tilting technology, Raze allows drivers to tilt into corners for a more exciting experience. A digital dashboard offers a better driving experience, and LED detailing provides it with a futuristic design. A nylon-strung seat with a PLA base adjusts to any driver, providing comfort and adjustability. Made of eco-friendly materials, Raze offers a zero-emission, low-maintenance drive, revolutionizing karting with accuracy, speed, and eco-friendly innovation.