Each year the Co-Lab funds a variety of technology projects and explorations through our grant program. Here's a list of what students are working on.
Current Co-Lab Projects
Multi-material 3D printed orthotics for pediatric GSD patients
Children with glycogen-storage disorders need orthotics quickly to help them live happy and healthy lives. We're here to help make that possible in just one trip to Durham.
Two Duke students who are building a high altitude balloon that will capture photos of the curvature of the earth and the black of space.
An array of sensors to detect analog signals from the world to learn about the way a space works.
3D Printing in Brachytherapy: Modular Phantoms as Teaching Tools
3D printing modular phantoms of patient anatomy for training purposes.
EV360: An Electric Monowheel
We are a team of engineers who like thinking outside the box, breaking boundaries, and designing innovations that challenge the standard. We want to challenge our audience’s view of a student motorsports team, using cutting edge battery technology to not only build a science-fiction style motor vehicle, an electric monowheel. While our long-term goal is to set a land-speed for fastest single-wheeled vehicle, we are starting off with the co-lab on building a low-speed electric monowheel.
Previous Co-Lab Projects
Time Through Light
An aluminum and wood world map that displays the movement of the sun's light across the earth with LEDS
Analyzing real-time brain signals to model personalized music tastes and using these to generate new, personalized music.
Startup company focused on combining augmented reality software with 3D printing technology to develop static, and ultimately dynamic and interactive, pre-operative visualization models.
A wifi controlled smart LED, with IFTTT and Blynk.io integration.
Duke Combat Robotics Team
Student-run team with a love for building battlebots
JoJob aims to facilitate the bookkeeping and logistics management process for groups of people sharing storage units.
The Delta Band is a strength training wearable tailored to athletes and trainers.
The goal of this project is to develop an interactive, LED-lit, robotic jellyfish.
Voltabase is is a multirotor drone system that is designed to solve drone's battery problems.
Stanners-Orrico 3D Printed Garments
By using 3D printers and cutting-edge elastic filament materials, they are seeking to innovate versatile 3D printed textiles.
The goal of this project is to create and develop an application that allows foster care caseworkers to quickly find a home for a child- with the objective of allowing the child to stay in the same school
A wearable, bluetooth inertial sensor for use in joint monitoring applications.
The DukeHand Project
Building a 3d-printed, myoelectrically controlled hand.
Multi-scale Exploration in Virtual Reality
A VR application exploring objects of vastly differing sizes.
Internal Positioning System
Improving navigation using pinpointed position information.
FreeSpace allows students to quickly and easily find open study spaces anywhere on campus.
Teddi is a mobile app allowing for recordings on the app to be played through a remote physical interface.
Buy and sell new/used clothing, books, furniture, accessories, and other miscellaneous items.
Fix My Campus App
Improving the Fix My Campus experience by adding a mobile app and administrative site.
Using SMS texting as data source for your favorite apps.
A Quadbot system capable of sustainable existence in a remote region without human intervention.
Multi Purpose Field Chemical Spectrometer
A portable chemical analyzer for law enforcement purposes.
A smarter way to run, using hardware and software to detect and improve athletes' form.
GTHC: Game Tenting Help Center
A mobile app for K-Ville logistics.