Many species of birds, like humans, have a capacity for vocal learning. For people, this is a crucial factor in speech acquisition. Intriguingly, there are behavioural, neural and genetic similarities between auditory-vocal learning in birds and human infants. Both birdsong and human language organise apparently meaningless noises hierarchically into syntactic sequences. This is known as ‘phonological syntax’, or phono coding. Birdsong is not thought to include words, though its potential as a model system for understanding human speech remains under-explored.
Developing an individual research project and carrying out design-oriented research using a variety of methods and presenting it in narrative form. (Enquiry, Knowledge, Communication)
Making design prototypes at increasing levels of fidelity using different technologies. (Process, Realisation)
Implementing fully realised UX design outcomes informed by a detailed understanding of theoretical and conceptual approaches and drawing on a range of practical design skills. (Process, Realisation)
Understanding and articulating the key theoretical ideas underpinning UX design with particular reference to concepts of experience and narrative. (Knowledge)
Project Type
Academic
(2 weeks)
Role
Primary & Secondary Research
Physical Prototyping
Methodologies
Tools
Arduino
Miro
Primary Research - I
Digital SoundWalking
Digital SoundWalking
As a research methodology, we performed Digital Soundwalking in three Garden Spaces in London. We aimed to capture and observe the soundscapes of the birds.
Process
Conducted digital Soundwalking in three nearby gardens.
Experienced diverse auditory environments in each garden.
Noted unique sonic landscapes including birdsong melodies and leaf rustling.
Utilised digital technology to document and capture acoustic experiences.
Enhanced understanding of the interplay between sound, space, and nature.
Analysis of Sound Experience:
Therapeutic Blend of Sounds:
The combination of natural sounds, such as birdsong, with urban noises created a unique auditory experience.
The juxtaposition of these sounds contributed to a therapeutic ambiance, offering a sense of relaxation and tranquility.
Impact on Emotional
State:
Despite the dominance of urban noises, the presence of bird sounds had a noticeable effect on our emotional well-being.
The soothing nature of bird calls counteracted the potentially stressful effects of urban sounds, promoting a sense of calmness and ease.
Enhanced Relaxation Response:
Feeling significantly more relaxed after experiencing the mixture of natural and urban sounds.
The therapeutic qualities of the sound environment facilitated a release of tension and fatigue accumulated throughout the day.
Implications for Well-being:
The positive impact of the sound experience underscores the potential for incorporating natural elements into urban environments to promote well-being.
Understanding the therapeutic effects of sound can inform urban planning and design strategies aimed at creating more harmonious and rejuvenating spaces amidst urban bustle.
Loon Sounds
Went back to research, we also found out, Many many Hollywood movies use the Loon sound inappropriately. It shows, perhaps, our ignorance of birds and birdsongs. But why they're continuously using Loon sound? it's a shortcut to evoke a feeling, it enhances a moment of melancholy or tension - it's a perfect mood setter.
This also reminded us of the digital sound walking research we did at st James park - the soothing and almost therapeutic feeling that brought us.
We researched more into how people feel about different birdsongs.
We asked people around the campus, and the main questions were:
How did you feel?
What images came to your mind?
Findings on Reactions to Birdsong:
Varied Responses to Different Bird Species:
Contrary to the universal interpretation of the loon sound as conveying melancholy or tension, participants displayed diverse reactions to different birdsongs.
Subjectivity in Perception:
Reactions to the Mediterranean gull's call varied widely among participants.
Some individuals perceived it as cute and evocative of caring emotions, while others found it annoying and discomforting.
Individual Associations and Imagery:
Participants' responses to birdsongs were influenced by their personal experiences, memories, and associations.
The same birdsong could evoke contrasting images and emotions, illustrating the subjective nature of auditory perception.
Implications for Sound Design and Therapy:
Understanding the subjective nature of responses to birdsongs highlights the importance of considering individual preferences in sound design and therapy.
Tailoring auditory environments to accommodate diverse perceptions can enhance the effectiveness of sound-based interventions and experiences.
Impact on Mood and Atmosphere:
The positive impact of the sound experience underscores the potential for incorporating natural elements into urban environments to promote well-being.
Understanding the therapeutic effects of sound can inform urban planning and design strategies aimed at creating more harmonious and rejuvenating spaces amidst urban bustle.
Concept Drawings
Sound Scape Combinations
Like Marty’s grandfather, many patients live their remaining days in the hospital environment without any contact with the outside world.
Through this project we want to help improve the experience for the patients and visitors by bringing a part of nature into the room to help reduce stress levels.
Secondary Research
Effects of hospital environment on Patients
Noise pollution
Hospital environments are often filled with various noises, including alarms, intercom announcements, and equipment, contributing to stress (Hagerman et al., 2016).
Disruption of sleep
Constant activity and interruptions in hospitals can disrupt patients' sleep patterns, leading to increased stress levels (Richards et al., 2013).
Uncertainty and lack of control
Patients may feel anxious due to the uncertainty of their medical condition and the lack of control over their environment (Kain et al., 2006).
Invasive procedures
The need for invasive procedures and medical tests can induce stress and anxiety among patients (Bower et al., 2015).
Clinical interactions
Negative interactions with medical staff or perceived lack of empathy can contribute to patient stress (Lelorain et al., 2012).
Isolation
Patients may feel isolated or lonely during hospital stays, which can increase feelings of stress and depression (Visser et al., 2013).
Physical discomfort
Pain, discomfort, and side effects of treatments can add to the overall stress experienced by patients in hospitals (Rosenberger et al., 2006).
Concept Development: Memory Box
Memory + Sounds = Revisiting Memories
Using Birdsongs to evoke nostalgia and revisit old memories, as their melodies trigger emotional connections with past experiences and places. The familiar chirps and calls allow them to relive cherished moments and rekindle memories with a sense of warmth and comfort.
Initial Concept : Musical Book
A book that intertwines nostalgic photographs with accompanying bird songs, triggering a multi-sensory journey down memory lane. Each turn of the page unveils cherished moments captured in time, accompanied by the soothing melodies of birdsong, offering a deeply immersive experience of reminiscence and reflection.
Final Concept : Memory Box
A box housing cherished photographs from the past, paired with built-in sensors that trigger bird songs corresponding to each image when lifted. Combining nostalgia with nature's melodies, it offers a delightful and immersive experience of reliving old memories through sight and sound.
Step 1
Identify specific memories and experiences associated with Marty's grandfather.
Step 2
Selected locations and environments relevant to these memories, including Marty's grandfather's front yard in Taiwan.
Step 3
Record ambient sounds from the front yard in Taiwan using appropriate recording equipment.
Step 4
Collaborate with Marty and his family to recall additional sounds and memories.
Step 5
Compile a list of sounds based on collective memories and experiences.
Step 6
Record additional sounds to match these memories, using Foley techniques or sourcing recordings from appropriate environments.
Step 7
Edit and mix the recordings to create a cohesive audio representation of Marty's grandfather's memories from his family's perspective.
Building Prototype
Final Prototype
Testing the touch Sensor
Assembling Arduino
Internal Components
Adding Touch Sensors
Final Assembly
Memory Soundscapes
Going to the beach
Sound of ocean currents, seagulls
Visiting the park
Sound of music in the park, birds, wind
Hiking

Sound of footsteps, water stream, bird