Product Design

The Hardware developed for The GFP Detector aims to give a state-of-the-art product solution. A design as sophisticated as the vision behind the Bye-O-Film project.The vision product consists out of three individual parts that can be changed, combined and replaced.

Created to endure and promote a man-machine connection, the device aims to be areliable bridge between health and beauty. This product is called “PHAGER-M13” and just as its user, it has parts of titanium build in. It is inspired by all good sci-fi moviesand the currently available medical gadgets to wear.

PHAGER-M13

The design process started by researching medical devices, and at the same time considering overall visual language of the project, as well as possible physical and technological limitation. The focus lays in safety, convenience, comfort and beauty. The design started with desk research and sketches (Figure 1) until a satisfactory dea was made. The final design was imaged using Shapr3D, a CAD software. Here, all details of size, color, practicality and materials were carefully assembled leading to the rendered end products that can be seen in Figures 2 and 3.

Figure 1: a. Brainstorming process of the design. b. Concept of how the
device will be worn and the size relative to the user

The shape of the product is aligned with the visual language of the Bye-O-Film project. A Hexagon representing the characteristic shape of a bacteria phage. nside the middle body (55mm x 5mm) lays a mold designed to fit a nano Arduino (currently smallest available Arduino on market). 3 x ⌀ 3.5mm holes have been integrated the middle body. This ensures for a smooth and safe passage for cables from interior to exterior. The internal design can be seen in Figure 2

In order to ensure maximum comfort all edges have been rounded and corners softened. The user can choose if they want a strap attached to their device or a sticking bottom surface. The electric device will be water resistant to a level that can compete with modern smartphones.Therefore, taking showers or a swim for up to 30mins are in range of the possible.

Figure 2: Internal design of the PHAGER-M13

The PHAGER-M13 will be available in 7 Different Colorways. One is the original design in Bye-O-Film colors (black, purple and white). Then there will be a Nude Selection from light to dark skin tones for users that prefer it more subtle. For those who are more adventures we designed a red, blue and green (all metallic) option. All models come with gold highlights on the edges and titanium build in the logo for obvious reason: being proud. Being proud of keeping going!

In regards to materials, a careful selection of Anodized Metal, Titanium & Gold was considered. However, any material needs to be properlychecked with the patient in case of allergies. This could eventually effect appearance of the color on the device.

Figure 3: External design of the PHAGER-M13

How to design a product prototype?

Product design is a dynamic and multifaceted process. It encompasses a range of steps and considerations applicable to a broad spectrum of design endeavors. Here we list the crucial teps and considerations involved in product design and the key factors to keep in mind. Wehope that this workflow may be helpful for the future igem teams who wish to develop their own products, prototypes and other hardwareparts that they may need.

Basic development

Research and discovery:

The design process begins with comprehensive research and discovery. This phase involves understanding user needs, market trends, and existing products. Gathering insights through surveys, interviews, desk research, and market analysis helps define the design objectives and co-straints.

Ideation and Conceptualization:

Ideation is the creative heart of product design. Designers brainstorm, sketch, and prototype ideas, exploring various poss-ibilities. It's crucial to consider not only functionality but also user experience, aesthetics, and innovation during this stage.

Prototyping and Testing:

Prototyping allows designers to translate concepts into tangible models. Prototypes serve as a means to test and refine ideas, identify design flaws, and gather user feedback. This iterative process helps in optimising the product's form and function.

Digital Design and Detailing:

Transitioning to the digital realm, designers use Computer-Aided Design (CAD) software to create detailed digital models. This phase involves specifying dimensions, materials, and manufacturing processes. Designers must pay close attention to every detail to ensure the product's feasibility.

End-user considerations implementation:

Material Selection:

Careful consideration of materials is essential. Factors like durability, cost, weight, safety, and environmental impact come into play. The chosen materials should align with the product's intended use and target audience.

User-Centered Design:

While aesthetics are crucial, functionality is equally important. Designers need to ensure that the product performs its intended tasks effciently and effectively. Engineering considerations, such as structural integrity and ergonomics, are integral to this phase.

Aesthetics and Branding:

While aesthetics are crucial, functionality is equally important. Designers need to ensure that the product performs its intended tasks effciently and effectively. Engineering considerations, such as structural integrity and ergonomics, are integral to this phase.

Functionality and Engineering:

Careful consideration of materials is essential. Factors like durability, cost, weight, safety, and environmental impact come into play. The chosen materials should align with the product's intended use and target audience.

Sustainability and Environmental Impact:

In today's world, sustainable design is a growing concern. Designers should strive to minimize the environmental footprint of products by selecting eco-friendly materials, optimizing energy efficiency, and considering recyclability and disposal.

Cost Analysis and Manufacturing Considerations:

Designers must be mindful of production costs and manufacturing feasibility. Collaborating with manufacturers to refine the design for cost-effective production is essential.

User Testing and Iteration:

Once the product is manufactured, real-world user testing can reveal further insights. Continuous iteration based on user feedback and market performance is key to refining the product and ensuring its ongoing relevance.

Successful product design is a holistic process that integrates creativity, user-centricity, technical expertise, and sustainability. It involves a series of interconnected steps, each of which contributes to the development of a functional, aesthetically pleasing, and marketable product. Designers must navigate these steps with precision and adaptability to create products that resonate with users and meet both functional and ethical standards.

Successful product design is a holistic process that integrates creativity, user-centricity, technical expertise, and sustainability. It involves a series of interconnected steps, each of which contributes to the development of a functional, aesthetically pleasing, and marketable product. Designers must navigate these steps with precision and adaptability to create products that resonate with users and meet both functional and ethical standards.

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