NeuVoice - AI Speech Translation App
In Summer 2025, I participated in a UCLA Product Space pitch competition, where my team and I had less than a week to design a solution addressing a critical healthcare challenge by merging AI with medicine. This fast-paced project sharpened my ability to ideate quickly, collaborate under tight deadlines, and translate urgent problems into actionable design solutions.
NeuVoice - Product Space X AI for Healthcare Pitch Competition
As part of the NeuVoice team, I helped develop and pitch an AI-powered mobile app that translates neurologically impaired speech into clear, real-time audio or text. I co-led the design of our 3-step process visuals, feature mockups, and pitch deck for the UCLA Product Space AI for Healthcare Competition. Our solution targeted emergency room nurses, aiming to reduce miscommunication, treatment delays, and provider stress when caring for patients with speech impairments.
Our team presented in front of three judges, one of which being the CEO and Founder of Voxology AI. We achieved second place out of 20+ teams.
Initial Designs
At first, I thought a dark blue color scheme would look really cool, so I made a few mockups of the NeuVoice app screens with that design. I’m usually drawn to pops of color and love working with dark themes that have vibrant accents. But I quickly realized that this approach didn’t quite fit. Since NeuVoice is designed for a healthcare setting, it needed a cleaner, lighter look—mainly white with subtle blue accents, not overwhelmed by blue. I figured that out after creating these first drafts.
Iterating on the Final Design
After initial feedback, I returned to Figma to refine the interface and create high-fidelity mockups. I opted for a clean white background to evoke a professional healthcare aesthetic that felt trustworthy and minimal.
Collaboration with my team was central during this stage—we aligned on features that would directly support healthcare providers in fast-paced environments. I introduced an accept/decline interaction that not only gave users agency but also allowed the AI to improve in real time, leading to more accurate interpretations over repeated use.
To replace the vague confidence meter, I designed a clear numerical confidence display, ensuring providers could make decisions based on concrete information rather than ambiguous visuals. I also integrated a “play out loud” button so providers could hear the translated output instantly—a critical feature in emergency settings where reading text may not be feasible.
These refinements made the product more intuitive, actionable, and aligned with real-world healthcare workflows.
Other Projects
NeuVoice - AI Speech Translation App
In Summer 2025, I participated in a UCLA Product Space pitch competition, where my team and I had less than a week to design a solution addressing a critical healthcare challenge by merging AI with medicine. This fast-paced project sharpened my ability to ideate quickly, collaborate under tight deadlines, and translate urgent problems into actionable design solutions.
NeuVoice - Product Space X AI for Healthcare Pitch Competition
As part of the NeuVoice team, I helped develop and pitch an AI-powered mobile app that translates neurologically impaired speech into clear, real-time audio or text. I co-led the design of our 3-step process visuals, feature mockups, and pitch deck for the UCLA Product Space AI for Healthcare Competition. Our solution targeted emergency room nurses, aiming to reduce miscommunication, treatment delays, and provider stress when caring for patients with speech impairments.
Our team presented in front of three judges, one of which being the CEO and Founder of Voxology AI. We achieved second place out of 20+ teams.
Initial Designs
At first, I thought a dark blue color scheme would look really cool, so I made a few mockups of the NeuVoice app screens with that design. I’m usually drawn to pops of color and love working with dark themes that have vibrant accents. But I quickly realized that this approach didn’t quite fit. Since NeuVoice is designed for a healthcare setting, it needed a cleaner, lighter look—mainly white with subtle blue accents, not overwhelmed by blue. I figured that out after creating these first drafts.
Iterating on the Final Design
After initial feedback, I returned to Figma to refine the interface and create high-fidelity mockups. I opted for a clean white background to evoke a professional healthcare aesthetic that felt trustworthy and minimal.
Collaboration with my team was central during this stage—we aligned on features that would directly support healthcare providers in fast-paced environments. I introduced an accept/decline interaction that not only gave users agency but also allowed the AI to improve in real time, leading to more accurate interpretations over repeated use.
To replace the vague confidence meter, I designed a clear numerical confidence display, ensuring providers could make decisions based on concrete information rather than ambiguous visuals. I also integrated a “play out loud” button so providers could hear the translated output instantly—a critical feature in emergency settings where reading text may not be feasible.
These refinements made the product more intuitive, actionable, and aligned with real-world healthcare workflows.
Other Projects
NeuVoice - AI Speech Translation App
In Summer 2025, I participated in a UCLA Product Space pitch competition, where my team and I had less than a week to design a solution addressing a critical healthcare challenge by merging AI with medicine. This fast-paced project sharpened my ability to ideate quickly, collaborate under tight deadlines, and translate urgent problems into actionable design solutions.
NeuVoice - Product Space X AI for Healthcare Pitch Competition
As part of the NeuVoice team, I helped develop and pitch an AI-powered mobile app that translates neurologically impaired speech into clear, real-time audio or text. I co-led the design of our 3-step process visuals, feature mockups, and pitch deck for the UCLA Product Space AI for Healthcare Competition. Our solution targeted emergency room nurses, aiming to reduce miscommunication, treatment delays, and provider stress when caring for patients with speech impairments.
Our team presented in front of three judges, one of which being the CEO and Founder of Voxology AI. We achieved second place out of 20+ teams.
Initial Designs
At first, I thought a dark blue color scheme would look really cool, so I made a few mockups of the NeuVoice app screens with that design. I’m usually drawn to pops of color and love working with dark themes that have vibrant accents. But I quickly realized that this approach didn’t quite fit. Since NeuVoice is designed for a healthcare setting, it needed a cleaner, lighter look—mainly white with subtle blue accents, not overwhelmed by blue. I figured that out after creating these first drafts.
Iterating on the Final Design
After initial feedback, I returned to Figma to refine the interface and create high-fidelity mockups. I opted for a clean white background to evoke a professional healthcare aesthetic that felt trustworthy and minimal.
Collaboration with my team was central during this stage—we aligned on features that would directly support healthcare providers in fast-paced environments. I introduced an accept/decline interaction that not only gave users agency but also allowed the AI to improve in real time, leading to more accurate interpretations over repeated use.
To replace the vague confidence meter, I designed a clear numerical confidence display, ensuring providers could make decisions based on concrete information rather than ambiguous visuals. I also integrated a “play out loud” button so providers could hear the translated output instantly—a critical feature in emergency settings where reading text may not be feasible.
These refinements made the product more intuitive, actionable, and aligned with real-world healthcare workflows.
Other Projects
NeuVoice - AI Speech Translation App
In Summer 2025, I participated in a UCLA Product Space pitch competition, where my team and I had less than a week to design a solution addressing a critical healthcare challenge by merging AI with medicine. This fast-paced project sharpened my ability to ideate quickly, collaborate under tight deadlines, and translate urgent problems into actionable design solutions.
NeuVoice - Product Space X AI for Healthcare Pitch Competition
As part of the NeuVoice team, I helped develop and pitch an AI-powered mobile app that translates neurologically impaired speech into clear, real-time audio or text. I co-led the design of our 3-step process visuals, feature mockups, and pitch deck for the UCLA Product Space AI for Healthcare Competition. Our solution targeted emergency room nurses, aiming to reduce miscommunication, treatment delays, and provider stress when caring for patients with speech impairments.
Our team presented in front of three judges, one of which being the CEO and Founder of Voxology AI. We achieved second place out of 20+ teams.
Initial Designs
At first, I thought a dark blue color scheme would look really cool, so I made a few mockups of the NeuVoice app screens with that design. I’m usually drawn to pops of color and love working with dark themes that have vibrant accents. But I quickly realized that this approach didn’t quite fit. Since NeuVoice is designed for a healthcare setting, it needed a cleaner, lighter look—mainly white with subtle blue accents, not overwhelmed by blue. I figured that out after creating these first drafts.
Iterating on the Final Design
After initial feedback, I returned to Figma to refine the interface and create high-fidelity mockups. I opted for a clean white background to evoke a professional healthcare aesthetic that felt trustworthy and minimal.
Collaboration with my team was central during this stage—we aligned on features that would directly support healthcare providers in fast-paced environments. I introduced an accept/decline interaction that not only gave users agency but also allowed the AI to improve in real time, leading to more accurate interpretations over repeated use.
To replace the vague confidence meter, I designed a clear numerical confidence display, ensuring providers could make decisions based on concrete information rather than ambiguous visuals. I also integrated a “play out loud” button so providers could hear the translated output instantly—a critical feature in emergency settings where reading text may not be feasible.
These refinements made the product more intuitive, actionable, and aligned with real-world healthcare workflows.
Other Projects