Interested in what our Cornell Engineers are doing?
Do you want to learn about the research projects from Cornell Engineers? Let us know and we will post Q and A’s!
NASA is funding an idea proposed by Cornell Engineering Professor Dmitry Savransky for modular active self-assembling space telescope swarms.
If you could have anything in your house break up into little pieces and then self-assemble in another room, what would it be?
"Instead of worrying about what you cannot control, shift your energy to what you can create."
~ Roy T. Bennett, The Light in the Heart
March Community Announcements
March 2, 2018
- You can now join CollabSpace through Facebook! Share your projects and skill sets with your friends and family and let them know about us!
- Have any technical questions on your current project? Post them in our Forum (https://collabspace.cornell.edu/community) and get yours answered by professional advisors and Cornell Engineering students!
- For more updates on new projects or questions, check out our website or reach out to us at email@example.com.
“Create. Not for the money. Not for the fame. Not for the recognition. But for the pure joy of creating something and sharing it.” - Ernest Barbaric
Q&A with Cornell Engineering Senior Lecturer Bruce Land
March 2, 2018
By Emily Wang, Cornell Engineering Class of 2021
Bruce Land has been a Senior Lecturer in Electrical and Computer Engineering at Cornell University since 1998. He teaches three courses and advises masters of engineering projects in ECE. The courses he teaches revolve around microcontrollers, instrumentation and programmable logic. He advises the CUAUV team, Cornell Maker Club, and ECE Masters of Engineering Organization.
Q: What’s your research interest?
A: I studied biology, so my research is mainly focused on the combination between electronics and biology. I’m interested in differential equations; it’s a hobby and it’s how I’m wired. I write wave stimulators using differential equations to understand how they propagate. In one of the classes I’ve taught, I have students build a drum stimulator and they do partial differential equations for waves on the drum.
Q: Can you tell me more about your research in gene circuits?
A: We build electronic stimulations to model how genes are regulated in our bodies. Most of the animals have distinct skin patterns or spots, but the skin itself has no central controller to make these patterns. So, how do animals develop these patterns, and how does a single cell become you? We believe that the interaction between protein and genes is causing cells to create these patterns, so that’s what we are modeling to find out.
Q: Besides gene circuits, what other projects are you working on?
A: We are modeling the vocal system of toad fish to see how they can make a high pitch chaotic sound with such a simple sound system. They lack vocal cords and lungs, so the only thing that’s used to produce sound are their swim bladders. We are using differential equations to model the bladder and trying to build a program that makes a similar sound.
February Community Announcements
February 2, 2018
- Visit the CollabSpaceForum. Ask questions. Post answers. Join the community!
- Complete your profile. Upload a photo, fill in your interests so we can learn more about you!
- We'd love to hear from you. If you have questions or suggestions, email us at firstname.lastname@example.org.
“Write it. Shoot it. Publish it. Crochet it, sauté it, whatever. MAKE.” - Joss Whedon
February 2, 2018
The winner of our random drawing for projects posted December 1, 2017 - January 15, 2018 is...
Challenge: Build a small form Raspberry Pi Zero case that would fit inside LEGO projects or use the bricks to accommodate the Pi for small electronic prototyping.
Check out the details: http://collabspace.cornell.edu/projects/basic-lego-case-raspberry-pi-zero-w
Keep tuned for more updates from AndysTechGarage as they share their successes!