Approach

Embracing an iterative and methodical approach, my design process harnesses the power of diverse methods, skills, and tools to drive meaningful insights, innovation, and impact. Discover how I navigate the stages of framing, research, analysis, synthesis, prototyping, and strategy to craft tailored solutions that push the boundaries of possibility.

Framing
Research
Analysis
Synthesis
Prototyping

Prototyping

  • Creating prototypes that represent their ideas in a tangible form, including low-fidelity sketches, interactive digital mock-ups, or physical models.

  • Testing prototypes and concepts with users to gather feedback and evaluate their effectiveness.

  • Codeveloping prototypes with stakeholders in participatory fashion for impact.

  • Iterating improvement and refinement of solutions for continuous project development.

Skills

  • Visual Communication: Strong visual communication skills are essential for effectively translating design concepts into tangible prototypes, whether through sketching, wireframing, or creating high-fidelity mockups.

  • Creativity and Innovation: The ability to think creatively and generate innovative design solutions is crucial for prototyping, as it involves exploring and iterating on various concepts and ideas.

  • Proficiency in Design Tools: Depending on the prototyping method, proficiency in relevant design tools is necessary.

  • Manual Dexterity: Physical prototyping requires manual dexterity and craftsmanship to work with materials like foam, clay, or 3D printing, ensuring accurate representation and testing of physical aspects and ergonomics.

  • Technical Aptitude: Digital prototyping may require programming skills or familiarity with prototyping tools that simulate complex interactions and test technical feasibility. Having technical aptitude and an understanding of coding principles can be advantageous.

  • Attention to Detail: Paying attention to detail is crucial for prototyping, especially in high-fidelity mockups or digital prototypes where accuracy in visual design elements, typography, and branding is essential.

  • Rapid Prototyping: Quickly creating and iterating on prototypes to explore design ideas and gather feedback.

Methods

  • Creating low-fidelity prototypes using paper, sticky notes, and other simple materials to quickly visualize and iterate on design concepts.

    [Image P1b]

    [Image P1a]

  • Building interactive prototypes using software to simulate user interactions and demonstrate the user flow and functionality of the design.

    [image p2]

  • Creating physical prototypes using materials like foam, clay, or 3D printing to evaluating the physical aspects and ergonomics.

    [Image p3]

  • Developing functional prototypes using to simulate complex interactions and test technical feasibility.

    [Video P4]

  • Developing basic visual representations of the user interface and layout to establish the structure and functionality of the design.

    [Image P5]

  • Developing high-fidelity visuals of the user interface, incorporating visual design elements, typography, and branding.

    [Image P6]

  • Conducting user testing sessions to gather feedback, observe user interactions, and identify usability issues or areas for improvement.

  • Using narratives to communicate and explore design concepts, capturing the essence and user experience.

  • Outlining the specific tests and methods that will be employed to evaluate the prototype's performance, usability, and user satisfaction, helping refine design.

    [Image]

Tools

  • Adobe Suite (InDesign, Illustrator, Photoshop)

  • Digital Prototyping Tools (Figma, Rhino, Grasshopper)

  • Physical Prototyping Tools (Paper/chipboard construction, sewing, 3d printing, wood shop tools, metal shop tools (including mig welding), CNC experience, foundry (lost wax casting, investment casting, sand casting), light metals, copper and glass enameling, and more.)

Blog

< Synthesis

Framing >