UX ResearchSpatial UIIndustrial DesignElectronicsMFA thesis · ongoing

avasa [uh-VAH-suh] Sanskrit: the right moment

Eyes that listen.

AR glasses and a companion app that turn speech, sound and direction into calm visual cues, so Deaf and Hard of Hearing individuals can stay in the conversation, not just near it.

My role
Solo: research, UX, spatial
and app UI, electronics
Physical form
with Anjali Kalamkar
Voices
58 people
Program
MFA UX, SCAD
A woman wearing Avasa glasses in a cafe, with live captions and sound tags floating around her live captions
Avasa glasses render
↓

the 30-second version

Problem

Conversations break down daily for 42% of the Deaf and Hard of Hearing participants I surveyed. Tools caption words, not context.

Idea

AR glasses that show who is speaking and from where, flag sounds that matter, and step back when they don't.

My part

Solo thesis: 58 research voices, system and spatial UX, app UI, electronics. Physical form with Anjali Kalamkar.

Result

94% average rating from 7 Deaf and Hard of Hearing testers across 5 real-life scenarios.

how the concept narrowed

  1. IdeaA general accessibility tool
  2. ShiftFocus on communication barriers
  3. RefineReal breakdown moments: social and safety
  4. PivotAR as a spatial communication layer
  5. FinalGlasses + companion app ecosystem
Problem

Breakdowns don't stop the conversation.
They slowly remove you from it.

Hearing aids amplify and captions transcribe. Real conversations are fast, overlapping and spatial, and most tools solve one slice at a time.

1.5B

people live with some hearing loss, about 1 in 5 worldwide

WHO, 2025 ↗
430M

have disabling hearing loss that needs rehabilitation

WHO, 2025 ↗
2.5B

projected to have some hearing loss by 2050

WHO, 2025 ↗

Sound is how we map the world

Six things a hearing person picks up without trying.

  • Your name, called from behindbehind you
  • A car horn on your leftleft
  • Two friends talking at onceacross the table
  • A gate change announcementoverhead
  • Someone at the doornext room
  • A sarcastic tonein the voice

How hearing loss is usually framed

Hearing lossMedical conditionTechnical gap

Not one medical problem. A system of breakdowns.

Research · the core of this project

Reaching a community that is hard to reach

Mixed methods, with the weight on lived experience: not just how often communication fails, but why and how.

44survey responses from Deaf and Hard of Hearing participants
10in-depth interviews with Deaf and Hard of Hearing individuals
4expert conversations
500+data points synthesised into 8 patterns

How 3 responses became 44

  1. 3-5responses from my personal network. Not enough.
  2. 300+organizations, universities, schools and Deaf and Hard of Hearing groups contacted
  3. 20organizations in 10 states shared the survey link and QR code
  4. 44validated responses, a strong sample for a niche, hard-to-reach group
AKMEWIVTNHWAIDMTNDMNILMINYMAORNVWYSDIAINOHPANJCTRICAUTCONEMOKYWVVAMDDEAZNMKSARTNNCSCOKLAMSALGAHITXFL

20 organizations in 10 states shared the survey. Hover a teal state to see who.

How often conversations with hearing people break down

42.0%Daily

Share of participants

  • Daily
  • Once or more a week
  • Less often
83%struggle to feel comfortable communicating day to day

What breaks a moment, and what rescues it

Makes it worse

Several people talking
82.2%
Speaker turns away
77.8%
Background noise
66.7%
Masks, covered mouths
64.4%

Helps most

Repeating, rephrasing
57.8%
Speaking slowly
53.3%
A quiet room
48.9%

Every fix depends on Deaf and Hard of Hearing people changing their behaviour. That was the gap.

Part of my affinity map in FigJammy affinity map, FigJam

Interviews, run the accessible way

  • In person in Savannah with SCAD-provided interpreters
  • Remote on Zoom with live captions on
  • Structure bent to each participant's comfort, not a rigid script
  • Each walked through one real breakdown, step by step

What experts told me

“The biggest gap is real-time conversational reciprocity, not access to information.”
Kara PowisCoordinator of Deaf Services, SCAD Office of Disability Resources
Synthesis

500 data points, 8 patterns

Affinity mapping in FigJam. Tap a note.

A day in two lives

Deaf student · hearing aids + classroom captions

PreparedLecture beginsOverwhelmedClass discussionSelf-consciousGroup workIsolatedSocial gatheringExhaustedEnd of day
Pain pointTech setup dependencyOpportunitySystems that connect on their own

the reframe

How might we help Deaf and Hard of Hearing individuals understand and take part in noisy, multi-speaker, fast-changing conversations without adding cognitive load?

The system

Not one feature. Six modes that know the moment.

Avasa reads the situation and changes how much it shows. In a quiet one-on-one it barely appears; in an emergency it takes over.

01Reduce cognitive load

Every choice asks: does this add to the burden or remove it?

02Preserve context

Show information when it is relevant, not before or after.

03Support natural flow

Interrupt only when it absolutely matters.

Conversation mode, seen through the glassesConversation mode

One person, full attention.

  • Speech to text for the person in front of you
  • Speaker tags with direction
  • Tap the left temple: repeat the last sentence
  • Minimal overlay, eye contact stays
87%average rating when tested with Deaf and Hard of Hearing participants

Why glasses, not a phone

  • Looking at a phone breaks social presence→Hands-free overlay in your view
  • Communication depends on where things are→Context stays in your field of view
  • Group talk is chaotic→Directional, speaker-aware captions
  • Safety cues get missed→Ambient detection and visual alerts
From sketch to something you can wear

Building the glasses

Physical form designed with industrial designer Anjali Kalamkar. Interaction, component placement and electronics were mine.

Sketch01 / 07

Form, button placement and everyday wearability on paper first.

Avasa glasses, render 1 of 5Final renders

how you use it

Two temples, two jobs. No phone, no voice.

Left temple

TapRepeat the last sentence
Double tapChange mode
Close-up of the Avasa temple with the touch area

Right temple

SwipeMove captions near, far, left or right

Designed for eyes-busy, hands-free moments: you never look away from the person you're talking to.

The emergency alert, wired up

A working electronics prototype to test what an alert should feel like.

Sound detectorhears the siren
Arduino Unodecides it's urgent
Vibration motorsbuzz at the temples
LED filamentglows in your view
Circuit diagram: Arduino Uno, sound detector and two vibration motors
Experiential prototype electronics
Experiential prototype
Integrated prototype electronics
Integrated prototype
Interface · brand, spatial + mobile

Calm in the glasses, control in the phone

The glasses show only what matters right now. The companion app is where you set what matters.

the name and the mark

Avasa wordmark
avasa [uh-VAH-suh]
From the Sanskrit avasara: the right moment, a favorable opportunity. That is the whole brief: speak up at the right moment, stay quiet otherwise.

The s in avasa is drawn as one continuous, fluid stroke.

Splash. Capture every moment that matters.

Testing · real participants

Two rounds, one honest correction

Round 1 with 11 hearing participants reshaped the visuals. Round 2 put the result in front of 7 Deaf and Hard of Hearing participants: 5 scenarios, 40 Likert questions.

Round 1 · what I assumed vs what I learned (tap a card)

94%final Likert score
Emergency test scenarioScenario 5
  • Alerts felt immediate and trustworthy
  • Multimodal feedback made people feel safer
  • Near-universal acceptance
Reflection

Access is not participation

People are rarely excluded because information doesn't exist. It arrives too late, without context, or costs too much effort.

Design for moments, not tasks. Breakdowns happen in fast, unpredictable situations, not in neat feature lists.

Visible when needed, invisible otherwise. Participants wanted support that is always there and never draws attention.

Privacy is part of accessibility. On-device first, minimal data, and the user decides what is kept.

Still in progress: what testing asked for next

  • Captions that hold up on bright outdoor scenes
  • Caption speed and contrast in one-on-one talk
  • A clear battery and charging workflow
  • Less split attention while driving
Sanskruti with her thesis committee after the defense, Avasa on screen
Defended. With my thesis committee.
A professor trying the emergency alert on the glasses prototype, LED glowing red
My professor trying the emergency alert
Sanskruti presenting the research during the thesis defense
Walking the committee through the research

Thank you

  • Anjali KalamkarPhysical prototype design
  • Kiran BandaUsability testing support
  • Prof. Byeong Cheol (BC) HwangCommittee chair
  • Prof. Clark Delashmet · Prof. Jenny MischelCommittee members
  • 58 participants and expertswho shared their time and their stories