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 Mio MiVue MP30 GPS – A New Benchmark in Motorcycle Cameras

  The MiVue MP30 GPS represents Mio's strategic investment in the motorcycle segment, introducing a fresh product line designed to redefine the market. From its inception, this product was crafted with a focus on differentiation and brand identity.

The design journey began with comprehensive research into rider needs, competitive analysis, and emerging trends, ensuring a user-centered approach. Every detail, from form factor to functional layout, was meticulously crafted to balance aesthetics, durability, and intuitive usability.

The MiVue MP30 GPS showcases a robust yet sleek design, optimized for real-world riding scenarios. The integration of advanced features like GPS tracking and high-resolution recording underscores its purpose of enhancing rider safety and convenience.

This innovative device embodies Mio's dedication to excellence, setting a new standard for motorcycle camera solutions while solidifying the brand's presence in this dynamic market.

　

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Roles: Industrial Design Usability Research & Development

Visit the Mio MiVue MP30 GPS official webpages: Taiwan | Australia | Japan

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 MioSERV S270 Smart Kiosk :  A New Era in Modular Innovation

 MioSERV S270 is the flagship of MiTAC’s new product line, designed as a key strategic initiative for 2024. This innovative product integrates modularity and versatility, offering unprecedented flexibility to meet a wide range of applications, making it an essential asset for future business opportunities.

At the core of the MioSERV S270 is a commitment to design excellence and high functionality. The modular capabilities not only extend its range of uses but also open new doors for business growth by allowing seamless adaptation to various customer needs.

Design Process: In the initial stages of development, we made a rapid prototyping approach, creating a 1:1 plastic corrugated board model and 1:3 scale 3D printed prototypes. This enabled the project team to quickly engage, collaborate and iterate, accelerating the design process and boosting team efficiency. The quick production of these models allowed for faster ideation and refinement of key features.

While the industrial design of the MioSERV S270 is sleek and modern, its true strength lies in the collaboration with mechanical engineering. The combined efforts ensure that the product is not only aesthetically pleasing but also engineered for optimal functionality, allowing the product to be easily adapted for various modular applications. This design approach underscores the importance of close collaboration between ID and ME to meet the product's ambitious goals.

With MioSERV S270, MiTAC has redefined what it means to integrate cutting-edge design with practical, adaptable technology. It’s a product that delivers exceptional performance and opens up a world of possibilities in modular solutions.

During the early stages of product development, the 1:1 & 1:3 prototypes was quickly created to help the team engage more effectively in discussions and to initiate usability testing 

 　

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Roles:

Industrial design Market research Usability Research & Development

The MioSERV S270 was showcased at a tourist attraction in Chiayi City, and it was an honor to have the Chiayi County Mayor- 翁章梁 personally introduce it.

文化科技創新基地啟用　AI縣長與導覽員「小嘉」初登場展現創意

　

MioSERV S270 - Official Webpage

MioSERV S270 - iF Design Award 2024

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From Insights to Impact: Our Teamwork Flow

 At the core of our design process lies a well-structured, user-centered approach that seamlessly integrates research, strategy, creativity, and execution. This document outlines our journey from exploration to delivery, showcasing how teamwork and collaboration drive meaningful results.

1. Discover

We begin with in-depth user research, field studies, and brainstorming workshops to uncover key insights. From installer interviews to focus groups, our aim is to truly understand user needs, pain points, and opportunities. This stage lays the foundation for every decision we make.

2. Define

Next, we transform insights into actionable design objectives. By aligning user expectations with strategic goals, we ensure every project is guided by clear, purpose-driven intentions. This stage is about setting the right direction, where design meets intention.

3. Design

In this phase, creativity takes center stage. From initial concepts and prototypes to refined solutions, we iterate and explore to craft designs that resonate. Collaboration among team members is key, combining diverse perspectives to achieve outstanding results.

4. Communicate

Effective communication fuels progress. We foster open collaboration across disciplines, ensuring ideas are shared, challenges are addressed, and goals are aligned. This ensures that our designs not only look great but also solve real problems.

5. Review

We continuously evaluate our work through rigorous review sessions, gathering feedback from users, stakeholders, and team members. Every iteration is an opportunity to refine, ensuring that the final outcome exceeds expectations.

6. Deliver

Our process concludes with the confident delivery of solutions that are both functional and impactful. With an unwavering commitment to quality and detail, we bring visions to life—on time, on strategy, and with precision.

This document is not just a summary of our methods; it’s a reflection of our belief in collaboration, innovation, and excellence. Through every phase, we are driven by a shared purpose: to create designs that matter, backed by a process that ensures their success.

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 MiVue R850D – Redefining Rearview DVR Innovation

 The MiVue R850D is Mio’s latest flagship model in the rearview mirror DVR segment, pushing the boundaries of innovation and usability. This project involved a series of groundbreaking developments and rigorous UX testing to ensure superior performance and adaptability across diverse automotive environments.　

Key Product Features

Cutting-Edge Rearview DVR Technology – Designed for seamless integration with vehicle interiors, offering high-definition recording and advanced safety features.

Innovative Installation Mechanism – A first-of-its-kind mounting structure, setting a new industry benchmark for ease of installation and stability.

Modular Design for Versatility – Engineered to adapt to various in-car environments, maximizing flexibility for both users and business partners.

Enhanced User Experience – Every design decision was driven by extensive user research and field testing to ensure an intuitive and seamless experience.

Design and Development Process

To achieve this breakthrough, our team meticulously crafted and refined the MiVue R850D through the following key phases:

User Research & Application Testing – Conducted in-depth interviews to understand user needs and challenges in real-world usage scenarios.

In-Car Installation Trials – Performed multiple installation tests across various vehicle models to refine compatibility and ease of use.

Industry-First Mounting System – Designed and developed an entirely new bracket structure to enhance stability and simplify installation.

Modular Structural Adaptation – Created a flexible architecture to accommodate different vehicle environments while optimizing business potential.

Design Team Peer Review – Conducted internal design evaluations to refine the new structure and ensure cross-functional alignment.

Global Market Fit Validation – Established key measurement criteria for rearview mirrors, enabling Mio’s global teams to gather localized data for comprehensive HQ analysis.

Retailer-Centric Installation Guide – Developed a custom alignment tool to streamline installation for retailers, validated through on-site interviews and feedback sessions.

The MiVue R850D is more than just an evolution—it’s a bold step forward in how rearview DVRs integrate into modern vehicles. With a focus on modularity, ease of installation, and global adaptability, this flagship model redefines expectations for both users and industry partners.

 － Roles: Design team leader  Industrial design Market research UX research Usability Research & Development

Visit the Mio MiVue R850D official webpages: Taiwan | EU

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 Mio / Navman MiVue M820WD

 The Mio MiVue M820WD is the first-ever dash cam designed specifically for motorcycles, offering riders added safety features. Alongside Mio's impressive DVR performance, it includes accurate GPS directions and reminders for safe speed limits. The set includes a main unit, cameras, and controller, all of which feature IP67 waterproofing, sleek design, and flexible installation mounts that fit various motorcycle models and installation positions. 

With two main unit options – practical display information or completely concealed within the bike interior – the MiVue M820WD is an ideal DVR for all types of bikers, even the most discerning.

Motorcycle dashboards are inherently limited in terms of the amount of information they can display, leaving riders with critical gaps in their knowledge while on the road, such as real-time speed limit reminders. The designers of the MiVue M820WD aimed to provide additional value beyond just driving records by adding graphical safety assistance. Despite this, they continue to prioritize the essence of a DVR, which is reliability. As a result, we continuously improve the product in terms of appearance, installation, and reliability of each part, ensuring the highest quality of Mio DVR.

Therefore, we developed a monitor prototype that can be installed on the motorcycle handlebar, and conducted on-road tests to verify the effectiveness of the display and sound alerts, ensuring that the feature is beneficial for the bikers.

With Gratitude to MiVue M820WD's Endorser - 梅本まどか

　

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Roles:

Industrial Design Market research Usability Research & Development

Visit the Mio MiVue M820WD official webpages: Taiwan | Australia | Japan

[The screen version is a development test edition, not for retail sale.]

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Panic Button Design Proposal for Fleet Vehicles

 For fleet vehicles such as trucks or buses, the CDR (Connector Driving Recorder) is typically installed above the windshield, out of easy reach from the driver’s seat. To enhance user safety and convenience, an extended panic button is essential. This project presents a comprehensive approach to the design, from market research to installation considerations, usability testing, and final concept development.

Market Research & Usability Study The design process began with a thorough analysis of the market. I studied existing panic button designs used in industrial settings and public transit vehicles, noting key features such as intuitive shapes, ease of access, and cost-effectiveness. I also investigated the installation environments for CDRs in fleet vehicles to understand spatial constraints and driver accessibility issues. This led to the identification of critical design principles: intuitive user interaction, adaptability to various vehicle types, and an emphasis on cost-efficient manufacturing.

Concept Development With insights from the research phase, I developed three distinct design proposals, each focusing on different aspects of functionality, usability, and aesthetic appeal. The goal was to create differentiated concepts that could be easily adapted to a variety of vehicle models while meeting cost and installation requirements:

Proposal A: Intuitive Triangular Button A triangular button design, inspired by the universally recognized emergency triangle symbol, makes the panic button instantly identifiable. The shape ensures quick recognition under stress, improving user response time.

Proposal B: Circular Button with Flexible Bracket This design features a red, circular button, a common form in industrial and machinery settings. The addition of a flexible iron bracket allows for easier installation and adaptability to different vehicle configurations, providing both practicality and robustness.

Proposal C: Integrated Plastic Button Taking inspiration from the mouse cover design, this concept integrates the button directly into the plastic casing of the CDR. The elasticity of the plastic allows the button to be molded in place, reducing production costs by eliminating the need for separate components. This design also minimizes the space required, aligning with the project's goal of space and cost efficiency.

Design Differentiation and Challenges

Creating distinct proposals was a challenge, but by focusing on structural innovations, I ensured each design was differentiated in terms of appearance, functionality, and usability. Key factors of differentiation included:

Appearance: From sharp, geometric forms to softer, ergonomic curves, each design offered a unique visual appeal.

Application: The designs were tailored to accommodate a wide range of vehicle types and installation conditions.

Usability: Each concept was designed to ensure the panic button would be easy to use under high-stress situations, whether for drivers or emergency responders.

Cost Efficiency: The materials and manufacturing methods were carefully selected to optimize both cost and performance, ensuring that the designs were viable for large-scale production.

Conclusion

This project showcases a complete design process— from market analysis and environmental research to concept development and differentiation. The three proposed panic buttons offer flexible, cost-effective solutions that enhance safety for fleet vehicles. By addressing both user needs and production constraints, these designs effectively balance functionality, usability, and cost-efficiency, ensuring they meet the demands of the fleet vehicle industry.　

When creating a product presentation, I usually start by sketching a storyboard to plan the content and layout of each slide. This significantly improves efficiency when assembling the final presentation.

　

– Roles: Industrial design

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 Mio MiVUE 848 Series: Redefining Dashcam Design

　

The Mio MiVUE 848 represents a major breakthrough in dashcam design, addressing key challenges in product identity and cable management. Traditional Mio products adhered to a fixed design language, limiting fresh innovation, while cable management issues often led to unsightly, protruding cables, compromising both aesthetics and functionality. To overcome these limitations, we reimagined the product form to make it more discreet and integrated, while developing an innovative active cradle that manages cables for a sleek and seamless solution.

Discreet design: Enhancing integration with the vehicle’s interior.

Quick and easy disassembly mounting.

Cable management: Concealing cables for a cleaner aesthetic.

We understood drivers' expectations for a discreet dashcam – one that is always ready when needed, while minimizing distraction during driving. Balancing these requirements posed a challenge.

“Why not make the device itself the mount?”

We redesigned the dashcam, making it a flatter model with a windshield-aligned display panel, and added an adjustable hinge to accommodate different windshield angles. The first prototype was rough but ignited new ideas and possibilities for the team.

As we defined the design identity and collaborated with stakeholders, one common question about the prototype was, "It seems similar to competitors—what differentiates us in such a competitive market?"

We were not deterred by this question, knowing that relying solely on traditional Mio advantages like HD night vision sensors and reliable quality wouldn’t be enough. We needed to push for more innovative design value.

Additionally, cable management was one of the most common concerns for dashcam users. Despite our meticulous design efforts, the sight of a dangling cable always undermined the aesthetic.

I’m still grateful today that our engineers didn’t dismiss my bold idea: an ACTIVE CRADLE.

The active cradle is a small, electronic transmission part that connects the dashcam to both the windshield and the power supply, while concealing the cable plug. The idea was to insert the USB plug into the active cradle, mount it on the windshield, and allow users to easily attach and detach the dashcam via a well-designed mechanism.

Thanks to our engineers, the active cradle’s PCB was successfully miniaturized, with the USB plug concealed inside, and we were able to shape it into the iconic Mio capsule form.

Launched in 2020, the MiVUE 848 became known for its discreet design, easy mounting, and elimination of bothersome cables. While the process and output were not perfect, we created a truly differentiated model that encouraged us to explore even more creative ideas for future models.

 　

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Roles: Industrial design Structural Innovation Usability Research & Development

Visit the Mio MiVUE 848 Official Webpages: Taiwan | EU

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 Splendor: The Smartphone Case with a Switchable Wide-Angle Lens

 In the early days of mobile photography, wide-angle lenses were not yet standard in smartphones, and built-in camera capabilities were significantly limited. Photography enthusiasts seeking a broader field of view had to rely on external clip-on or screw-on wide-angle lenses. However, these existing solutions were often bulky, inconvenient to install, and difficult to store, limiting their practicality.

Splendor revolutionizes mobile photography by integrating a switchable wide-angle lens directly into a protective phone case. Unlike traditional external lenses that require manual attachment, Splendor features a side-sliding mechanism, allowing users to shift between the original and wide-angle lens in just one second—effortlessly enhancing their shooting experience.

Design Innovation

To achieve a seamless user experience, we drew inspiration from the precision of a utility knife’s sliding mechanism. The result is a metal sliding rail system that ensures smooth operation and long-term durability, providing a reliable solution for mobile photography on the go.

Additionally, Splendor is engineered with a dual-layer protective structure. The inner layer is designed to fit snugly against the phone, offering cushioning and shock absorption, while the outer shell provides robust protection against daily wear and tear. This combination ensures both enhanced functionality and device security without compromising portability.

Beyond Industrial Design

Splendor was developed under Omvos, an emerging startup, where our design process extended beyond traditional industrial design. The project encompassed:

Mechanical Design: Refining the sliding mechanism to ensure a secure and smooth transition between lenses.

Brand Identity & Marketing: Developing a cohesive visual and messaging strategy to introduce Splendor to the market.

Video Production: Showcasing the product’s innovative features through engaging promotional content.

Retail & Packaging Design: Crafting an intuitive unboxing experience that aligns with the premium nature of the product.

Through this experience, Splendor not only redefined smartphone lens accessories but also broadened our expertise across multiple disciplines, blending product innovation with brand storytelling.

With its seamless sliding lens, durable construction, and refined design, Splendor stands as a testament to the power of thoughtful, user-centric innovation in mobile photography.　

Creating product promotional videos using Adobe Premiere.

　

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Roles: Industrial design Marketing Branding Graphic design Commercial video production

　

Honored to be featured on Yanko Design. 

　

Splendor’s official 30s CV 

Splendor’s officia 180s CV

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Innovative Modular Mount Design: Mio MiVue R880WD Dashcam

　

The Mio MiVue R880WD advances the modular mount design first introduced in the MiVue R850D, offering enhanced flexibility and secure attachment. This system separates the camera from the base, allowing for easy repositioning and quick installation without compromising stability.

Efficient and Adaptable Design

The modular mount ensures a sleek, unobtrusive profile while allowing users to customize the dashcam's placement for optimal viewing. Built for durability, it withstands various environmental conditions and is designed for long-term use. This modular approach also provides easy upgrades, making it adaptable to future needs.

Seamless Integration and Reliability

By maintaining the proven design of the R850D, the MiVue R880WD delivers a reliable, user-friendly solution with an emphasis on functionality, durability, and a clean aesthetic.　

－ Roles: Design team leader Industrial design Marketing UX research

　

Mio MiVue R880WD official webpage

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Gaos Home Sign: A Family’s Touch of Creativity

　

Designing a home is a journey, and for our new place, we decided to get the whole family involved in creating a personal touch—our very own home sign. After brainstorming ideas together, we reached out to a few neon sign vendors. While the traditional glass neon signs had so much character, the price was a bit steep. So, we went for a modern, more affordable choice: flexible LED neon tubing, which is safer as well!

The next challenge was installation. The transformer was quite large, and we needed a clever way to hide it. Luckily, the power circuit ran through a recessed light near the entrance, making it the perfect spot to tuck away the transformer.

The joy of designing and installing it ourselves was indescribable. This custom home sign has become the warm, glowing highlight of our home, bringing a personal touch and a sense of pride to our space.

Guess whose idea got the final production? Apparently, it wasn’t mine.

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Redefining Conference Communication: A Streamlined, Adaptive Design

　

In response to the increasing demand for seamless conference communication, this device is designed to deliver both functionality and refined aesthetics. With an emphasis on clarity, user experience, and spatial efficiency, it rethinks the conventional approach to conference devices, providing a solution that is both intuitive and visually unobtrusive.

Minimalist Form, Maximum Function

The design prioritizes a clean, streamlined form that integrates effortlessly into modern workspaces. A well-balanced layout ensures intuitive interaction, reducing distractions and enhancing usability. The device’s compact profile optimizes desk space while maintaining a strong presence, striking a balance between sophistication and practicality.

User-Centric Design for Modern Workflows

From installation to daily use, every design decision enhances the user experience. The interface is designed for quick adaptation, minimizing setup complexity and maximizing efficiency. Whether in a collaborative meeting room or a private workspace, this device provides a seamless transition between physical and digital communication.

Designed for modern workspaces, this conference device blends seamless functionality with a refined, minimalist aesthetic. Its compact form optimizes desk space while ensuring intuitive interaction and effortless usability.

　

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Role: Industrial design

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Innovative Acoustic Mount System

 When there is room for new applications, why not do it?

In the world of removable dashcam mounts, there are endless possibilities. For example, placing the GPS antenna higher up is essential for optimal signal reception. By integrating it into the sliding mount, we can combine the sliding slots with the antenna, while cleverly concealing speaker openings within the hook’s operational space. This approach maximizes the sliding mechanism’s potential, fully utilizing available space while maintaining a clean exterior by hiding the speaker ports.

The design effectively balances functionality and aesthetics, ensuring excellent performance without compromising the modern, sleek appearance. By embedding the GPS antenna and speaker port into the sliding mechanism, space is used efficiently, minimizing external complexity. This allows the product to remain compact without losing any capability.

The minimalist design further emphasizes this, with the concealed speaker opening keeping the overall look simple and streamlined. It meets the growing demand for designs that seamlessly blend into everyday environments.

This product showcases a smart fusion of engineering and industrial design, offering not only a functional solution but also a visually appealing one. The thoughtful combination of practicality and style gives it a competitive edge, appealing to users who value both performance and design.

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Roles:

Industrial Design

Innovation Architect

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Ergonomic Innovation in Handheld Terminal Design

 　

Designing a handheld terminal demands rigorous UX research to ensure long-term comfort and efficiency. From the early stages, extensive UX and market research were conducted, including interviews with in-house users experienced in similar devices. These studies revealed that weight distribution and center of gravity are critical factors affecting comfort during prolonged use.

Precision-Driven Prototyping

Early design exploration prioritized rapid prototyping with blue foam mockups, allowing for quick ergonomic validation. To refine internal component placement, weighted screw spacers were incorporated into the models, simulating real-world balance and ensuring an optimal configuration.

Adaptability for Diverse Industries

To enhance usability across different work environments, the device is available in two BCR angle SKUs—15° and 70°—providing ergonomic flexibility based on operational needs.

Tactile Optimization for Intuitive Control

Button interaction is a crucial part of the user experience. Each directional button was carefully shaped to provide distinct tactile feedback, ensuring intuitive operation without the need for visual confirmation.

By integrating in-depth research, iterative prototyping, and ergonomic refinements, this handheld terminal delivers a superior user experience—enhancing comfort, precision, and adaptability in professional workflows.

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Roles: Design team leader Industrial design Marketing UX research Usability test & Development

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Building a Strong Foundation: The ID Department’s Sample Library

　

After years of design projects, the ID department accumulated hundreds of design samples scattered across cabinets, drawers, desks, and unexpected corners. To better manage these samples and make them easily accessible for future designers, I proposed the creation of an ID sample library.

To begin, I identified a suitable space near the office and developed a numbering system based on project years and business centers for efficient classification. This system was designed to be easily expandable as the sample library continues to grow.

For storage, I sourced easy-to-assemble boxes from IKEA and customized L-shaped steel frames for the shelves, which fit perfectly in size. This cost-effective solution is simple to manage and expand, making it a practical choice for the long term.

While the planning and organization were completed, the team experienced significant improvements in convenience and accessibility. The project’s success provided a real sense of accomplishment.

　　

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Roles: Sample library plenner Initial curator

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Exploring Soft Forms and Flexible Structures in Product Design

　

Unlike typical hard-shell product designs, creating a textile strap—like the one we developed for this tablet accessory—required a different approach to usability development.

To provide a more ergonomic solution for logistics workers who need to operate the device on the go, such as during inventory checks or deliveries, we designed a strap that could be easily secured to the hand for effortless handling, and quickly detached or attached to a car cradle when entering or exiting vehicles.

Usability was the key focus of this accessory's design, guided by three main objectives: Usability, Adaptability, and Durability, with Usability being the most critical.

In addition to conceptualizing and selecting materials and processes, close collaboration with the UX team and thorough usability testing were essential steps in this project. After several iterations and expert reviews, we arrived at the simplest design that offered the most convenient operation.

Throughout this process, we learned that simpler designs often lead to more intuitive usability. It's important to question whether certain design elements are truly necessary, as this was one of the most valuable lessons we took away from the project.

　　

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Roles: Design team leader Industrial design Usability test & Development

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MiVue i177 Innovative Snap-On Mount 

Due to the requirements of certain sales regions, such as safety and culture, the sales team proposed a need for an active cradle structure that could be quickly detached. This structure is designed to allow the user to easily take the high-value device main unit when leaving the vehicle, avoiding concerns that arise from the device being left on the windshield. This special structural design was therefore created.

During the process, the design team proposed various structures and ideas for the active cradle from different directions. After considering the G-force of the vehicle during operation, which is mainly in the forward and backward directions, a lateral detachable magnetic quick mounting was adopted for the active cradle design. Through close collaboration with the ME team, the internal structure design was successfully achieved, and the designers gained a great sense of achievement.

　　

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Roles: Design team leader Industrial design Cradle connection mechanism 

Mio MiVue™ i177 official website

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Digital Sketch: Bridging Ideas and Execution

　

Digital sketching is a powerful tool for quickly capturing, adjusting, and refining design concepts. Designers can rapidly sketch, erase, add textures, and even design form factors directly onto existing components, enabling a more iterative and efficient design process.

While the digital sketch can closely resemble the final product, it remains a 2D representation of a 3D object, meaning certain details may be difficult to capture without a physical prototype. Nonetheless, digital sketching significantly streamlines the design process, helping designers efficiently refine and finalize a suitable product identity.

　 　

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Role: Industrial design