Daysy
Daysy is a free iPhone and iPad app that digitizes picture sheets, schedules, and binders, designed specifically for individuals with Autism Spectrum Disorder and their support teams. I approached this app by first conducting a 6 week case study in late 2022, including user interviews, low-fidelity wireframing, and iterative prototyping. Through both moderated and unmoderated usability studies with caregivers, educators, and design students, I identified key pain points in similar tools and competitors. This research informed the creation of an intuitive user flow, interactive tutorials, and high-contrast, scalable visuals to meet diverse accessibility needs. Daysy represents a user-centered approach to solving real-world challenges in PECS and AAC applications.
Daysy is a free iPhone and iPad app that digitizes picture sheets, schedules, and binders, designed specifically for individuals with Autism Spectrum Disorder and their support teams. I approached this app by first conducting a 6 week case study in late 2022, including user interviews, low-fidelity wireframing, and iterative prototyping. Through both moderated and unmoderated usability studies with caregivers, educators, and design students, I identified key pain points in similar tools and competitors. This research informed the creation of an intuitive user flow, interactive tutorials, and high-contrast, scalable visuals to meet diverse accessibility needs. Daysy represents a user-centered approach to solving real-world challenges in PECS and AAC applications.
StreetBite
StreetBite is an iPhone app design that consolidates finding, browsing, and ordering from local food trucks. As the sole UX designer, I conducted in-depth user research, including market analysis, user interviews, and competitor benchmarking. Through this I identified key pain points like navigation complexity, unclear and busy visuals, and limited accessibility. Over the course of the project, I designed low-fidelity wireframes, iterated on high-fidelity prototypes, and conducted usability testing with college students, parents, and other designers. Feedback informed the development of intuitive user flows, high-contrast visuals, and streamlined interfaces that prioritize clarity and ease of use. StreetBite was designed from the ground up to provide a seamless food truck experience, leveraging Apple’s HIG and prioritizing user-centered design.
StreetBite is an iPhone app design that consolidates finding, browsing, and ordering from local food trucks. As the sole UX designer, I conducted in-depth user research, including market analysis, user interviews, and competitor benchmarking. Through this I identified key pain points like navigation complexity, unclear and busy visuals, and limited accessibility. Over the course of the project, I designed low-fidelity wireframes, iterated on high-fidelity prototypes, and conducted usability testing with college students, parents, and other designers. Feedback informed the development of intuitive user flows, high-contrast visuals, and streamlined interfaces that prioritize clarity and ease of use. StreetBite was designed from the ground up to provide a seamless food truck experience, leveraging Apple’s HIG and prioritizing user-centered design.
Rover Rideshare
Rover RideShare is a student-focused rideshare app designed to provide safe, affordable, and community-driven transportation exclusively for students. As part of the research and design process, I used a user-centered approach, including competitor analysis, user interviews, and iterative prototyping, to identify and address key user needs like affordability, trust, and accessibility. As the sole UX Designer, I leveraged feedback from students and refined the design through usability testing. I crafted an intuitive interface that simplifies connecting with peers for rides. Built by students for students, Rover embodies a collaborative approach to solving transportation challenges on campus.
Rover RideShare is a student-focused rideshare app designed to provide safe, affordable, and community-driven transportation exclusively for students. As part of the research and design process, I used a user-centered approach, including competitor analysis, user interviews, and iterative prototyping, to identify and address key user needs like affordability, trust, and accessibility. As the sole UX Designer, I leveraged feedback from students and refined the design through usability testing. I crafted an intuitive interface that simplifies connecting with peers for rides. Built by students for students, Rover embodies a collaborative approach to solving transportation challenges on campus.
Daysy
Daysy is a free iPhone and iPad app that digitizes picture sheets, schedules, and binders, designed specifically for individuals with Autism Spectrum Disorder and their support teams. I approached this app by first conducting a 6 week case study in late 2022, including user interviews, low-fidelity wireframing, and iterative prototyping. Through both moderated and unmoderated usability studies with caregivers, educators, and design students, I identified key pain points in similar tools and competitors. This research informed the creation of an intuitive user flow, interactive tutorials, and high-contrast, scalable visuals to meet diverse accessibility needs. Daysy represents a user-centered approach to solving real-world challenges in PECS and AAC applications.
Daysy is a free iPhone and iPad app that digitizes picture sheets, schedules, and binders, designed specifically for individuals with Autism Spectrum Disorder and their support teams. I approached this app by first conducting a 6 week case study in late 2022, including user interviews, low-fidelity wireframing, and iterative prototyping. Through both moderated and unmoderated usability studies with caregivers, educators, and design students, I identified key pain points in similar tools and competitors. This research informed the creation of an intuitive user flow, interactive tutorials, and high-contrast, scalable visuals to meet diverse accessibility needs. Daysy represents a user-centered approach to solving real-world challenges in PECS and AAC applications.
StreetBite
StreetBite is an iPhone app design that consolidates finding, browsing, and ordering from local food trucks. As the sole UX designer, I conducted in-depth user research, including market analysis, user interviews, and competitor benchmarking. Through this I identified key pain points like navigation complexity, unclear and busy visuals, and limited accessibility. Over the course of the project, I designed low-fidelity wireframes, iterated on high-fidelity prototypes, and conducted usability testing with college students, parents, and other designers. Feedback informed the development of intuitive user flows, high-contrast visuals, and streamlined interfaces that prioritize clarity and ease of use. StreetBite was designed from the ground up to provide a seamless food truck experience, leveraging Apple’s HIG and prioritizing user-centered design.
StreetBite is an iPhone app design that consolidates finding, browsing, and ordering from local food trucks. As the sole UX designer, I conducted in-depth user research, including market analysis, user interviews, and competitor benchmarking. Through this I identified key pain points like navigation complexity, unclear and busy visuals, and limited accessibility. Over the course of the project, I designed low-fidelity wireframes, iterated on high-fidelity prototypes, and conducted usability testing with college students, parents, and other designers. Feedback informed the development of intuitive user flows, high-contrast visuals, and streamlined interfaces that prioritize clarity and ease of use. StreetBite was designed from the ground up to provide a seamless food truck experience, leveraging Apple’s HIG and prioritizing user-centered design.
Rover Rideshare
Rover RideShare is a student-focused rideshare app designed to provide safe, affordable, and community-driven transportation exclusively for students. As part of the research and design process, I used a user-centered approach, including competitor analysis, user interviews, and iterative prototyping, to identify and address key user needs like affordability, trust, and accessibility. As the sole UX Designer, I leveraged feedback from students and refined the design through usability testing. I crafted an intuitive interface that simplifies connecting with peers for rides. Built by students for students, Rover embodies a collaborative approach to solving transportation challenges on campus.
Rover RideShare is a student-focused rideshare app designed to provide safe, affordable, and community-driven transportation exclusively for students. As part of the research and design process, I used a user-centered approach, including competitor analysis, user interviews, and iterative prototyping, to identify and address key user needs like affordability, trust, and accessibility. As the sole UX Designer, I leveraged feedback from students and refined the design through usability testing. I crafted an intuitive interface that simplifies connecting with peers for rides. Built by students for students, Rover embodies a collaborative approach to solving transportation challenges on campus.
Daysy
Daysy is a free iPhone and iPad app that digitizes picture sheets, schedules, and binders, designed specifically for individuals with Autism Spectrum Disorder and their support teams. I approached this app by first conducting a 6 week case study in late 2022, including user interviews, low-fidelity wireframing, and iterative prototyping. Through both moderated and unmoderated usability studies with caregivers, educators, and design students, I identified key pain points in similar tools and competitors. This research informed the creation of an intuitive user flow, interactive tutorials, and high-contrast, scalable visuals to meet diverse accessibility needs. Daysy represents a user-centered approach to solving real-world challenges in PECS and AAC applications.
Daysy is a free iPhone and iPad app that digitizes picture sheets, schedules, and binders, designed specifically for individuals with Autism Spectrum Disorder and their support teams. I approached this app by first conducting a 6 week case study in late 2022, including user interviews, low-fidelity wireframing, and iterative prototyping. Through both moderated and unmoderated usability studies with caregivers, educators, and design students, I identified key pain points in similar tools and competitors. This research informed the creation of an intuitive user flow, interactive tutorials, and high-contrast, scalable visuals to meet diverse accessibility needs. Daysy represents a user-centered approach to solving real-world challenges in PECS and AAC applications.
StreetBite
StreetBite is an iPhone app design that consolidates finding, browsing, and ordering from local food trucks. As the sole UX designer, I conducted in-depth user research, including market analysis, user interviews, and competitor benchmarking. Through this I identified key pain points like navigation complexity, unclear and busy visuals, and limited accessibility. Over the course of the project, I designed low-fidelity wireframes, iterated on high-fidelity prototypes, and conducted usability testing with college students, parents, and other designers. Feedback informed the development of intuitive user flows, high-contrast visuals, and streamlined interfaces that prioritize clarity and ease of use. StreetBite was designed from the ground up to provide a seamless food truck experience, leveraging Apple’s HIG and prioritizing user-centered design.
StreetBite is an iPhone app design that consolidates finding, browsing, and ordering from local food trucks. As the sole UX designer, I conducted in-depth user research, including market analysis, user interviews, and competitor benchmarking. Through this I identified key pain points like navigation complexity, unclear and busy visuals, and limited accessibility. Over the course of the project, I designed low-fidelity wireframes, iterated on high-fidelity prototypes, and conducted usability testing with college students, parents, and other designers. Feedback informed the development of intuitive user flows, high-contrast visuals, and streamlined interfaces that prioritize clarity and ease of use. StreetBite was designed from the ground up to provide a seamless food truck experience, leveraging Apple’s HIG and prioritizing user-centered design.
Rover Rideshare
Rover RideShare is a student-focused rideshare app designed to provide safe, affordable, and community-driven transportation exclusively for students. As part of the research and design process, I used a user-centered approach, including competitor analysis, user interviews, and iterative prototyping, to identify and address key user needs like affordability, trust, and accessibility. As the sole UX Designer, I leveraged feedback from students and refined the design through usability testing. I crafted an intuitive interface that simplifies connecting with peers for rides. Built by students for students, Rover embodies a collaborative approach to solving transportation challenges on campus.
Rover RideShare is a student-focused rideshare app designed to provide safe, affordable, and community-driven transportation exclusively for students. As part of the research and design process, I used a user-centered approach, including competitor analysis, user interviews, and iterative prototyping, to identify and address key user needs like affordability, trust, and accessibility. As the sole UX Designer, I leveraged feedback from students and refined the design through usability testing. I crafted an intuitive interface that simplifies connecting with peers for rides. Built by students for students, Rover embodies a collaborative approach to solving transportation challenges on campus.