Hi, I'm Sungjun!

Portfolio for Batch.Works

Oct 2023

Design through making,

manufacturing,Circular Design,

Technology, Craftmanship,

3D printing, CNC machining,

Human senses, Human Perception,

Synesthesia, Education, Neuroplasticity,

Psychophysics, Physical & Virtual space, Sound experience, Sound & Music,

Physical computing, Interactive system,

Playful interaction, Haptic design,

Tangible Interface, Physical controls,

Multimodal design, Sound Interaction.

01

Gravity Stand for OP-1

02

Sound Brick

03

Whiskey & Cigar Tray

Gravity Stand for OP-1

The 'Gravity Stand for OP-1' is a third-party stand for the Teenage Engineering synthesizer, the OP-1. It enhances the usability of the OP-1's G-force sensor with a tiltable structure.

How does it work?

Sound control demo using the Gravity Stand for OP-1 >>>

The stand has an angle-adjustable structure that allows for detailed control of the pitch, effect, volume, and modulation of the sound using the OP-1's G-Froce sensor function. The stand has a spring mechanism and the ability to return to its original position even after adjusting the tilt.

Prototyping

Pine, Chisel
Walnut, Router
PLA, FDM 3D Printer
TPU, FDM 3D Printer
ABS, FDM 3D Printer
Resin, SLA 3D Printer
Resin + FRP, SLA 3D Printer
Resin, Silicone Cast
Resin + Metal, Silicone cast
Resin, NC Mill
Acrylic, CNC Machine
Aluminium, CNC Machine
Brass, CNC Machine
Bronze, Lost wax Cast
Brass, Sand cast
Brass, NC Mill
Resin + FRP, SLA 3D Printer

Prototyping process;

Research of Materials,
Mechanical Structure,
Manufacturing techniques

Sound Brick

Sound Brick is a sound exploration module system designed to enhance an auditory sense and sound experience through interactive engagement with sound. This lets users play with, experiment with sound and customise their sound.

pictures for
London Design Festival 2023

pictures from
London Design Festival 2023
at Cromwell Place Gallery

Philosophy

As our society changes rapidly, fueled by the 4th industrial revolution, advancements in AI, and the rise of pandemics, it is time to reflect on ourselves. Are we evolving alongside these changes? With the world transitioning into a digital era, there is a noticeable decline in people's perceptiveness and personal development.

How can we navigate this situation? Making efforts to foster fundamental human sensory development will be the primary key to resolving this problem. Through this, users can develop the capacity to think independently and evaluate incoming information critically, maintaining an individual perspective amidst the overwhelming influx of information. Furthermore, it has the potential to promote inclusivity by fostering empathy, understanding, and embracing multilateral thinking, thus transcending barriers such as nationality, race, educational level, social status, and cultural differences. This broader perspective enables a more inclusive and harmonious coexistence with others.

As a first step in this direction, my project focused on enhancing the auditory sense. This choice was driven by the understanding that sound serves as the most instinctive and natural communication medium for humans from birth. Furthermore, my extensive musical background spanning nearly 20 years naturally guided me towards projects centred around the exploration of the sense of sound.

* My definition of 'sensory development' or 'enhancing sense' involves the fundamental development of the body's sensory abilities, occurring in conjunction with the wiring of the brain's neural network as described in the theory of neuroplasticity. It also encompasses the cultivation of perceptual abilities for specific sensations acquired through bodily senses.

Modular System

The Sound Brick features a modular system structure, allowing users to control and manipulate the sound it produces. Users can explore various sound possibilities by rearranging the order of modules and adding or removing them. This interactive process enables users to experiment with different components of sound and provides a hands-on experience of how sounds can be modified and manipulated.

Module Features

Signal Input Module (MIDI)

The Signal Input module is capable of receiving MIDI signals from external instruments or sequencers, among other functionalities. It serves as the control hub for all the modules within the system.

Cartridge Percussion Module

The Cartridge Percussion Module generates physical sound by striking a specially designed cartridge sheet, which produces distinct sounds based on the material and structure of the cartridge. The cartridges are placed on the module.among other functionalities. It serves as the control hub for all the modules within the system.

Pull Percussion Module

The Pull Percussion Module generates physical sound by employing a mechanism that involves pulling down and releasing a small component made of a specific material.

Audio Sampling Module

The Audio Sampling Module is equipped with a built-in microphone that enables the recording of the surrounding soundscape. Additionally, it has the capability to playback the recorded audio. By using a rotating wheel, allows for precise control over the sound pitch by adjusting the speed of the sampled sound.

Knob Module

The Knob Module allows for the assignment of diverse controlling functions, including effects, features, modulations, and manipulations. Users have the ability to connect the knob module to a specific module and exert control over its sound characteristics.