The critical shortage of organ donors in our healthcare system is the reason I’m registered to be an organ donor and motivates my research to develop suitable replacement technologies in the field of regenerative medicine. Video below! It was an honor and privilege to take part in TEDxYouth@SanDiego, which brought 400 San Diego high school students together to interact and think deeply about the future. It was incredible to speak with so many students who are truly the Architects of the Future.
Using simple yet illustrative analogies to help non-scientists understand his scientific discovery process, Biomedical Researcher Jordan Miller explains to his young audience how he developed vascular structures through 3-D printing. This exciting research is an important complement to advances medical researchers have made in 3-D printing bioidentical human tissue and organs in the lab. it’s a remarkable prospect for the future of organ transplantation.
Deriving inspiration from a cross section of bread and the sugar structure arcing over his dessert, Dr. Miller describes how he combined his background in regenerative medicine, a passion for the maker movement and reliance on worldwide open sourcing to develop viable 3-D printed vascular systems that he demonstrates actually transporting blood.
Jordan Miller, Ph.D. is a post-doctoral researcher in the Tissue Microfabrication Laboratory at the University of Pennsylvania. Involved with the 3-D maker community since its infancy, Jordan uses a 3-D printer in his work in biomedical research and regenerative medicine and credits open-source collaboration and the maker movement as important contributors to the success of his research.
The Creator’s Project released a new video, and our sugar printing, gelation, and blood pumping was featured in it! Trackback is to 3Ders.org The project goal is to unify artists and technologists and this video is focused on 3D Printing:
And I just got done with a talk at ScienceOnTap Philly! It was a truly excellent night! Special thanks to the Organizers and also the Hivers who came out or emailed in their support! You peeps are the best.
Here are some pics via the Twittersphere. Thanks to the photographers for posting!
It’s a vidya game but not! A completely audio-based game, the objective is to use sonar to find the hidden submarine and destroy it with depth charges. But be careful! If you are not close enough to hit the submarine, it will get away and you must hunt it down again.
Got an Arduino Mega2560 on the innards side. Got the joystick and arcade buttons from Ada Fruit! Very nice quality, shipped very quickly, and not too expensive to boot. Box was just a little, prefab wooden deal from a craft store somewhere in the middle of nowhere. And the speakers, I think I pried them out of a few alarm clocks.
I just got back from the 2012 Open Science Summit which took place in Mountain View, CA. It was an excellent meeting and a great opportunity to meet others using open tools and ideas to forward Science! Check out the list of talks and you can also access videos of all of the talks. And you can also read more about the speakers.
I gave a talk too where I delved deeper into the science behind our work with RepRap for research in Regenerative Medicine and I made the case that open source is a philosophy, not a checkbox. Try not to get caught up in semantics of open vs. not-open (e.g. one could try to label Arduino as not an “open” platform since it has proprietary Atmel chips on the board). Instead, try to think of open projects as those in which you see people as collaborators (“open”), not customers (“closed”). We all have many things we can learn from each other, and who doesn’t want more collaborators to learn science together? Some interesting Q&A at the end too.
Hive76’s own PJ Santoro will be doing the “Main Presentation” at
the Philadelphia Area Computer Society‘s kickoff meeting, Saturday,
His topic will be “Arduino: Where It’s Been, Where It’s Headed, and Why You Should Care”.
After the main presentation, a beginner class will be taught in the Linux SIG.
PACS Schedule available here.
Soldering is an essential skill to learn if you’d like to build your own electronic circuits. Come on in to Hive76 and we can teach you how to solder using Mitch Altman’s Trippy RGB Waves kit!
This specific circuit has a red-green-blue (RGB) LED that slowly changes colors over time. When you wave an object (like your hand) over it, you reset the color-changing pattern. With several boards laid out before you, this creates a wave-like effect.
You can check out a video of the circuit in action here!
When: Saturday, September 8th, 1-4PM
Cost: $20 (covers kit and instruction)
Because we are expecting a very high level of interest in this event, we have decided that our studio space is a little too small to accomodate the number of people we are expecting to attend. Philadelphia’s University of the Arts has graciously offered up some space for us to meet in. There are only 30 spots available, so act fast; this will sell out. Ticket purchased are limited to 2 per person. You’ll find the link below.
If you’ve been wanting to get a taste of the Raspberry Pi (:P), you will not want to miss this event. The event is free to the public, but space is limited! Rob will have Pi(s) for sale at $35 per board. They are still on back-order from major distributors, so now is your chance to grab one!
Here is what to expect:
Rob Bishop from the RaspberryPi Foundation is touring popular hackspaces in the US throughout September 2012 with the aim of giving talks and workshops about the RaspberryPi to both the hackspace members and also RaspberryPi users in the local community.
The Raspberry Pi Foundation is a charitable organisation founded with the aim of promoting the study of computer science and related topics, especially at school level. The Foundation is responsible for the design and sales of the popular RaspberryPi single-board computer. You can find out more about the Foundation and the RaspberryPi here.
The event at each hackspace will informally consist of the following;
- RaspberryPi: Past, Present & Future – An introduction to the RaspberryPi, including an overview of its history and development, details on the technical specification and an outline of future developments with many cool tech demos along the way. Followed by a Q&A session.
- Tech Demos:
- A chance to demonstrate various OS’s and other demos
- A chance to play with the RaspberryPi hands-on.
- Show & Tell / Prizes:
- An opportunity to display RaspberryPi projects from the community with prizes for notable projects.
The tour will be blogged/vlogged on the RaspberryPi website and we hope to attract RaspberryPi enthusiasts and hackers/makers from across the areas we will be visiting, allowing us to meet and support our community.
Here are the details on where we are meeting and at what time:
University of the Arts, Terra Hall, 5th floor
211 S. Broad Street, Philadelphia, PA 19102
Monday, September 24th, 7:00PM-10:00PM
I recently decided to make a proof-of-concept for a simple hydraulics kit. Ultimately you would be able to take this kit, get some standard PVC pipe from the local hardware store, and very quickly build your own simple hydraulic devices. Use it to learn about the principles of hydraulics while staying cool on a hot summer day, or use it to power your homemade tools like simple presses, lifts, or even an articulated digging arm.
The pressure in your typical garden hose is nominally around 40 psi or so, so my first hydraulic cylinder should be able to develop about 125 pounds of force if it had really good seals. This is a proof of concept so I didn’t bother with o-rings or anything, so it leaks like crazy and thus is unable to develop quite those kinds of pressures, although it is quite strong. Moving from a 2″ to a 3″ hydraulic cylinder would bring this up to about 282 pounds of force, not too shabby for garden hose power!
The hydraulic cylinder is made of standard PVC pipe (2″ for the cylinder and 1.5″ for the ram), although I had to use my lathe to turn down a 1.5″ pipe cap to fit inside the outer cylinder. The control valve is made of 1/2″ CPVC fittings and tubing, with the exception of the spool which is a length of 1/2″ solid PVC rod. I had to turn down the spool on my lathe to the appropriate profile and also had to drill out the valve to fit it. The fit is fairly poor but it shows that the concept definitely works. Eventually I am hoping to be able to have all the custom parts injection molded to get the unit cost down cheap enough that it would make a good toy for DIY doodlers and budding engineers everywhere.
I met Zach Hoeken Smith at one of my first Hive76 events. I donated to the pledge drive to buy a MakerBot Cupcake CNC and extruder. Once the drive was successful and 3DPO built, Hive76 held a workshop to learn how to design and print with SketchUp and the MakerBot. Our instructor was MakerBot co-founder Zach himself. Afterwards, everyone went out to West Philly for some Ethiopian food. It was a nice time. I haven’t seen him since, so I was surprised to hear from fellow member Jordan Miller that Zach had left Makerbot and was living in China. I reached out to Zach for a chat and here’s what I learned about my favorite hardware innovator. (more…)