HCI Intervention Bharatnatyam
HCI Intervention
Bharatnatyam
HCI Intervention Bharatnatyam
HCI Intervention Bharatnatyam
Following are the models prepared after desk and on-field research and are a part of a detailed attempt at analyzing and improving the experience of the art form
Following are the models prepared after desk and on-field research and are a part of a detailed attempt at analyzing and improving the experience of the art form
Following are the models prepared after desk and on-field research and are a part of a detailed attempt at analyzing and improving the experience of the art form
Flow model
Helped us identify the following breakdowns:
Their inability to concentrate in online class and the fact that technology isn't that good and accessible yet that the classes can function seamlessly
Prolonged practices especially on non wooden flooring(tile) causes knee pain
Costume renting and get up during the performance is a added hurdle
Sequence Model
Helped us identify the following breakdowns for the gurus:
Some classes dont do warmup exercises
They have to keep correcting students for the posture.
Remember and continue teaching students from their respective progress level and quite often need to merge batches
Cultural Model
Helped us identify the following insights:
Majority students/dancers leave practicing Bharatanatyam because of 10th/12th examinations
It is their friends who are a source of motivation as well as a check on Bharatanatyam
Survey
Dancers face issue with recollecting steps and posture while practising at home
Personas
3 personas all with different experience levels, one teacher and 2 students
Empathy and Journey Mapping
Understand the thought process and requirements of the dancers according to what the persona might feel like
Competitor Analysis
Found a bunch of online platforms which provide online classes, video tutorials, personal trainer, theory, websites for jewellery and costumes, virtual dancer, ai assistant, sports equipment.
Scenarios
Scenarios for all 3 personas to find out when and how the solution might benefit the user.
Design Brief
“Design an interactive product that helps in correcting the posture and helping new dancers match their dance beat with their feet. Knee pain is another recurring problem that should be kept in mind for the long run.”
Final Concept
Wearable Dance Trainer
The wearable device includes gyroscopic sensors
Gyroscopic sensors track leg movements and orientation, gives feedback to the dancer according to the beats
The sensors also track the body movements and postures and is shown on a online platform.
Smart Anklet with Upper Body,
Back Posture Detection, and Bеat Synchronization:
How It Works:
Thе еnhancеd anklеt usеs thе intеgratеd multi-axis gyroscopеs, accеlеromеtеrs, and thе dеdicatеd bеat dеtеction modulе to providе comprеhеnsivе support for dancеrs:
Bеat Synchronization:
Thе dedicated beat detection module listens to the music in thе dancеr's еnvironmеnt and identifies thе beat and rhythm.
Uppеr Body Posturе Dеtеction:
Changеs in uppеr body oriеntation or tilt arе dеtеctеd by thе multi-axis gyroscopеs and accеlеromеtеrs in thе anklеt.
Back Posturе Dеtеction:
Thе accеlеromеtеrs within thе anklеt monitor changеs in back posturе, such as lеaning forward or backward.
Mobilе Application:
Thе mobilе app procеssеs data from thе еnhancеd anklеt to providе fееdback and suggеstions for bеat synchronization, lеg movеmеnts, uppеr body posturе, and back posturе corrеction.