Please download and post a flyer here.
September 1 – November 30, 2021
Factor e Farm, Kansas City, USA
90 days of immersion hands-on builds where you collaborate with a team to build things that will blow you away. Here’s a chance to play with a lifesize Lego set, as we work to deliver the promise of open source hardware to real world change.
Happening as 3 main topic areas: construction, CNC machines, and heavy machines. Participate all of 3 months, 1 month, or select specific days. The schedule runs from 8 AM to 5 PM every day. For those who are staying all 3 months, we expect that you pace yourself – get good sleep every day and manage your energy level.
- Sep 1 – Sep 29, 2021 – Seed Eco-Home 2, Aquaponic Greenhouse, 3D Printer, and Tractor. – We start with 14 days of the Seed Eco-Home 2 build, followed by 5 days of the Aquaponic Greenhouse, then 3 Days of 3D Printer workshop, and 7 days of the tractor build with Power Cubes + remote control for tractor. A diverse month of builds, 29 back-to-back days of events – see schedule below for final lineup.
- October 1 – October 30, 2021 – CNC Machines Focus. – In the first 2 weeks, we start with the 1″ Universal Axis – to build a large 3D printer – about 1 meter bed by 2 meters tall – with heated chamber. We will build a filament maker and plastic shredder, so we can make 3D printing filament from, waste plastic. In the second half of October, we continue by adding a wide array of toolheads to the 1″ and 2″ Universal Axis, to make various CNC machines – CNC Torch Table, CNC Router, CNC Sawmill, CNC Grinder, Metal 3D Printer, CNC Lathe, and CNC Mill – using 1″ and 2″ Universal Axes. And – we’ll build a cluster 3D printer head (multiple print heads on one printer) for production printing. This month build primarily upon the Unviersal Axis, Universal Controller, and Universal Frames. See Schedule in next section for final lineup.
- November 1 – November 30, 2021 – Heavy Machines and Construction. – The first 7 days, we will be developing products related to construction with the large 3D printer. Materials development includes creating formulas for materials such as plastic lumber, construction panels, glazing panels, wood composite plastic lumber, printing rubber tires, and printing domes with water-tight skins. We will aim to produce a 64 square foot, glazed aquaponic greenhouse module – for five dollars – the energy cost of printing with waste plastic and solar energy. With the metal printer (Wire-Arc Additive Manufacturing) – we will aim to develop functional 3D printed tractor parts. In the next 3 days, We will build 2 Brick Presses, developing Public Production Engineering for a CEB production enterprise. The next 3 days will focus on the Soil Conditioner – a soil/cement/water mixer device – that feeds the CEB press to make cement-stabilized blocks. The last 17 days will go all out on modular Universal Frame + Power Cube + Universal Rotor + Universal Track Unit + Universal Articulating Joint – to make a grand finale tractor and a number of implements: the tractor itself, additional Universal Track Units for scaling the drive, a backhoe, trencher, 360 degree pivot with remote control for applications such as the 360 degree backhoe – and hammermill, shredder, rubber airless wheels, pelletizer, brush cutter, finish mower, posthole auger, cherrypicker (elevating work platform), heavy duty dump trailer, pile driver, cement mixer, swing-blade sawmill, metal roller, bulldozer, and 20kW Verical Axis windmill. You can help to develop the Tractor Construction Set. See specific schedule in next section.
Build Yourself. Build Your World.
Did you ever want to design or build something – but did not know where to start? To address the need for practical skills and agency in today’s largely digital world – we created a summer program where you will learn more hands-on skills – across more diverse areas – than you would in a lifetime. You will learn to build 3D printers, CNC machines, tractors, houses, aquaponic systems – and much more. By leveraging open source design, group collaboration and swarm builds – and by building on open source part libraries – you will learn and absorb an experience that will shatter any limitations you may have regarding what is possible to build. You just may get more diverse, hands-on, design-build skills over this summer than you will in your lifetime, as you shift towards full agency in creating the world around you…
We focus on collaboration and 100% open source toolchains – allowing you to build viable products collectively in a small fraction of the time it would take to do on your own with YouTube videos as your only support. You have a chance to be an essential part of a public product development process to change the world.
It’s like a crash course for open hardware,You WILL learn, you WILL build relationships and friendships, you WILL have fun, and you WILL be blown away by what you’re capable doing – leveraging the collection creation of genius.
We welcome young women and men of any age to dive right in – to push the limits of rapid learning – to explore the limits of what we all can do together- with open hardware technology – through open collaboration.
This is our largest and most ambitious summer camp and build session to date. Building upon a decade of experience, hundreds of builds, and several product releases – we invite you to roll up your sleeves and contribute to the development of real technology that matters. For us – we’re interested in creating a rapid learning, practical experience – as practical skills are sorely missing in today’s digital world. So we decided to do something about it by offering a kind of experience that we only wished we got in college.
Join us for a fun experience that will shake your world, expand your mind, and reframe your definition of what’s possible. Upgrade your software (in your head), get out your open source tool kit for collaboration, and change the world! Enrollment is limited so please register now.
Summer of Extreme Design-Build is a unique experience.. It is like a college campus / summer camp / Burning Man / startup camp meets open hardware for solving pressing world issues. Here are the pieces:
- Main Program is a total of 3 Months of on-site Immersive Learning and Hands-on builds. You can participate from as little as one day – and up to the full 3 months. While we would like everyone to spend 3 months on site – there is a wide range of partcipation options depending on one’s availability and interest level. Overall – the 3 months can convert an avid student from completely unskilled in builds – to one with a high level of proficiency – such as building 3D printers, houses, or tractors. 3 months of participation means opening up to the possibility of learning a significant portion of what we have developed over one decade of build experiments – and learning that in 3 months – which we think is priceless. We have options to sign up by the month – or by the day – see the schedule in the next section. If one has only a single day – we recommend joining us on the day we build the 3D printer, which participants take home with them. If one has 3-5 or so days, there will be a number of focused builds like this throughout the 3 months. We have an integrated approach of theory, principles, applied psychology, design, and build. This is the most unique opportunity in that nobody else in the world offers anywhere near the breadth and depth of design/build/innovation experience, in such a short time – across so many areas of technology and society. If you ever wanted to become an extreme builder – like I decided long ago – I can assure you that is within your reach – if you see a deep purpose in it. We are serious about delivering the potential of industrial productivity on a small scale – and have achieved breakthroughs in build speed and effectiveness through collaborative design, module-based design, a construction set approach, and swarm builds. We are offering a chance to average individuals – to get involved in cutting edge innovation, citizen science and engineering – certainly powerful material for many startups. We see clear potential for the distributed, open source economy – a breakthrough in societal mindset towards open/collaborative – and the profound implications this can have on regenerating the world. There was once a dream that was Open Source Hardware. It shall be realized.
- Daily Schedule, Workflow, and Purpose. We run the program from 8 AM to 5 PM each day, with an hour break for lunch at noon. There is plenty of time to socialize in the evening. We encourage people who are staying for an extended time to get a good night’s rest, as the program goes continuously back-to-back. For participants in the Enterprise Track – it goes 5 days per week from 5:30-8:30 PM after the day ends. The core of the program is meaningful involvement of the public in sophisticated design tasks which revolve around breaking complex problems into bitesize chunks. The morning session, plus OSE Design Guides, provides guidance on how to design things from first principles. But we are not designing from nothing – we are building on modules that are already developed to some point – and all of us contribute to further development. This allows novices to learn design techniques rapidly – and reinforce their learning by practicing the art of building with these modules. That means that novices can make meaningful contributions to a complex development process. We work like a surgical team, with people taking on different roles. Most importantly, we believe in the collaborative creation of genious – ie, multiple brains working together being more effective than the sum of their individual parts. And we believe in leadership being the ability to teach others to rise to a higher level. There is no such thing as menial tasks – as innovation is 99% perspiration and 1% inspiration: most of the work to be done inolves a long process of due diligence. And this is where we work as teams and build upon others’ work – to minimize such burden. This is all to say: everyone who wants to can and should contribute meaningfully to innovative work – this is how we will make a better world.
- Enterprise Track for Seed Eco-Home 2 Builders. The first 14 days is a complete build of the Seed Eco-Home 2, using our modular build approach. This includes foundation, structure, and utilities, including the off-grid PV option. This empowers anyone interested in building our 1000 square foot Rosebud model – the skills to do so – even if they start with absolutely zero skills. We designed a system that is transparent, easy, expandable (incremental housing realized) and rapid to build – with a full digital model from which all documentation can be extracted. This means that anyone can now build a home like any contractor could – but at significantly lower cost – the lowest cost possible. Because the design lends itself to rapid, swarm builds – that fuels a significant enterprise opportunity for entrepreneurial people to take our work on for a living. So we ar e providing enterprise training that provides the necessary insights of the economics and ergonomics of production, and the resulting value proposition that allows one to work out a viable revenue model. We go over build times, budgets, managing crews, negotiating with officials, sales and marketing, and more. The focus is on developing a scalable, open source franchise that can be replicated widely around the world, with light frame construction initially and expanding to Compressed Earth Block structures and 3D printed materials next year. The Enterprise Track is like night school – when the program ends at 5 PM daily for everyone else – people in the enterprise track continue with an evening session from 5:30 to 8:30 PM, seminar style. See details and learning plan at the Seed Eco-Home 2 Enterprise Track.
- Remote participation. We have recently installed a 1 gigabit internet pipe, and are wired for up to 4 gigabit service.
- Everyone builds their own 3D printer for Rapid Prototyping if they participate for one month or longer. (Note that the admission price for one month includes a 3D printer – so if more than one month are selected, then $500 can be subtracted for the second and 3rd month). A lot of the program involves design and prototyping – and with everybody having a printer – we can do so much more. Most students build their own 3D printer to take home with them – which is used extensively throughout the program. Everyone can be involved in testing our 3D printer filament blends. Combined with basic drafting literacy in FreeCAD, the permier open source CAD package – we use 3D printers for rapid, iterative prototyping as part of a development process. We can thus go from ideas to builds on the time scale of hours or even minutes, even for functional parts. We print with 1.2 mm nozzles, so we print strong parts 9x faster than standard hobby printers. We will use the 3D printer extensively to prototype working parts as well as scale models that help us understand what we build prior to building the full-size projects. In addition to participant’s 3D printers, we will have an OSE print cluster of 6 printers with 18″ bed, 3 of the 12″ bed, 3 of the 8″ bed, and one dozen of the 6″ bed printers.
- Compression of Build Time Depends on Number of Participants.There are parts of the program where the results depend completely on the number of people that sign up. To give you a rough idea – we need a team of 12 people minimum to get week-scale build velocity on any build,including the Seed Eco-Home. We can say that each modular build takes 40 hours of experienced build time – but if we include learning time, it could be more like 160 hours – that is another doubling of time requirement. Thus, it would be 8 people working on 1 project per week. We can safely say that one week gets us one significant build with a team of 12 relative novices. So if you look at October with the 8 different CNC toolheads that make 8 different machines – we would expect half of this done if 24 people sign up – but we expect all of them to get done if 48 people sign up, which is our goal. The more people – the more visible and exciting the development velocity. We have learned how to avoid Brook’s Law with modular design, so that Summer X can be an exercise in effective, rapid development. It is our goal to learn how to increase the team size indefinitely – with the limit of the entire global population collaborating if needed.
We are taking this as an opportunity to take our remote offerings to the next level. First, we plan to expand internet coverage through all of our 30 acre facility. Second, we will set up dedicated video stations for reporting from the event at multiple classroom, workshop, and outdoor locations. We have built several solar power stations that will allow us to power up wireless video devices in remote locations of our campus. This way, all of our lectures and build activity will be live streamed or otherwise captured as video and timelapse, with a dedicated collaboration faciliator maintaining connections and facilitating teamwork with remote audiences. Each day consists of lecture, where remote participants can ask questions almost like they were on site. Each day includes 2 hours of design time, during which we collaborate on real design with remote participants – teaching Design Guide style skills that teach how to use existing work to build things with it – and how to modify our modules in continuing development. During the builds – remote participants will have a chance to view build activity from several views, and we will upload video footage nightly with timelapse summaries of each location, so that a remote participant can gain decent insights by reviewing daily footage and analyzing it in detail, as we will be capturing footage and timelapse in full HD and 4K resolution. Further, we will encourage participants to bring their own time lapse and action cameras, so that even more details can be captured – and will encourage daily uploads so they can be shared as a collaborative Google folder.
Note: the Google Slides document below has 3 pages, scroll through it by clicking on the document or the arrows.
College students looking for applied, hands-on skills and learning to balance their curriculum will find a breath of fresh air. Teachers who want to expand their classroom to global collaborative design can get a lot of insight on practical ways to do this. Competitive students looking to pad their college applications will also enjoy a simultaneously exploration of a mind-opening experience. We certainly are optimistic about the possibility of change – which many ecologically-concerned individuals can find in our program – via inspiration from a creative and practical approach to address economic production and sustainability. Peak performance seekers may be interested in learning about the limits of personal manufacturing and public product development as new paradigms in a global shift. People who believe that cities should produce all that they need may be inspired, as we provide some solutions for getting there.
As part of the Summer X, each participant who signs up for one month or longer in the program will receive a D3D Universal 3D Printer. For any of the shorter term options, the 3D printer is sold separately. Since we will be using the 3D printer as an essential tool in rapid prototyping in all parts of the program outside of the Builder Crash Course, we recommend that participants get the printer prior to Summer X and bring it with them if possible. Otherwise, we will have access to 24 printers in the OSE print cluster.
Marcin Jakubowski – Facilitator for the 3 Months
Marcin was trained as a fusion physicist. He left academia right after finishing his Ph.D. to start a farm – in Missouri – and founded Open Source Ecology. For the last 10 years, he has been working on the Global Village Construction Set – now 1/3 complete – a set of enabling tools and machines for building regenerative infrastructures. Marcin is passionate about creating the Open Source Economy – a new operating system for Earth. Marcin will facilitate the classroom, design review, and Enterprise Track sessions, and will try to stay out of the workshop as he is trying to move up in management.
See Marcin’s bio and Global Village Construction Set Ted Talk:
Catarina Mota – Facilitator for Construction
Catarina is an open source advocate. She founded the Open Building Institute, co-founded Open Materials (do-it-yourself smart materials) and AltLab (Lisbon’s hackerspace). Previously, she co-chaired the Open Hardware Summit 2012, served on the board of directors of the Open Source Hardware Association, taught as an adjunct faculty member at ITP-NYU, and was a fellow of the National Science and Technology Foundation of Portugal. Catarina holds a Ph.D. in communication sciences and her research work focuses on the social impact of open and collaborative practices for the development of technologies. She is a founding member the Open Source Hardware Association and a TED fellow.
Jeff Higdon – Facilitator for Heavy Machines
Generalist, entrepreneur, teacher, off gridder, and “Mr. Fixit Man”. Jeff came across Open Source Ecology while taking Geoff Lawton’s permaculture design course and was bitten by the bug. Frustrated with overly complicated proprietary technology and repair manuals that say “take to a qualified technician”, he immediately saw the value in open source. Jeff brings to the table a broad depth of knowledge from his background working in and managing manufacturing and repair centers over the years and teaching vocational skills in a prison. Both at work and in his spare time he can generally be found building or fixing something using welding, fabrication, and team play.
Jessica Leete – Facilitator for the Construction Month
Jessica Leete is a designer, a licensed landscape architect, sculptor, urbanist, community catalyst and ecology educator. She is the founder of Boston dot dash Studio. The studio is the space for convergent thinking, design process, and construction regarding land and the systems that engage it to create regenerative solutions that reverse environmental degradation, are resilient, adaptable, and (through an engaged design process) provide training for an empowered community. The studio is about realizing solutions, the act of making, and how the process of design can affect positive change. The first of many, she encourages you to join the movement, start your own (location) dot dash Studio. A member of the Global Open Source Hardware (GOSH) movement, her particular interest lies in developing and making ubiquitous, open source hardware and technology for environmental metrics. To that end, she is collaborating with Open Source Ecology to enable universal access to collaborative design using open source toolchains.
Michel Dhoore – Facilitator for Open Source Microfactory Projects
Open source society proponent. Jack of all trades, master of some. Over the years working in several sectors from printing, stage building, as theater technician and as a entrepreneur / contractor mainly in ecological insulation – gives Michel a broad technical insight. Michel is not so keen on schooling but very keen about learning and education and he doesn’t confuse the two. The internet has given him and humanity as a whole a tool to learn and share at an unprecedented rate. The last few years he has been focusing on 3D web visualization as a learning tool by using solely Open Source software tool-chains. On his website 3dcontent.be you can find some of the results. His final goal is building all kinds of stuff, not only virtual, in a totally Open Source workshop. He has co-designed the Universal Axis, and is currently developing the open source, 3D printed, axial flux electric motor.
Chris Caswell – Facilitator for the Open Source Microfactory
With a background in Computer Science, Chris became particularly interested in Open Source Hardware as he began to experiment with 3D Printing in 2011. He was inspired and driven by the vast potential of personal/distributed manufacturing as he witnessed the line between software and hardware begin to blur. In 2013 he quit his job in Boston and moved to Richmond, Virginia to work with the technology full time. This work eventually became a Full Service 3D Print Shop – 3D Central – specializing in desktop FDM printers. He primarily does custom fabrication and rapid prototyping, along with continuing to offer 3DP related services to the surrounding community. Over this time he has replicated over 10,000 things, and trained hundreds of folks on the basics of the technology.
Thomas Griffing – Facilitator for Heavy Machines
Tom has a background in Electrical Engineering, Computer Science, Technical Writing and Hydraulics. He runs a small computer consulting business, instructs Tai Chi classes and also teaches “online” computer classes for a community college in Dallas. He has a farm in East Texas with a shop where he practices permaculture farming, works on projects of interest and sells Power Cube kits, parts and other items. He has also led OSE workshops on fabricating the Power Cube and Micro Power Cube. Tom Griffing is OSE’s Power Cube Lead and has been in Power Cube development since 2011.
Gary Kanak – Facilitator for Construction
Generalist and carpenter. Gary has participated in the Microhouse 4 build and was a team leaders at the Seed Eco-Home build at Open Source Ecology, and is an avid supporter of collaborative design. Gary brings general construction skill, vegetables, and humor to the table.
We can pick up participants who are arriving by plane at the Kansas City International Airport the evening before the first day of each month. Otherwise, you will have to find your own transportation. Due to COVID, we require that everyone coming on site either have vaccine shots, or if vaccination is not possible, we will have to work out special arrangements. Since we will be working in close quarters in a large group environment with close contact for many collaborative tasks – we are taking the responsibility to make sure that everyone is safe. We do not know how COVID will play out, so as we get closer to the event, we will report on updates regarding either tightening or loosening up restrictions. Note that we cannot predict what quarantine restrictions will be in place for September, so please plan to make arrangements as needed. We will have the capacity to quarantine people on site, and will provide personal protective equipment and safety protocols as needed.
We have 21 spots for participants who want to stay at the HabLab—our shared-room dorm, and 2 Solar Cubicles for a total of 23 people. There is no extra cost for staying at the dorm and spots are filled on a “first come, first served” basis. Please note that this is a very rudimentary earth building and our accommodations are rough. The dorm rooms may be noisy due to late night conversations by participants. We are building 12 or more summer cabins, so we will have added capacity to house people in small private cabins at a rate of $25 per night. If you are interested in this option, please inquire. Participants are also free to camp out in our designated camping area. RVs may be brought on site, and we plan to have 4 RV outlets at 30A 120V available. We are building both an outdoor kitchen and bathroom, with max capacity of serving 200 people. Factor e Farm is an experimental facility that is permanently under construction, so please gauge your expectations accordingly. If you want a more comfortable stay, we recommend that you stay in a hotel.
Participants may secure a hotel in Cameron, Missouri (15 miles away) if there is no suitable space on site. Please note that there is no public transportation between Cameron and Factor e Farm and that we cannot pick you up or drop you off on a daily basis during the workshop. Car rentals are available at the KCI airport.
We also have primitive camping on site which includes a composting toilet.
The nearest airport is Kansas City International (MCI), about 1:15 hours away from Factor e Farm. FeF is located in a rural zone and there is no public transportation of any kind in the immediate area,though buses do arrive in St. Joseph, Cameron, and a train station is found in Kansas City.
If you are driving, please schedule your arrival on site at 6 PM or later on the evening one day before the start date of the Summer X month of your interest. Please schedule your departure on the day after the Camp if you need a ride to the airport.
We are scheduling airport pickup at 8 PM on the evening before the first day of the workshop each month. We are scheduling an airport dropoff in the morning after the last day of each Summer X month. Airport dropoff will be as early as needed for the first flight, so plan accordingly. Car rentals are available at the KCI airport, if you’d rather not wait for pick up or dropoff.
Since the round trip to the airport is 2:30 hours, ideally we would like to make only one trip to the airport at the times above. The MCI airport is small and there isn’t much to do there, but it has a few restaurants/cafes and quiet areas to rest. We will also try to coordinate transportation if any people arriving by car are willing to pick others up from the airport.
To the extent that it’s possible, we request that you try to schedule your flight arrival and departure as above to make logistics smoother.
OSE will provide breakfast, lunch, and dinner. We will have a person preparing meals in the kitchen and on the outdoor grill. We are not growing produce at this time, so we will go to the supermarket for supplies. Our cook will coordinate the menu with participants.
If you need additional food, Cameron, Missouri, is 15 miles away and has a food store and a Walmart. There is also a small grocery store in Maysville, which is 2.5 miles away.
What to Pack
You are welcome to bring your own tools if you wish to. But we will have all the necessary tools on site—as well as work gloves, protective eyewear, and hard hats.
Please bring steel-toe boots – as we may be working with heavy metal objects. Steel toed boots are the safest footwear for any workshop. Steel toed boots are required for safety in the workshop, and people without steel toed boots are not allowed in the workshop.
This being Missouri, the weather is highly unpredictable. It is likely to be hot. It can also get quite muddy when it rains, so sturdy boots are recommended.
Please also bring a sleeping bag and a bath towel if If you’re staying in the HabLab, we have fitted sheets, pillows and pillow cases available – but you may want to bring your own pillow if that’s something that is important to you. If you’re camping, please pack everything you’d normally pack for a camping trip.
Note: early bird deadline is midnight, May 31, 2021
- Early Bird Registration – Main Program – 1 month: $3995 for one month. 1 month of onsite participation includes tuition, room, board, and also the D3D Universal 3D Printer. If you’d like to participate in more than one month, each additional month is $3495. Deadline for early bird registration is Monday, May 31, 2021 at 11:59 PM, after which the cost goes to $4295. See How it Works for more about this track.
- Builder Crash Course We havea an early bird price of $2100 for the 14 day Builder Crash Course, after which it goes up to $2450. See schedule for the program. Includes room and board as discussed at Logistics
- Early Bird Registration – Enterprise Track: The enterprise track is offered only as the full, 3 month option – on top of the main program – at an additional cost of $3000 over the Main program. We offer a remote option at the same cost if you are already a builder and if you take at least the 14 day Builder Crash Course part of Summer X. Please inquire for more info. See How it Works for more about this track.
- Remote Participation – Remote participation costs $499 for one month of remote participation. See How it Works for more about this track. The OSE Dev Kit is not included in the Remote Participation option, but you can purchase that separately at our products dropdown menu.
- Individual Days You are welcome to participate for any duration at $199/day of onsite activity. If you are doing 5 or more days, the cost drops to $175/day. After the early bird deadline of May 31 – these go up to $225 and $200/day, respectively. See details of schedule to select your days. Includes room and board as discussed at Logistics.
- Donate to OSE – Sponsor another participant or Donate to OSE: We are a nonprofit organization with 501(c)3 status, and you can make tax-deductible contributions to us. You can fund attendance of someone who is on the waiting list for financial assistance. We receive low-income assistance requests for all of our workshops. Sponsor by paying the quantity on the order form below. Please email us at firstname.lastname@example.org that you are sponsoring someone else. We can send you a tax deduction receipt (US customers only). You can also donate via BitCoin:
Bitcoin Address: ”’166yC48RakrZdtsBj36vY9q29CpzknHbxY”’
Payment Options: PayPal, Check, eCheck Bitcoin, Money Order, or Wire Transfer
To register, we use Eventzilla (below) – which accepts PayPal or eCheck options. Using the eCheck option (bank routing + account number) avoids the 3% PayPal fee. To avoid fees, you can send payment (paper check, etc.) to Open Source Ecology, 909 SW Willow Rd, Maysville, MO 64469. We can also accept Bitcoin and wire transfers. Email us at info at opensourceecology.org for additional instructions.
All sales are final, as we are making significant material purchases and incurring logistics expenses in preparation for this camp. In case of the unlikely events such as weather, disease, or civil unrest, we plan to postpone the event until a more favorable date. If a schedule conflict arises for you, you are welcome to come to our next event. We run workshops on a regular basis. Your tickets may be exchangeable for another event of equal value in the future, or you can transfer the your tickets for someone else to take your place.
Have questions? Drop us an email: info-at-opensourceecology-dot-org
Summer of Extreme Design-Build? Isn’t this more like the Fall of Extreme Design-Build? Right, we’ll be at the end of summer, and mostly in the Fall. The name was retained from our usual summer schedule – which did not happen last year due to Covid. We have postponed to a later date this year to address the issue of immunity to Covid.
What are the logistics of returning home with the 3D printer kit, as I assume these are large machines. Right, the D3D Universal can be shipped in the USA for $22 at the USPO using a large flat rate box. You can also pack it in your luggage – it can fit in a backpack. However, you may need to put it in your checked in baggage, as some parts will be questioned at security.
Does the Remote Participation include the Dev Kit? No, but you can email us to pre-order one or order from our Products dropdown.
Can the videos be watched again after the live stream? Yes, we are recording all the classroom live streams, and we will send a YouTube link to all participants. We will also be doing a number of time lapses and build videos, and all these assets will likewise be available to participants. We are investing significantly in video production infrastructure to cover all of our site and produce full HD feeds and some 4K timelapse assets.
We live in Europe, and are very worried about the possibility that COVID will make travel impossible. Can you please lay out the alternatives in the event that the pandemic makes it impossible for us attend? In case someone cannot attend the SummerX program for emergency reasons, such as the pandemic, family or work reasons, etc – they are welcome to attend the next event. There is a chance that the pandemic flares up, we may need to change our schedule – but so far it looks good. We are running the Summer of Extreme Design-Build annually, and expanding the program, so if one misses the opportunity, they are welcome to attend the next session for an equivalent amount of time. If the cost structure changes, they are still welcome to attend for the same amount of time as their initial registration. Another alternative is to transfer the registration to someone else in their place.
If I have two single months paid for for two individuals, can I combine them for two months for one individual? Yes, just let us know ahead of time so we can address logistics issues if needed.