Loom
Loom is a powerful framework for designing new wireless sensor-actuator systems for a wide variety of applications including: environmental sensing instrumentation STEM and STEAM education, musical interface design, physical computing, and interactive environments.
The typical approach to Do-It-Yourself sensor instrument design is to begin from scratch, stitching together a hand full of components and example code. Loom abstracts these complexities into a modular framework that enables rapid prototyping of sophisticated sensor and control systems by combining basic building blocks. Loom kits and software applications teach hands-on fundamentals of wireless sensor and control systems to audiences who are not familiar in fields like electrical engineering or programming. Loom has been used in college classrooms across Science, Engineering, Music, and Arts majors; scientific workshops around the world; and for K-12 STEAM summer programs. Major integrations include compatibility with the MaxMSP graphical programming environment by Cycling’74, MongoDB cloud database and graphing environment, and Google sheets. Scroll to the bottom to see several things students have made with Loom!
Loom is:
Open source
Low-cost
High-precision
Wirelessly connected
Modular (code and hardware)
Plug and play sensor/actuator system
Realtime interactive with Max
Used for:
Rapid prototyping
New Instrument Design
STEAM Education
Remote / distributed sensing
Environmental monitoring
Data logging, visualization, sonification
Experiment instrumentation
Modular Robotics
Connects:
WiFi
4G LTE
LoRa (26km – line of sight)
GSFK Nordic Radio (nRF) 800m
Satcom, RockBlock
Ethernet
FreeWave 96km
Integrates
MaxMSP
Real-time interactivity
STEAM education
Data sonification, visualization
MongoDB
Internet Data Logging
Realtime plotting
Education
MicroSD
Data logging to CSV
Google Sheets
OLED display
Some Music, Art, Intermedia Projects Made With Loom:
Some Environmental Sensors Systems Made With Loom Include: