Revolutionizing the way we build and prototype, VIK enables users to rapidly create complex interactive devices without requiring extensive engineering expertise.
The development of a rapid prototyping platform that utilizes reconfigurable building blocks with integrated electronics has the potential to democratize access to functional interactive devices. The system, called VIK (Voxel Invention Kit), enables users without mechanical or electrical engineering expertise to rapidly produce complex electronic devices.
Functional Building Blocks
The VIK builds upon years of work in the ‘Center for Bits and Atoms’ to develop discrete, cellular building blocks called voxels. These lightweight three-dimensional lattice building blocks have high strength and stiffness, along with integrated sensing, response, and processing abilities. Assembling these functional voxels generates structures that can transmit data and power, as well as mechanical forces, without the need for wires.
A voxel is a three-dimensional pixel, used to represent and manipulate digital objects in computer graphics.
The term 'voxel' comes from the words 'volume element.'
Voxels are often used in video games, architecture, and medical imaging to create detailed 3D models.
They can be thought of as building blocks for creating complex 3D structures.
In game development, voxels allow for the creation of terrain, buildings, and other objects with varying levels of detail.
User-Friendly Design Tool
The VIK platform includes a user-friendly design tool that enables end-to-end prototyping. The interface includes a Finite Element Analysis (FEA) simulation model that allows users to draw out a structure and simulate the forces and mechanical loads that will be applied to it. This feature enables users to verify the safety of their device without requiring extensive knowledge of civil engineering or truss analysis.
Design tools refer to software applications used by graphic designers, digital artists, and other creatives to create visual content.
These tools include Adobe Creative Cloud, Sketch, Figma, and Canva.
They offer a range of features such as vector graphics editing, typography management, and color palette creation.
According to a survey, 71% of designers use 'Adobe Creative Cloud', while 45% prefer 'Sketch'.
Design tools have revolutionized the design industry, enabling faster and more efficient workflow.
Reconfigurability and Recyclability
The VIK voxels are fully recyclable, making them an attractive option for applications such as theatrical stage design, where stage managers want to support actors safely with customizable set pieces that might only exist for a few days. The reconfigurability and recyclability of the voxels could also enable the rapid-prototyping of large, complex structures in areas like space fabrication or the development of smart buildings and intelligent infrastructure for sustainable cities.
Potential Applications
The VIK platform has the potential to enable users to create a wide array of interactive devices without requiring extensive engineering expertise. This democratization of access to functional interactive devices could lead to new innovations and applications across various fields, from entertainment to healthcare to education.
Interactive devices have revolutionized the way we communicate and interact with technology.
From smartphones to smart home systems, these devices enable users to control and access various functions remotely.
According to a report by Statista, the global market for interactive devices is projected to reach $1.4 trillion by 2025.
The growth of artificial intelligence (AI) and Internet of Things (IoT) has driven the development of more sophisticated interactive devices, enhancing user experience and convenience.
