FabSLAM Baltimore 2017 Launches Today

Wow…it’s so hard to believe that this is our 6th cycle of FabSLAM! We are so excited to continue this program this year and to announce our challenge theme today.

What is FabSLAM?

FabSLAM is our annual, multi-week, team-based, digital fabrication competition. During this competition youth learn and practice design, iteration, and rapid prototyping skills primarily focused on 3D Design and 3D Printing. A challenge theme is presented and teams work to develop a product that fits the theme and meets any accompanying requirements. Teams work with a Coach to help guide the team through the challenge and aid in documentation. Everything culminates in a FabSLAM Showcase where teams present their products to a panel of judges and a public audience for review and feedback. Learn more about FabSLAM here.

Our 2016 First Place team, presenting their oyster habitat to judges

2017 Challenge Theme

This cycle’s challenge theme is TRANSPORTATION!

For this challenge theme, identify a problem you may encounter when using transportation that could be addressed using 3D printing and digital fabrication.

More information:

  • Identify a problem you might encounter when using any form of transportation.
  • Use digital fabrication methods (3D printing) to create a solution to the problem you have identified.
    • This might be a fabricated model of a new approach to a transportation system problem,
    • OR it might be a product that would solve a specific need or problem encountered when using transportation

Teams of youth in grades 3-12 (with an adult coach) are invited to register and join us to compete in this 3D printing competition. It doesn’t matter where you are geographically located in Maryland, as long as you can attend the FabSLAM Showcase at the end of the program on Thursday May 4, 2017.

If you have not registered for FabSLAM yet, simply click below to be taken to the Registration Page.

Register for FabSLAM Today!

We hope you’ll join us for this cutting-edge design and fabrication challenge!
 

Youth Project: Raspberry Pi Touchscreen

Hello again, this is Bella Palumbi, back today with another recent project I’ve worked on at the Tech Center. If you’d like to check out my previous post, you can see it here: Raspberry Pi Time-Lapse Camera.

This project was to connect a Raspberry Pi to a touchscreen. The idea was to be able to run a 3D printer through a Raspberry Pi through a touchscreen. Right now, each 3D printer at the Tech Center is connected to a Pi, but they are still interacted with through a desktop computer. It would be convenient if every printer had a touchscreen connected to it, or if all the printers were controlled from a single, large touchscreen. There is a program called OctoPrint that the Tech Center uses to run its printers through Pis, and OctoPrint has a touchscreen mode that could be used in this project.

First, I had to assemble the screen. I was using a 7 inch display.

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Image from: Element 14

There wasn’t any soldering, but I had to unscrew a lot of small screws, as well as use wires to connect a few components.

Then, I installed the Pi in the case. It was a little difficult because the screen wasn’t attached yet and kept falling out of the case while I was trying to put in the Pi. For this project I was using a full size Pi instead of a Zero, so it was a little easier to work with.

Once the Pi and the screen were properly installed in the case, the next step was to install and boot up OctoPrint. That wasn’t too hard. Then, the device was connected to a 3D printer. It actually worked! Then I added some scripts to the Pi that would cause the OctoPrint interface to start up on launch.

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That’s it. It was pretty fun, especially the first time the Pi connected to the touchscreen, because it was so much easier to interact with a touch interface than a computer one. I think that it would be really neat to arrange a system where all the printers are controlled by one touchscreen, so maybe I’ll work on a project like that in the future!

Youth Project: Raspberry Pi Time-Lapse Camera

Hi! I’m Bella Palumbi. I’ve been a member of the Tech Center for almost four years now, ever since I was eleven. In that time, I’ve worked on lots of different projects, including iPhone apps, websites, virtual reality experiences, and much more.

Recently, I made a Raspberry Pi Time Lapse Camera. A Raspberry Pi is little computer that you can program to do almost anything you want. They’re great for small projects because they are cheap, light, and versatile. For my project, the idea was to make a camera that takes a picture every few seconds. You can play all the pictures in a row to see a time-lapse of the user’s day.

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The first step in the project was to burn the correct .img file onto the SD Card, which would be inserted into the Pi. An .img is an operating system. I used a program called ApplePi Baker because I was using a Mac computer.

The next step was to prepare all the wiring. I needed to solder together many different components including a button, a switch, a battery, and, of course, the Pi itself. All the wires and components had to be connected in the right way. The Raspberry Pi is very small, and I was actually using the Pi Zero, which is even smaller. So it was hard to be extremely accurate with the soldering iron. I probably spent most of my time soldering and re-soldering the wires!

It’s cumbersome to carry around a jumble of electronics and wires, so the tutorial came with a 3D design file to print a case for the time-lapse camera. The easy part was printing the case. The hard part was fitting all the pieces inside. I spent about an hour rearranging little tiny components in a little tiny plastic box. A couple times, the solder holding the wires together broke and I had to re-solder them. When I finally got the box closed, I was praying that it would work.

It did! When I turned the device on, after it booted up, it started taking pictures every 15 seconds. That didn’t seem often enough, so I took out the SD card, plugged it into my laptop, and brought up the code. By changing just one number, I was able to set the time interval to 10 seconds. Then, I booted up the Pi again. Still too slow. So I set it to 5 seconds. That seemed about right. Just for fun, I also tried a 1 second interval. The LED that blinked whenever a picture was taken was solidly lit now. The Pi couldn’t process fast enough, and was barely able to shut down. Finally, I set the interval back to 5, the number that worked the best.

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All in all, it was a fun project. I’m sure there will be some really amazing time-lapse videos of projects that we work on at the Tech Center.

Announcing IAP 3D Printer Recipients

We were overwhelmed by the responses to the Innovation Access Program, and were inspired by the many innovative ideas that you submitted for how you would use the printer with your youth.  We are excited to announce that we will be awarding a PrintrBot Simple 3D Printer and associated training to the 48 educators listed below. Even if you don’t see your name, we would still love to work with you – keep reading at the bottom of the page to find out how we can bring your 3D Printing plans to fruition.

First Last State
Georgia Tompkins Alaska
Danielle LoPresti Arizona
Rachel Galliani California
Heidi Ragsdale Colorado
Crystal Caouette Connecticut
Katelynn Scott Delaware
Kimberlynn  Jurkowski DC
Mary Fish Florida
Misty Nemeth Georgia
Jayson Reynon Hawaii
Kalynda Pearce Idaho
Gretchen Brinza Illinois
Jessica Suri Indiana
Alyssa Calhoun Iowa
Katie Don Carlos Kansas
Jason Hurst Kentucky
Karen Bean Louisiana
Carrie Emerson Maine
Tracy Hodge Maryland
Jenny Kostka Massachusetts
Chance Kemp Michigan
Jennifer Klecatsky Minnesota
Angela Johnson Mississippi
Gary Duncan Missouri
Stephanie DeBiasio Montana
Gwynette Williams Nebraska
Jillian Welch Nevada
Douglas Stith New Hampshire
Holly Rebovich New Jersey
Daniel de Leon New Mexico
Deborah Kravchuk New York
Deborah Dreyer North Carolina
Shannon Blomker North Dakota
Jennifer Haag Ohio
Bobby Reed Oklahoma
Carrie Carden Oregon
Brad Gentile Pennsylvania
Corey Lennon Rhode Island
Susan Merrill South Carolina
Joanna Law Tennessee
Deborah Cuellar Texas
Deborah Draper Utah
Jack Adams Vermont
vonita foster Virginia
Jessie Adkins Washington
Luke Hladek West Virginia
Becky Nutt Wisconsin
Alleta Baltes Wyoming

I’m getting a 3D Printer! What do I do now?

Tell a friend, tell your students, tell the world – and then sit tight. We’ll be getting in touch regarding the dates of our upcoming workshops as well as coordinating if we can run a workshop in your area.

I wasn’t selected 🙁 What now?

We still want to work with you 🙂 ! If you are able to travel to our Tech Center in Baltimore, we’ve got a 3D Printing workshop (printer included) this December! Check scheduled workshops here. If you can’t make it to Baltimore – we can try coming to you! To do a workshop in your area we need a hosting organization in which to run the workshop, a sponsoring organization to help fund it, and at least ten participants. Past hosts & funders have included State Science/STEM Action Centers, specific school districts, local foundations or organizations, and makerspaces. If you think you may know anyone who fits into the three categories listed above, please take a minute to complete this form and we’ll be in touch.

Thank you again for your participation! As you continue to make with your youth, feel free to check out the free resources on our Blueprint website, and if you want to receive periodic updates on making with youth, sign up for our Maker Educator Newsletter at dhf.io/nws. Finally, we hope to be able to run this program again in coming years, so keep in touch via any of social media channels displayed on the tool bar on the right side of this page.

Northumberland Makers: 3D Printed Deck Boxes

The makerspace class at Northumberland Christian School is on mission to explore the world of technology and innovation. We seek to be part of ideas that collide with real-world opportunities. We don’t just want our students to create. We want our students to create with purpose. The things we make, the ideas we are exploring, and a little bit of chaos… All these will be part of our monthly student blog series. The goal is to let the students speak for themselves. Each post will include the work and observations of a student at Northumberland Christian School. They are the makers, reviewers, and tinkerers.


Making Custom Deck Boxes

by Braiden Reich

I was inspired with the idea to build deck boxes out of a 3D printer, because I enjoy playing MTG (Magic the Gathering). MTG is a popular competitive card game. For example some other competitive card games would be Pokemon and Yugioh.

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My deck boxes are made to be customizable and thanks to our 3D printer I can make anything a customer wants.. So if you’re not into video games or nerdy, competitive card games that’s fine. I have come up with some customizable ideas that will allow this deck box to sort and organize almost any card or board game.

I did run into some problem with my dimensions while making the box. My lids at the start were made to fit firmly so all your cards could safely be stored in the box. However, my lids for my prototype box fit way to firm (this caused stress on both the lids and the box). So I thought to myself, “Oh this is a simple fix. Just make the lids smaller.” Well of course i then ran into the trouble of my lids sliding out to easily. In fact I am still perfecting the dimensions of the top lid, but no worries all the deck boxes I have made so far are very firm. My issue with the upper lid is that no matter my dimensions the 3D printer is not perfect. It is only a machine, and that being said all dimensions or the box and lids are a hair different. Some of the plastic filaments often form differently. Some of the plastic fills are firmer and more hardier and others are lighter and expand more. The good thing is me and the machine are developing a relationship, and what i mean by that is, the more I use the machine and the plastic fills the more I am learning about them. So ultimately the more I am making the boxes the more perfecting I will be doing.

My deck boxes are able to keep your board games neat or organized. I know often it can be annoying to have to open a board game and see cards and dice thrown around within the box. My boxes will not only protect your cards but also keep them from getting lost. The boxes can be made of either durable plastic (PLA), wood, or carbon fiber filaments.

As I said before my deck boxes are made to be customizable. Sure they can be plain or just casual but where is the fun in that. My plan is to sell my deck boxes at Groggs Game Shop where I am a member. I am hoping to make some extra cash and also give some money to support 3D printing at my school. (I hope to be able to ship the boxes eventually). I have predeveloped dimensions for a 60 card deck, but I am willing to adjust dimensions for almost anything. Whether for a board game or for competitive card playing.

So the Zelda box mixed both the original 8-bit Zelda video games with the newer Zelda games,hence the more recent triforce and master sword lids. I custom made this of course for a friend of mine and not only was it fun to make but it was also my first sale.
So the Zelda box mixed both the original 8-bit Zelda video games with the newer Zelda games,hence the more recent triforce and master sword lids. I custom made this of course for a friend of mine and not only was it fun to make but it was also my first sale.

Get on the Map! 3D Mapping Maryland Project

We are excited to be collaborating with the Maryland State Department of Education on a 3D Mapping Maryland Project and are requesting participation from all school systems.

This crowd-sourced 3D printing project will result in a massive puzzle reflecting a Maryland topographical map. In order to develop this puzzle, each school system or public library with a 3D printer will be provided access to their county/city’s online template. The 3D pieces from each county will be collected, then the map will be assembled by students either before or during the presentation at the Governor’s Office on Digital Learning Day, February 23, 2017. More information will be available closer to the start of this project.

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The kick-off for this event will occur on Saturday, November 5th, during Maryland’s first statewide Maker education conference, the Make. IT. Work. Conference at Eastern Tech High School. Templates will also be released on this date. Additional conference information can be found at https://dhf.io/makeitwork.

For a look at a similar project, check out the We the Builders‘ crowd-sourced 3D printed sculpture of Edgar Allan Poe.

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The We the Builders team created a digital replica of Edgar Allan Poe and shared the spliced files online. Individual Makers and Makerspaces from around the world contributed all the pieces of this sculpture.

PS – The newest We the Builders project, Rosie the Riveter, was sculpted at DHF and is now live! You can also participate in this project, so claim your pieces today. Learn more here: Rosie the Riveter

3D Printing and Life Hacks

I confess that I get caught up from time to time in the world of life hacks. I find myself asking the question, “How can I manipulate or change this product?” I know this goes against the status quo of just consuming what I am fed… But I can’t help it. Chomp Chomp.

Because of my sickness (constantly needing to hack my life), I decided to try and infect (inspire) my students. Their job was to modify/change/hack an existing 3D design. The design I chose for them was the amazing quick shoe tie labled Klots by Kart5a on Thingiverse. All credit and props to their amazing design.

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(Photo Credit to Thingiverse and Tino Kaartovuori – Kat5a)

Since I loved the simplicity and bare-bone functionality, I just had to have my students do something with it.

Call it foolishness, but I assigned this in the last three weeks of school. Needless to say, I was frustrated when the students were dropping out of the challenge… #endoftheyear…..A terrible state to find your students in. But just when I was ready to hang it up myself, one of my students came through. Abbey L. (the always faithful and reliable) submitted her hack of Klots, printed it, and assembled her design on her shoes.

Abbey’s changes were to modify the closure to look like interlocking x’s. This was a change from the puzzle piece type closure on the original. She also added some triangle spikes on the outside. This fits well with Abbey’s love for the music scene. She also choose to lace with some vertical laces to break from the typical shoe lace pattern.

You can see her smiling face and design below.

Abby Klots

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*On a depressing side note, senior David M was in the middle of a interlocking fish design for the Klots Hack Challenge, but he graduated and faded into the bliss of summer.


Ian Snyder is a science teacher and 3D printing coach at Northumberland Christian School. He also runs a makerspace at The Refuge. Ian is one of our 2015 Perpetual Innovation Fund recipients and will be sharing more updates throughout the year. You can follow him on Twitter @ateachr or catch some shots on Instagram at mriansnyder. Read more from Ian…

How To: Multi-Colored 3D Printing

People are always interested in how they can create 3D printed objects with multiple colors. Sure, you can buy a printer with multiple extruders, but those are costly and not always reliable. Using three methods, I’m going to show you how to make some cool colorful prints!

There are three different methods: Filament Switch, Sharpie-Coloring and Spray-Painting Filament.

Filament Switch

The Filament Switch process is something I figured out a few years back. Someone asked if I could I print in multiple colors without a dual-extruder. I answered “Maybe”, because I wasn’t quite sure, and eventually I figured out an easy way! Using this method, you are able to get a look similar to this:

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So all you need is at least two different colored spools of filament, and a printer of course!

I have some Hatchbox purple and orange filament

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  1. Load your first color and start your print. Once you find a point where you want to change colors, pause the print.
  2. Go to the Controls and raise the Z-axis up 10mm.
  3. Then retract the current filament from the extruder and replace it with the next color.
  4. Extrude just a little bit until you see some filament seep out.
    • Do all this without moving the printer or else you’ll ruin your print!
  5. Now lower the z-axis by 10mm.
  6. Continue the print and repeat those steps as many times as you want.

This is how my print turned out using the Filament Switch method to achieving multi-colored prints.

froggy_opt(For Reference, I’m using this file on Thingiverse, a Garden Frog.)

Sharpie-Coloring

Using this method will give you some cool vibrant multi-colored layers. All you need is few sharpies and white or clear filament.

Sharpie_Holder

To get started, print one of the marker holders in the picture (above).

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So you just stick the sharpies on the side and insert the filament through the middle hole as shown in the picture (above). This technique puts you in complete control of how your print would look, which is awesome!

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Here’s how my print turned out, I switched out sharpies every 15-20 minutes and it turned out pretty sweet.

Here are some pictures from a cool guy who took Sharpie-Coloring to another level, Tom Burtonwood.

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(Instagram:Tom Burtonwood)

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(Instagram:Tom Burtonwood)

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(Instagram:Tom Burtonwood)

He created a cool little gadget using a Arduino and a servo which turns the sharpie in increments. You can check it out on Thingiverse.

Spray-Painting

Lastly is the Spray-Painting Technique, this is something I came across a few months ago. I’m pretty new to this technique so I wouldn’t highly recommend this one yet. So far, I’ve gotten pretty good results.

I did only one coat front and back. You don’t want to rush the drying process, spray paint doesn’t take that long to dry but, I sat it to out to dry for a few days to eliminate any fumes.

Spray Paint also has a flammable property, aerosol, that you shouldn’t have to worry much about, it evaporates pretty quickly. Just use it in a well-ventilated area (outside is best) and give it to time dry!

Here’s the final results:

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File from Thingiverse: Giant Crystal

Student STEM Project: The effect of using different 3D printing filaments

 

This post is provided courtesy of Scott Dellosso, middle school teacher at Perryville Middle School in Cecil County MD. Scott has been a long-time partner of DHF and consulted on Sam’s STEM project. Check out more by Scott here: 3D Printing in English Class 
 

A STEM project written by high school student Sam Hawley.

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ABSTRACT

The purpose of this experiment was to test the effect the material of 3D printing filaments has on the rotational speed of gears it prints. To carry out this experiment a gear bearing, downloaded from Thingiverse, was used to print with four different filaments, each containing different materials; Bronzefill made with bronze, LAYWOO-D3 with wood, LAYBRICK with stone, and Ninjaflex with a flexible plastic, TPE.

The alternative hypothesis stated that the bronzefill gear bearing would have the highest rotational speed. First the printing settings were adjusted using MatterControl 1.5. Then a calibration cube was printed in each filament, to test settings, before the gear bearing was printed. The axial turbine wheel file from Thingiverse was fitted with a ¼ inch hexagonal center, using Tinkercad, then printed. Next, each gear bearing was set on a table vice with a drill bit in the middle and the turbine wheel attached to the drill bit. Finally, an air compressor, set at 75 psi, was used to blow the turbine wheel, for 10 seconds.  A tachometer and reflective tape were used to measure the maximum rotations per minute. However, only the Bronzefill was able to spin with just the air and turbine wheel. These results proved the alternative hypothesis to be correct, the Bronzefill gear bearing had the highest rotational speed, because it was the only filament of the four that was able to function with this experiment.

 

HYPOTHESIS

IMAGE
Figure 1. The Gear Bearings (from left to right Bronzefill, Laybrick, LaywooD-3, Ninjaflex)

Alternative:
If I compare the maximum rotations per minute for a 3D printed bearing in Bronzefill, Ninjaflex, Laywoo-D3, and Laybrick, then the Bronzefill will have the highest maximum rotations per minute, because it will have the smoothest print surface with the least amount of friction on the spinning gears.

Null:
If I compare the maximum rotations per minute for a 3D printed bearing in Bronzefill, Ninjaflex, Laywoo-D3, and Laybrick, then they will all have the same maximum rotations per minute.

 

RESULTS

Capture
Figure 2. A data table showing the maximum rotations per minute of each gear bearing during the 3 trials.

 

ANALYSIS

Figure 2. The 3D printed axial turbine wheel (printed in PLA)
Figure 3. The 3D printed axial turbine wheel (printed in PLA)

All of the gear bearings printed well and were able to spin. However, when applied to the test, the Bronzefill gear bearing was the only bearing to spin with the turbine wheel and air compressor. Examining the results tells us that the Ninjaflex, Laybrick, and Laywoo-D3 gear bearings have a lot of friction between the gears. This may be caused by the materials used to make them. The flexible plastic in Ninjaflex may not have worked well because the bearing needed to be harder (similar to the Bronzefill bearing). The wood in the Laywoo-D3 bearing may not have worked because the wood is not as smooth as the bronze. The Laybrick bearing may not have worked because the material is too malleable, and the surface is too rough, causing friction.  The reason the Bronzefill bearing worked so well is because it had a much smoother spin than all the others and the material was metal, which works very well in gears.

 

CONCLUSION

The alternative hypothesis that the Bronzefill would have the highest maximum rotations per minute was accepted using a one way Anova test with a significance level .05.

Although Bronzefill worked the best, the other filaments did not yield results, so they cannot be compared to each other. The next step to improve this test would be to increase the size of the turbine wheel. This would make it easier for the given air pressure to spin the other gear bearings. Another way to improve the test would be to increase air pressure in the air compressor. This would put more pressure on the turbine wheel and increase its likelihood of spinning the other gear bearings. In conclusion, the Bronzefill gear bearing had the highest rotations per minute, but in order to rank the other filaments, the test must be improved.

 

Sources

1. Steel VS Full Ceramic Bearings (Friction Test)

2. You Can Now See the First Ever 3D Printer

3. What is 3D printing? How does 3D printing work?

4. What Material Should I Use For 3D Printing? – Advanced Materials Review #1 – BendLay, Laywoo-D3 and LayBrick

 

Acknowledgements

Scott Dellosso
Teacher/ Maker Educator
Perryville Middle School

Larry Sickles
Teacher/ STEM lead
Perryville High School

 

Author

This study was completed by 11th grade STEM Academy student Sam Hawley.

3D Printing for Solving Baltimore’s Problems

Each year, DHF hosts our FabSLAM Challenge, where we invite teams of youth to use 3D printing and digital fabrication to create solutions to problems issued during the challenge. This year we had a great showing at our FabSLAM Finale Showcase with teams putting their fabrication skills and imagination to the test to solve problems they found in their city.

Our challenge theme this year was Cities to focus on very local problems youth might experience or be aware of, and to celebrate the fact that this year FabSLAM expanded to two new regions – Idaho State and Pittsburgh. Participating teams in each of those regions also responded to the same challenge. We will share more about those competitions in the coming weeks.

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This year, we had 10 teams from Maryland and DC competing who were eager to share their work at the showcase and meet the judges to share the work they’ve done over the last six weeks. Each team was asked to present their project, which should have used 3D printing and other digital fabrication techniques, as well as a website documenting their project and progress.

The finale showcase is always inspiring, energetic, and filled with anticipation as teams come together to share their projects, talk about the work they’ve done over the last six weeks, and anxiously await the results to see if their hard work pays off by placing in the competition. We had 7 teams from around the state competing in this cycle, eager to meet our judges and share all their project and all their supporting documentation to compete for a top placement.

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Our First Place prize was awarded to Digital Oyster Foundation, a middle school team representing Digital Harbor Foundation. In response to the challenge, they worked to create a solution to the problem of a dwindling oyster population in the Chesapeake Bay. 3D Printed reef balls were the centerpiece of the oyster habitats they created, which also included an artificial wetland. They received kudos from the judges on the practical and possible nature of their design, recommending that they could get started right away with implementing this solution.

This is the very first time that any DHF team has placed in the competition and we were very proud of their effort.

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For the second year in a row, Second Place was awarded to Innovation Nation, a Bryn Mawr School team. Their project, Home Grown, used 3D printing to help imagine what could be done to solve the problem of vacant and abandoned buildings in Baltimore. This team of young ladies took on the challenge of “converting abandoned homes into places of growth” by turning vacant row houses into greenhouses where community gardens could thrive. Innovation Nation also won the Fan Favorite award!

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Third Place was awarded to another Bryn Mawr School team, Team Amasek, for their Storm Drain Filter. This project aimed to solve the problem of potentially toxic water runoff in Baltimore City storm drains thus contaminating the Chesapeake Bay. The product uses a simple design and a piece of charcoal for filtering the water as it enters the storm drain.

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For the very first time in 4 years, we had elementary school teams participate in FabSLAM! In fact, we had three elementary school teams participate and they did a great job for their first time! One of those teams, FHP Team from Federal Hill Prep Elementary, took home an Honorable Mention from the judges for their ‘R’ Treat Machine aimed at helping to reduce the amount of cigarette butts and gum found on the streets in their neighborhood.

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The remaining teams who participated had a great showing and we hope to have them all back in the future! You can check out their projects here:

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Team: Adventure Print        School / Organization: Bryn Mawr School        Project: Battery Box

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Team: Science Lions 3.0        School / Organization: Lakeland Elementary Middle School        Project: Rebuilding Abandoned Homes / Spikey Ice Crushers

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Team: TWLC        School / Organization: Tiger Woods Learning Center        Project: The New Utensil

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Team: Team Filter        School / Organization: Digital Harbor Foundation        Project: Water Bottle for Homeless

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Team: Neiva        School / Organization: Digital Harbor Foundation        Project: Trash Collecting Tree

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Team: Sleepless in Baltimore        School / Organization: Digital Harbor Foundation        Project: Sleeping Bag Cart for Homeless

 

In addition to all of our awesome youth teams and coaches, we would like to thank our incredible panel of judges for this 2016 cycle of FabSLAM! We couldn’t do this without your support and involvement and we are grateful for all the ways you make this program better!

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In addition to our awesome panel of judges and enthusiastic teams, we are also grateful for our FabSLAM 2016 Sponsors who provided prizes for the teams! Thank you to HatchboxPrintrbot, Proto-Pasta, Filabot, and Occipital for the generous donations of products and materials that were awarded to all our teams.

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Thank you to everyone who participated in FabSLAM 2016! We hope to have you participate again next year! If you would like to see all our photos from the event, you can check them out here: FabSLAM 2016 Flickr Album