1:1 interview with Hackaday Prize finalist Radu Motisan

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Did you know that 80% of the 2015 Hackaday Prize finalists are powered by Atmel? With only days left until we learn which project will walk away with this year’s crown, we recently sat down with each of the potential winners to get to know them better. 

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Radu Motisan is no stranger to the higher ranks of the Hackaday Prize leaderboard, and rightfully so. Not only in the running for this year’s best product category as well as the ultimate grand prize, the Maker was also named a semi-finalist back in 2014 with his uRADMonitor — a web-connected, plug-and-play radiation monitor that tracks beta and gamma emissions around the globe. Piggybacking off of his work thus far, Motisan has decided to take the project one step further by going mobile with the Portable Environmental Monitor. It measures alpha, beta, and gamma radiation, dust, air quality, temperature and pressure using a small, handheld device that uploads data to the Internet over Wi-Fi.

Atmel: What is the Portable Environmental Monitor?

Radu Motisan: The Portable Environmental Monitor with its backend uRADMonitor infrastructure is the next big thing in the IoT: a new pollution tracking platform equipped with top-grade sensors to deliver real-time measurements and notifications to help us protect our health. The readings are mapped to geographical locations, for better understanding of pollution as a phenomenon. As I it see it now, this slowly becomes a new standard for checking environmental quality the very same way we use weather forecasting today.

Atmel: How did you come to the idea for monitor? Moreover, what inspired you to enter the contest with your project?

RM: The idea came from a personal need for uncensored, real environmental data. It was a perfect fit for Hackaday’s call to build something that matters and help the environment at global scale.

Atmel: In line with the Hackaday Prize’s theme, how are you hoping the monitor changes the world? What’s the mission?

RM: The uRADMonitor with the Portable Environmental Monitor unit is an ambitious project, aiming to improve global awareness on pollution, its factors and evolution, and ultimately to increase the quality of life.

Atmel: What’s makes the device so unique? What’s your vision for the next five years? Where do you see the monitor going or what/who would you hope will pick up the project and use it?

RM: It’s different because its open — transparency is important to guarantee the quality of equipment and of the resulting collected data. There was considerable effort to develop both the hardware and software glueing this together and I’m happy the results so far exceeded the expectations with innovative devices. In five years, the project’s name should be already known worldwide with more people using it. It addresses both end users and companies to monitor living spaces, offices but also cities, plants, production centres. The hardware involved is constantly shaping to new ideas that make this solution even better. Next step is providing larger scale monitoring solutions for cities and running a few field tests.

Atmel: As we know, the Maker Movement has opened the door for everyone from hobbyists to tech enthusiasts to hardcare engineers to tinker around. What’s your personal background?

RM: By training, I’m a software engineer. By hobby, I’m a chemist, physicist and electronics amateur. By heart, I am the man that will use the best of his skills to build technology that matters — that has an impact on other people’s lives. Luckily this background allowed venturing into the corners of hardware design and production, with ease.

Atmel: What are some of the core pieces of hardware embedded?

RM: The Portable Environmental Monitor uses an ATmega128 MCU as the brain of its operation, having to handle complex operations like driving sensors, WLAN communication, real-time user GUI on a large touchscreen display, Geiger high voltage circuit, and finally, the power management involving the rechargeable battery and a high efficiency inverter. Then, there is also a BME680 sensor from Bosch Sensortec that does wonders at a very low energy cost.

Atmel: Are there any other hardware projects you’re also building at the moment?

RM: There is the new City Air Quality project, which involves a custom Portable Environmental Monitor hardware but with a Bluetooth connection to a smartphone and air quality sensor, all fixed to the outside of a car, to run the first live tests on pollution and build an experimental environmental heat map. The know-how will be used for a miniaturized version that addresses bicyclists in an effort of reducing pollution in cities. All under a new startup company that I’m working to shape at the moment…

Atmel: We’ve gotta ask… why go with Atmel chips?

RM: Because they are great!

Atmel: What advice would you offer other Makers when getting into hardware and embarking on a new project?

RM: When you build something, finish the job! Don’t just leave endless meters of jumping wires in unfinished tests and breadboards. Instead, think big, design a case for your new gadget, build a prototype and try entering production to test your idea on the real market. Playing is nice, but the real world and solving problems of others, are by far more appealing.

Atmel: You mentioned something about working on launching a startup. What does this entail? Will you perhaps be taking this project to Kickstarter/Indiegogo in the near future?

RM: Yes! The startup is in its early phase, preparing all the documents and local legal requirements. The crowdfunding campaign will happen… in just a few days!

Atmel: And… if you happen to win the grand prize, will you be heading to space or taking the cash?!

RM: My childhood dream was to become an astronaut. As I see it now, this is a one time opportunity, but it also makes it a though question since I am now a more responsible young parent.

Atmel: Anything else you want to tell us and our followers?

RM: Yes. Life is short, and the Hackaday’s “build something that matters” thing is not a cliché, but the very first thing we need to consider every time we wake up in the morning. Make the plan, aim and shoot. There is not time to waste, since there are so many things that can be improved in this world and we are all responsible for that. And those with certain skills have even higher responsibility.

Don’t miss our other interviews with fellow HaD Prize finalists Chris Low, OpenBionics, Eric William and Eyedrivomatic!

1:1 interview with Hackaday Prize finalist Eyedrivomatic

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Did you know that 80% of the 2015 Hackaday Prize finalists are powered by Atmel? With only days left until we learn which project will walk away with this year’s crown, we recently sat down with each of the potential winners to get to know them better. 

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Amyotrophic laterals sclerosis, more commonly known as ALS, is a progressive neurodegenerative disease that affects nerve cells in the brain and the spinal cord. Typically, motor neurons reach from the brain to the spinal cord and from the spinal cord to the muscles throughout the body. However, with ALS, the progressive degeneration of the motor neurons leads to their demise. When these motor neurons die, the brain’s ability to initiate and control muscle movement is lost. With voluntary muscle action progressively affected, people eventually become unable to speak, eat, move and breathe.

Cognizant of this, the Maker trio of Patrick Joyce, Steve Evans and David Hopkinson have developed an eye-controlled wheelchair system that will enable those who no longer have use of hands to regain their mobility, not only ALS sufferers. This innovation, dubbed Eyedrivomatic, is a yet another prime example that a Hackaday Prize entry can make a lasting impact on the lives of others. We recently had the pleasure of sitting down with team member Patrick Joyce to get this thoughts on the contest, learn about his inspiration for the project and what the future holds for the truly remarkable machine that will give those with quadriplegia a second lease on life.

Atmel: What is Eyedrivomatic?

Patrick Joyce: Eyedrivomatic is an eye-controlled wheelchair system that allows quadriplegics to take control of their mobility, by providing a hardware ‘bridge’ between users’ Eyegaze equipment and their wheelchairs.

Atmel: How did you come to the idea for it? Moreover, what inspired you to enter the contest with your project?

PJ: I have ALS, a terminal disease which takes away use of your muscles, your ability to eat and breathe, and sooner or later, inevitably, takes your life as well. Two years ago, as I was steadily losing the use of my hands, I suddenly realized to my horror that when they did go completely, I would no longer be able to move my own wheelchair. Subsequently, I would have to rely on carers to move me. I figured I’d better do something about that.

When I heard about the Hackaday Prize, I thought ‘wow, a trip into space!’ What I didn’t realize was just how motivating entering would be, and how dramatically the deadlines would speed up the rate of progress on the project — it’s been a heck of a ride.

Atmel: In line with the Hackaday Prize’s theme, how are you hoping your device changes the world? What’s the mission?

PJ: My original goal of helping my future self retain independent mobility soon changed, when I realized the scale of the problem. My mission quickly became helping everyone in this awful position, worldwide. At the moment, Eyedrivomatic is a first-world solution to a first-world problem. It relies on the user having Eyegaze equipment and an electric wheelchair. I can’t do much about quadriplegics without wheelchairs, but I’m actively working on a webcam-based system for those without Eyegaze equipment.

Atmel: What’s different about it? What’s your vision for the next five years? Where do you see the project going or what/who would you hope will pick up the project and use it?

Truth be told, ALS will likely take my life sometime over the next couple of years, so getting the Eyedrivomatic project to the point where others can continue its maintenance and development is paramount. I’m nearly there — just some work left to do on the software. From there, the priority will become getting the system out to the people who need it.

Atmel: As we know, the Maker Movement has opened the door for everyone from hobbyists to tech enthusiasts to hardcare engineers to tinker around. What’s your personal background?

PJ: These processes are hindered by my inexperience in all the disciplines necessary for a project like this. Before getting ALS, I was an artist… a painter. My work never paid the rent, so I earned a living as a tree surgeon, or even more recently, a plumber. None of which was much use when it came to 3D design and programming. However, Arduino is a perfect platform for someone such as myself. Powerful and versatile, yet simple and easy to use. And, Arduino combined with 3D printing — now that’s marriage made in heaven. I certainly couldn’t have designed Eyedrivomatic without them.

Atmel: What are some of the core pieces of hardware embedded?

PJ: Eyedrivomatic employs an Arduino Uno (ATmega328), which has enough processing power to run the entire system with plenty to spare for add-on features. Aside from that, there’s a four-channel relay shield, a servo/sensor shield, an optional solar phone charger, some servos and a few other components that can be found on its Hackaday page here.]

Atmel: What advice would you offer other Makers when getting into hardware and embarking on a new project?

PJ: My advice to those wanting to become Makers, but daunted by their lack of skills: Arduino, Arduino, Arduino! It’s perfect for beginners, and provides you with programming instruction as you go along – at your own pace. Then, get hold of a 3D printer and learn Sketchup or Autodesk 123D.

Atmel: Has this process inspired you to launch a startup and perhaps even take to Kickstarter/Indiegogo?

PJ: I’ve no plans to crowdfund an Eyedrivomatic manufacturing project at the present time, though I’m hoping someone else will.

Atmel: And… if you win, will you be heading to space or taking the cash?!

PJ: I would love to go into space! But Eyedrivomatic was a team effort, and sadly we can’t all squeeze in that one seat. So boringly, we would take the cash.

Don’t miss our other interviews with fellow HaD Prize finalists Chris Low, OpenBionics and Eric William!

1:1 interview with Hackaday Prize finalist Eric William

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Did you know that 80% of the 2015 Hackaday Prize finalists are powered by Atmel? With only days left until we learn which project will walk away with this year’s crown, we recently sat down with each of the potential winners to get to know them better. 

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Confined spaces can be a dangerous part of rescue work, especially for miners and firemen. Not only do they have to worry about walls caving in and trapping people, but hazardous gasses. And while there are several expensive robotic devices out there that can take gas sensors deep into these tight areas ahead of rescuers, Eric William has come up with a much cheaper, more efficient alternative to remotely sniff the air before entering. The Maker has developed a $30 gas sensor “grenade” using a basic Arduino and a few other components, which is capable of analyzing the environment and reporting its levels with real voice output.

Atmel: What is the Gas Sensor for Emergency Workers?

Eric William: It is a simple gas sensor which monitors for smoke, liquefied petroleum gas (propane, butane, etc.) and carbon monoxide. It is made to be thrown into any unknown or potentially dangerous area before human entry and it relays the gas levels back to the user located at a safe distance via radio frequency. The levels are then broadcasted as human voice in English so anyone can understand the conditions/risks in the area.

Atmel: How did you come to the idea for the Gas Sensor? Moreover, what inspired you to enter the contest with your project?

EW: For several years, I was responsible for the safe work and rescue (if needed) of approximately 18 employees working in industrial equipment. We used industry standard air monitors, which like almost all models, are designed to be worn by the user. This made it quite difficult to measure the conditions in an area before a person enters that area. We resorted to suspending them via string, etc. I wanted a unit which could be tossed into the area from a distance or dropped from above into any area — but one simply did not exist.

This year when I created the basic prototype I happened to see the Hackaday contest on social media on the very night I tested the first voice transmission. I thought it would be a great way to get the open source project out to the world as the timing was perfect.

Atmel: In line with the Hackaday Prize’s theme, how are you hoping the sensor changes the world? What’s the mission?

EW: My hope is that anyone, anywhere can take the design, code and instructions to easily reproduce the sensor themselves.  Areas of the world without access to the industrial versions (they are quite costly at $1,000 or more) could utilize these to add at least some layer of protection. Since they can be recreated at a minimum of cost, perhaps a cost-effective mass produced version can be developed, and existing companies can take the concept and fill this gap within their own product line. Regardless of who supplies it, I think having it available to the world will potentially save lives.

Atmel: What’s different about the Gas Sensor? What’s your vision for this “grenade” in the next five years? What/who would you hope will pick up the project and use it?

EW: I know of no existing air monitor which can be deployed by the user into any area and receive the results from a safe distance whereby removing all exposure to the unknown risks. All existing ones I have used require the user to see an LCD screen and hear the audio alert (beeper) within the device. The price to reproduce this project is so low (under USD $30 is no problem) they could simply be disposable if mass produced.

In the upcoming years, I envision the project could be improved with additional sensors for oxygen and hydrogen sulfide. This would give it more functionality than most commercial ones already in use today.

My hope would be that people in far more industries could then use this simple device. In my mind, I could see it expand from industrial applications to anyone entering an unknown areas. As the cost could be very low, almost any employee could carry one and toss it into any area before entering if there is a chance of an unsafe atmosphere. This could span all industries with confined spaces (almost all industrial installations), mining, utility workers, emergency responders of all types, city workers, HVAC (heating ventilation & air conditioning), inspectors, hydro workers, telephone workers… this list goes on and on.

Atmel: As we know, the Maker Movement has opened the door for everyone from hobbyists to tech enthusiasts to hardcore engineers to tinker around. What’s your personal background?

EW: I have been an electronics hobbyist since a very young age. In my professional career, I came from 10 years in the automotive repair industry where I did all types of repair but specialized in diagnostics. I left the industry for a career in alternative energy. After some time performing repairs and maintenance on industrial wind turbines, I was put in charge of the maintenance of a large industrial wind farm. After several years I left this role for a position in technical support specializing in the software operating systems and diagnostics.

Atmel: What are some of the core pieces of hardware embedded?

EW: At its core, the ATmega328 (Arduino Nano) does the work. Beyond that, there is only and MQ2 gas sensor, a battery and a small ASK transmitter.

Atmel: What hardware products or projects are you also building at the moment?

EW: I have too many! 🙂 I am doing ongoing work on an Arduino-based satellite project designed to share the basic cubesat concept and enable anyone to recreate a basic satellite facsimile at home. I plan some upcoming improvements and changes to my Arduino/human brain interface which operates a 3D-printed robotic arm.

I am most excited, however, about a project I am building which is an easily portable educational classroom that can be used anywhere in the world. It is completely standalone and requires no conventional utilities such as hydro or communication access. It should allow anyone, anywhere access to basic educational tools as well as more advanced technology based learning and development.

All my projects are shared open source on my YouTube channel, in addition to on my website.

Atmel: Why pick Atmel (and Arduino) chips?

EW: The price and availability makes them truly amazing devices. The community behind them makes it easy for anyone to create just about any project with almost zero experience. The sheer amount of freely available code and information already published makes just about any design or project a possibility for anyone.

Atmel: What advice would you offer other Makers when getting into hardware and embarking on a new project?

EW: Just dive in. Get a few basic components, like the Arduino boards, and make something you are interested in. Everyone starts with blinking an LED but after that build what you want — don’t just follow a book of projects. Google for the answers to problems you encounter (you will be astounded at how many times your exact question has already been answered). Ask questions in forums and share your projects back with the world so others may benefit.

Atmel: Any plans to launch a startup and perhaps even take to Kickstarter/Indiegogo?

EW: Not for this project- it is free for the world. I have a couple ideas I think I may someday try crowdfunding, but for now I enjoy just releasing them open-source so all can take them forward.

Atmel: And… if you win, are you heading to space or taking the cash?!

EW: Although a trip to space has long been a dream of mine, I just got married a few months ago so I think I may be in hot water if I didn’t take the cash! [Laughs] With the money I may just be able to take this project (perhaps others) to production. That would be nice.

Atmel: Anything else you want to tell us and our followers?

EW: Thank you to Atmel, Hackaday and all those who have supported the 2015 prize entries as well as open source projects in general. You are all amazing!

Don’t miss our other interviews with fellow HaD Prize finalists Chris Low and OpenBionics!

1:1 interview with Hackaday Prize finalist OpenBionics

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Did you know that 80% of the 2015 Hackaday Prize finalists are powered by Atmel? With only days left until we learn which project will walk away with this year’s crown, we recently sat down with each of the potential winners to get to know them better. 

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While there are surely amazing bionic hands available for amputees today, their price tag can range anywhere from $40,000 to $100,000. This is life-changing technology that has a tremendous impact on people all over the world, however the vast majority can’t afford it. Not to mention, these devices are often times too heavy. As a result, one group of Makers decided to take it upon themselves to create a low-cost, lightweight, custom bionic hand with the help of 3D printing. The total cost? Less than $1,000 — a mere fraction of its commercial counterparts.

We recently had the pleasure of sitting down with OpenBionics team member Minas Liarokapis to gain a better insight into the project, its inception and what’s in store for the future.

Atmel: What is OpenBionics?

Minas Liarokapis: OpenBionics is an open source initiative for the development of affordable, highly functional, low complexity robotic and prosthetic devices that can be easily fabricated with rapid prototyping techniques and off-the-shelf materials. We have already built a few generations of robotic and prosthetic hands — since 2013 when OpenBionics was founded — and we are continuously working on improving our designs.

Atmel:. How did you come to the idea for OpenBionics? Moreover, what inspired you to enter the contest with your project?

ML: I had the inspiration for the creation of OpenBionics while working on my PhD thesis at the Control Systems Lab (CSL) of the National Technical University of Athens (NTUA), under the supervision of Professor Kostas Kyriakopoulos (lab director). He was motivated by the observation that the state of the art robotic and prosthetic hands are overpriced and lack basic functionalities. So, in 2013 the OpenBionics team was set up, consisting of Agis Zisimatos and Christoforos Mavrogiannis and Prof. Kostas Kyriakopoulos also members of the CSL. In 2014, George Kontoudis joined the team.

Since the early beginnings of the OpenBionics initiative, our main priority was to share open designs with the community of Makers, scientists, hobbyists, robotic enthusiasts and later on with people in need (e.g. amputees). Hackaday appeared to be a welcoming community for projects like ours and upon hearing about the Prize we felt this would be a good motivation for us to accelerate the development of our hands.

Atmel: In line with the Hackaday Prize’s theme, how are you hoping OpenBionics changes the world? What’s the mission?

ML: A lot of companies and initiatives claim that they will change the world, it’s a catchy phrase, a nice slogan. We dream about changing the world, we really hope that we will be able to play a significant role in this process at some point. Until then, we want to change people’s lives. To make them happier, more productive, to inspire them to be creative. To help amputees regain their lost dexterity. To educate young engineers, who will eventually become better than us. People will change the world, not initiatives or companies. Together we can change the world and we can make it a better place.

Regarding our HaD Prize project, we have proposed a fully functional prosthetic hand that can execute 144 grasps with a single actuator. This hand weighs less than 300g and costs less than $200. Currently, we are working also on giving to the design a product feel and make it more beautiful. Nowadays, commercially available prostheses cost up to $100.000, more than a sports car. This is irrational and has to be changed. We really hope that products like ours will reshape the prosthetics market. Amputees can build their own prostheses. Hackerspaces, Makerspaces and Fab-Labs can facilitate this process. We really hope that we will trigger a change in this field.

Atmel: What’s different about it? What’s your vision for the next five years? Where do you see OpenBionics going or what/who would you hope will pick up the project and use it?

ML: Our prosthetic hand design is based on a novel differential mechanism that allows a single actuator to control multiple fingers using a simple intuitive interface based on buttons. This differential facilitates the desired cost and weight reduction. We feel, that the differential is the cool idea.

OpenBionics just started. We have many ideas and many cool designs in mind for the years to come. We want to be part of the open-source revolution! From the beginning our designs have been completely open for everyone to use them and experiment with them. We hope to achieve a level of design simplicity for our products, that will allow everyone — amputees, Makers, scientists and hobbyists — to replicate our hands using the provided assembly guides. Stay tuned for more!

Atmel: As we know, the Maker Movement has opened the door for everyone from hobbyists to tech enthusiasts to hardware engineers to tinker around. What’s your personal background?

ML: We are a team of engineers and we are all working professionally (most of us in academic positions) in the area of robotics.

Atmel: What are some of the core pieces of hardware embedded?

ML: Other than the hardware designed by the initiative, we use [Atmel based] Arduino boards, servo motors and NFC tags for the new design of the NFC ready fingers.

Atmel: What hardware products or projects are you also building at the moment?

ML: We have many different ongoing projects. In the next few months, we will release a new version of our prosthetic hand, based on the Hybrid Deposition Manufacturing technique. Then, we will focus on ameliorating our robot hands. Exoskeletons, rehabilitation and other wearable human augmentation devices are also in our future plans.

Atmel: Why pick Atmel (and Arduino) chips?

ML: Arduino boards with Atmel chips are open source, affordable and well documented. These are characteristics of paramount importance for us.

Atmel: What advice would you offer other Makers when getting into hardware and embarking on a new project?

ML: They should not be afraid to fail. We have failed many times, but we never gave up. We feel that when someone has an idea worth spreading she/he has an obligation to share it with the world, no matter how busy she/he is or what other personal constraints she/he has. Dream, design, build, repeat and in the process you will have a lot of fun!

Atmel: Any plans to launch a startup and perhaps even take to Kickstarter/Indiegogo?

ML: All these ideas have definitely crossed our minds and we are currently in a process of discussing with each other the future of OpenBionics. The only certain thing, is that the initiative will remain completely open source. We are open to new collaborations and we plan to be even more involved in the Makers and open source communities.

Atmel: And… if you win, will you be heading to space or taking the cash?!

ML: Space is fun, but we are four and we cannot decide who to send up there. Moreover, if we get the cash we will be able to do wonderful things and prepare far more exciting designs

Atmel: Anything else you want to tell us and our followers?

ML: Don’t be afraid to dream, design, create, innovate and please keep your minds and your ideas open. Together we are much stronger!

(UPDATE: Liarokapis and the OpenBionics crew took home second place in the 2015 Hackaday Prize.)

Don’t miss our recent interview with fellow HaD Prize finalist Chris Low. You can check that out here!

1:1 interview with Hackaday Prize finalist Chris Low

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Did you know that 80% of the 2015 Hackaday Prize finalists are powered by Atmel? With only days left until we learn which project will walk away with this year’s crown, we recently sat down with each of the potential winners to get to know them better. 

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Transportation is major issue in the developing world due to its lacking physical infrastructure, and unfortunately, off-road SUVs are outside the means of the average person. In an effort to make them more accessible to everyone, Maker Chris Low built a solar-powered utility vehicle capable of battling harsh environments and rugged terrain.

Atmel: What is the Light Electric Utility Vehicle?

Chris Low: The Light Electric Utility Vehicle, which I am now calling the Solar Utility Vehicle (or SUV), is a solar-powered utility vehicle that has been made specifically for the conditions in the developing world. It is designed to be fully off grid, and charge itself from an array of four 95W solar panels that form a canopy over the vehicle. It has a portable power bank so that people can drive somewhere and have power available to them. It is also meant to be robust enough to handle the rough roads in a developing world context.

Atmel: How did you come to the idea for the SUV? Moreover, what inspired you to enter the contest with your project?

CL: This is an idea I have been thinking about for a few years now. I have been working in Africa primarily South Sudan since 2008 back when it was still part of Sudan. In that time, I have had to work on a lot of broken vehicles that just couldn’t cope with the conditions, and finding spare parts can be a nightmare. Few people realize that an all-electric drivetrain is actually much simpler mechanically than an ICE and has much fewer moving parts. I have been looking at making a small electric skid steer, but found that an articulating design is much more efficient and puts much less stress on components. I love small vehicles, and can see a huge potential market for something in this size throughout the developing world. There are some similarly sized three-wheel vehicles available here, but after owning one and always trying to fix it and not roll it, I knew there was a better solution for this environment.

I built this project because I had a use for a vehicle like this in the work that I do, and there was nothing available. I also spend a lot of time working with local welders in South Sudan, and I know if I could make kits and create easily understandable plans they could manufacture these vehicles locally; which would create jobs in a place that desperately needs them. I would have done this project anyways, but since I am an avid Hackaday reader I happily put this project in the competition, which I hope spreads the idea and inspires people to improve upon the idea.

Atmel: In line with the Hackaday Prize theme, how are you hoping the Solar Utility Vehicle changes the world? What’s the mission?

CL: Like I said before the mission is to provide people in poor areas of the world with an affordable tool which can benefit there lives. A locally manufactured vehicle also has the advantage of benefiting the local economy. I think there is also a great opportunity now for the developing world to develop using much more sustainable energy sources. Not only doesn’t this vehicle need petroleum-based products, it also doesn’t require expensive grid infrastructure. It is ready to work no matter how remote the location.

Atmel: What’s different about it? What’s your vision for the next five years? Where do you see the vehicle going or what/who would you hope will pick up the project and use it?

CL: I think designing a practical solar vehicle is a bit different. Most of the examples I have seen of solar vehicles often don’t have a practical use in mind. Solar power for a utility vehicle makes a lot of sense, because they are often used for brief periods with lots of downtime in between to recharge. It is also incredible useful to have mobile power without the use of a generator. The body design with an articulating frame and differential motor control is also a bit different.

I already have a pretty extensive redesign in mind. Now that I have proved the concept, I would like to try a version using LiFePO4 batteries and hub motors with a more traditional steering design. I am always trying to improve things and make it simpler, but I would also like to push the efficiency boundaries as well on the next iteration.

I would love to see anyone make one of these, but I am a bit careful as well. While I believe this vehicle is about as inexpensive as it can be considering the technology involved, I also realize that at about USD $3,500 it is a huge investment for someone in a poor area. I have had a lot of offers to buy the vehicle here, but I really want to make sure everything is rock solid before people spend so much of their money on something.

Atmel: As we know, the Maker Movement has opened the door for everyone from hobbyists to tech enthusiasts to hardcore engineers to tinker around. What’s your personal background?

CL: I am certainly a beneficiary of the Maker Movement. My degree is actually in construction management, but most of my skillset comes from growing up on a farm and loving to try new things. I grew up doing a lot of electrical wiring, but really didn’t get into electronics until later in life. I started by building solar panels that I was using in South Sudan, but that quickly opened up into a lot of other things. I have done quite a few different alternative energy projects in South Sudan, and really love making these technologies accessible to people without costing a fortune.

I love that we have such an amazing amount of information so readily available to us now through the Internet. Anything form in depth analysis and feedback from strangers on forums, to free courses from places like MIT. We are really blessed in a way that no other generation has been.

Atmel: What are some of the core pieces of hardware embedded?

CL: Most of the brain work on the vehicle come from a pair of Arduino Pro Minis (ATmega328). One does monitoring of different current and temperature sensors and display that to an LCD screen. The other reads a Wii Nunchuck and a potentiometer at the point of articulations, and runs a PID loop which outputs to a pair of Dimension Engineering Sabertooth 2X60 motor controllers which run four 24V 650W DC gear motors.

Atmel: What hardware products or projects are you also building at the moment?

CL: My current project is very hardware centered. I just took the SUV up to a very remote refugee camp on the border to Sudan in the back of a very old Russian cargo plane. I am using the power from the SUV to cut doors and windows into an old shipping container that I am turning into a house. We are hoping to move up here early next year. I’ll be installing solar power, and be welding up furniture and other things we will need. I am also working on a BMS system for the LiFePO4 batteries for cell balancing, which uses a relay board and boost converter to run certain loads only off of the cell with the highest voltage.

Atmel: Why pick Atmel (and Arduino) chips?

CL: I think as a non-EE, Arduino has been a huge help to me. The community is great, and there is such a huge wealth of resources available. It is amazing how quick I can go from idea to finished. I always have a few Pro Minis around just in case.

Atmel: What advice would you offer other Makers when getting into hardware and embarking on a new project?

CL: I would say just do it. It is amazing what you learn by doing actual projects. You have to learn one thing so that you can do another to finally get where you needed to go, but you pick up lot of knowledge along the way. Don’t be afraid to make mistakes, because that is also learning, and lessons you won’t forget.

Atmel: And… we have to ask. If you win, are you heading to space or taking the cash?!

CL: Honestly my wife and I raise support to do what we do, and I couldn’t look people in the eye if I took the trip to space (cool as it might be.) I also don’t know how I would explain it to the people I work with here in South Sudan. My wife and I are also about to have our first baby, so I would take the cash.

28 smart crowdfunding campaigns you may want to back this week

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Every Friday, we’re taking a look at some of the smartest, most innovative projects that caught our attention on Kickstarter and Indiegogo over the last seven days. 

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Gest

This wearable allows you to control your computer or smartphone with your hands. Apotact Labs is currently seeking $100,000 on Kickstarter.

BeeLine

This handlebar-mounted, stripped-down navigation system will guide you in the right direction on your bike. BeeLine is currently seeking $92,118 on Kickstarter.

Pico

This fully-automatic appliance enables anyone to brew their own mini kegs of craft beer right from home. PicoBrew has already nearly tripled its $200,000 goal on Kickstarter.

STEMI

This DIY kit lets Makers build their own hexapod robot while learning STEM at the same time. STEMI has reached its $16,000 goal on Indiegogo.

Lumenus

This lineup of smart clothing integrates an automated hands-free lighting system to enhance road safety for bikers, motorcyclists and runners. Lumenus is currently seeking $54,000 on Kickstarter.

SpeedForce

This fully-integrated smart cycling computer lets you get the most out of every ride. SpeedForce has already well surpassed its goal of $20,000 on Indiegogo.

Wink

This Arduino-based robot is designed to transition students from graphical programming to more powerful written code languages. Plum Geek has blown right by its $6,000 goal on Kickstarter.

Hoku

This comfort monitor is comprised of sensors that measure temperature and humidity levels as they’re felt in your child’s clothing. Hime Hiko is currently seeking $45,571 on Kickstarter.

Slate Scale

This Bluetooth-equipped scale connects to your smartphone and serves as your personal dietician. Slate Scale is currently seeking $50,000 on Indiegogo.

AuraVisor

This VR head-mounted computer works without your computer or smartphone, allowing you to break free of wires and cables. James Talbot is currently seeking $153,134 on Kickstarter.

NanoLeaf Smarter Kit

This lighting kit uses the ZigBee protocol to communicate with up to 50 smart bulbs within a 164-foot range, through voice commands given to Siri. NanoLeaf is currently seeking $40,000 on Indiegogo.

IdeaWerk Speed

This sleek 3D printer boasts a 450mm/second printing speed, which makes it at least five times faster than similar machines. Weistek is currently seeking $22,124 on Kickstarter.

Ockel Sirius B

This pocket-sized Windows 10 PC is as powerful as a desktop and as portable and light as a smartphone. Ockel has already achieved its Indiegogo goal of $10,000.

Flosstime

This first-of-its-kind smart floss dispenser will help you maintain better oral hygiene habits. Flosstime has hit its goal of $15,000 on Kickstarter.

AirBolt

This Bluetooth lock talks to your smartphone and unlocks with a single push of a button. AirBolt is currently seeking $36,168 on Kickstarter.

LucidCam

This portable, consumer-friendly VR camera helps you create content of your real world experiences to share with everyone. LucidCam is currently seeking $100,000 on Indiegogo.

HAIZE

This simple, add-on compass points urban cyclists in the right direction using a minimalist LED display. onomo is currently seeking $76,645 on Kickstarter.

AXIS Gear

This smart device motorizes your window shades in minutes for enhanced comfort, convenience and safety at home. AXIS is currently seeking $100,000 on Indiegogo.

Lucis

This portable, wireless lamp can change color and brightness with just a touch of your hand. Lucis is currently seeking $15,000 on Indiegogo.

Mstick

This multi-functional LED stick can be controlled via its accompanying mobile app to open endless possibilities. Molt America is currently seeking $50,000 on Kickstarter.

Andiamo iQ

This intelligent suitcase boasts a USB charger, a personal Wi-Fi hotspot, a built-in scale, and can send you alerts about your luggage and travel plans. Andiamo iQ is currently seeking $50,000 on Indiegogo.

Write2Go

This gadget turns your handwriting into digital memos, instant messages and e-signatures immediately. PenPower USA has already surpassed its goal of $1,000 on Kickstarter.

The RESPOT

This coin-sized device prevents you from losing everyday items and your most prized possessions. The RESPOT is currently seeking $35,000 on Indiegogo.

DC One

This unit is an interlocking, programmable, single-channel DC power supply that can be powered by either a battery or an AC/DC adapter. KAM Lab is currently seeking $36,200 on Kickstarter.

Skateboard GPS Speedometer

This mounted footstep features a built-in GPS speedometer, crafted to withstand the punishing spills of downhill skating. Benjamin Newman is currently seeking $34,561 on Kickstarter.

Ripple

This solar strap for the Pebble Time promises to eliminate charging forever, with one hour of sunlight equating 13 hours of battery time. GIXIA Group is currently seeking $80,000 on Kickstarter.

Dynamo Harvester

This energy harvesting hub will charge your smartphone via USB as you bike. Thomas Treyer is currently seeking $55,167 on Kickstarter.

Hackey

This Wi-Fi key switch gives you a simple and easy way to control Internet-related services just by turning the key. Cerevo is currently seeking $15,000 on Indiegogo.

Did you happen to miss last week’s notable campaigns? If so, you can check them out here.

28 smart crowdfunding campaigns you may want to back this week

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Every Friday, we’re taking a look at some of the smartest, most innovative projects that caught our attention on Kickstarter and Indiegogo over the last seven days. 

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Eora 3D

This high-precision 3D scanner is entirely powered by your smartphone, allowing you to capture physical objects and turn them into high-quality digital models. Eora 3D has already well exceeded its goal of $80,000 on Kickstarter.

The Things Network

This crowdsourced, LoraWAN-based IoT network will let developers build smart cities in just weeks. The Things Network is currently seeking $170,036 on Kickstarter.

Kamigami

This DIY kit gives Makers the ability to create and program their own origami-inspired, lightning-fast robots. Dash Robotics is currently seeking $50,000 on Kickstarter.

Revolights Eclipse

This set of wheel-mounted, Bluetooth-enabled bike lights are taking cycling safety to the next level. Revolights has already surpassed its $26,000 goal on Indiegogo.

BEDDI

This intelligent alarm clock/speaker integrates with a variety of apps like Spotify, Uber and Google Maps, as well as smart home appliances. Witti has blown right past its initial Kickstarter goal of $25,000.

MiniBrew

This all-in-one, countertop brewing machine makes it simple to craft and experiment with your own beer recipes at home. MiniBrew is currently seeking $100,000 on Indiegogo.

VOYO

This plug-in module transforms your old clunker into a smart car, increasing driver safety, convenience and fuel efficiency. VOYO is currently seeking $50,000 on Kickstarter.

TinyBoy 2

This affordable, easy-to-assemble 3D printer is geared towards the classroom and encouraging kids to become Makers. TinyBoy is currently seeking $30,000 on Indiegogo.

Nuzzle

This connected collar sends real-time location updates directly to an accompanying mobile app, providing you with your pet’s whereabouts via GPS. Nuzzle is currently seeking $75,000 on Indiegogo.

PhoneDrone Ethos

This device gives your smartphone wings, allowing you to deploy your iPhone or Android phone as an autonomous aerial camera. xCraft is currently seeking $100,000 on Kickstarter.

Remi

This smart, customizable companion goes to sleep with your little one and wakes up with them in the morning, ensuring they stay in bed until it’s time to get up. Remi is currently seeking $50,000 on Indiegogo.

ACPAD

This wireless MIDI controller offers access to hundreds of instruments, sound effects and loops by placing it on any acoustic guitar’s surface. Robin Sukroso has already quadrupled his goal of $45,435 on Kickstarter.

ZUS

This smart car charger not only powers up your electronics at twice the speed of others, it’ll also help you find your car with its mobile app. nonda has surpassed its asking goal of $10,000 on Indiegogo.

Ember

This Bluetooth-embedded mug lets you sip your coffee or tea at the perfect temperature for up two hours, or all day when used with its charging coaster. Ember Technologies has already doubled its goal of $50,000 on Indiegogo.

Beagle

This range of sensors can be placed throughout your home, giving you easy-to-understand information so you can take steps to improve your health. Beagle Sense is currently seeking $50,065 on Kickstarter.

Athena

This smart accessory for women emits a loud alarm when pressed, while sending text messages to loved ones with the wearer’s location. ROAR just hit their $40,000 goal on Indiegogo.

Sculpto

This 3D printer empowers families to make their own toys together right from home, with just a press of a button on their smartphone. Sculpto is currently seeking $22,835 on Kickstarter.

ORA-X

This Android computer in the form of stylish headphones lets you play music, launch apps, navigate menus and take pics via its touchpad or voice commands. Optinvent is currently seeking $150,000 on Indiegogo.

SleepPhones

This earphones-equipped headband allows you to listen to music as you sleep for up to 13 hours on a single charge. AcousticSheep has tripled its original $10,000 goal on Kickstarter.

Starling

The little wearable gadget tracks the number of words your child says and hears each day to help boost their IQ. Starling has garnered well over its $30,000 Indiegogo goal.

Wearable Camera for Athletes

This first-of-its-kind, ultra-light wearable sports camera system is designed for athletes, by athletes, to help gain valuable insight and share cool highlights. Shea Kewin and Tim Priamo are currently seeking $30,962 on Kickstarter.

QUBE

This portable Bluetooth speaker boasts four full-range drivers in front with two passive subwoofer dishes in the back to provide an audio experience like no other. Matrix Audio is currently seeking $38,682 on Kickstarter.

CLIKI

This smart button gives you a one-touch shortcut to the smartphone features you use most, whether it’s snapping selfies, sending emergency alerts, playing some tunes or triggering voice commands. CLIKI is currently seeking $35,000 on Indiegogo.

ePint Beer Mug

This LED and sensor-laden mug will illuminate your team’s favorite colors whenever they score, as well as light up when you’re in need of a refill. Xtreme Tech is currently seeking $50,000 on Kickstarter.

Goldilocks Analogue

This board is bringing sophisticated audio capabilities to the Arduino environment. Phillip Stevens is currently seeking $5,821 on Kickstarter.

OhBot

This DIY robot kit features a graphical software interface that lets children learn programming and computational thinking. OhBot is currently seeking $15,475 on Kickstarter.

iKommunicate

This on-board gateway and server enables traditional NMEA 0183 and NMEA 2000 marine electronic equipment to interface with the newly-developed, open source Signal K platform. Digital Yacht is currently seeking $20,000 on Kickstarter.

Did you happen to miss last week’s notable campaigns? If so, you can check them out here.

Back to the Future II technology that actually exists today

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Great Scott! These tech predictions from 1985 actually came true! 

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On October 26th, 1985 at 1:20am, Dr. Emmett “Doc” Brown and his sidekick Marty McFly hopped into a time-traveling DeLorean DMC-12 (powered by a flux capacitor and Mr. Fusion generator to produce the required 1.21 jigawatts of electricity) and arrived in their hometown of Hill Valley on October 21st, 2015. It was an era full of embedded gadgetry, from home appliances to cars to even clothing. Sound familiar?

While it may have only been a 30-year gap, at the time, 2015 seemed like an entire lifetime away. Throughout the last three decades, the world has experienced plenty of advancements in technology, some of which would even put Back to the Future’s foresight to shame. But in other ways, the movie’s creators made some astonishingly correct predictions about the state of modern electronics — with pretty darn good accuracy, too! When it comes to making, innovating and engineering, who’s better than good ol’ Doc Brown?

Safe to say, today’s world is certainly reminiscent of 2015’s Hill Valley. Here’s how…

Hoverboards

What was surely one of, if not, the most iconic pieces of equipment to arise from the movie, we’ve always wondered as to whether the hoverboard would actually to fruition. And it looks like you may be able to hop on one relatively soon. While it may not be a Mattel or Pit Bull, Lexus has unveiled a real, ridable prototype. Additionally, Los Gatos, Caifornia-based Arx Pax has also been developing one of their own, which recently launched a Kickstarter campaign that garnered over $510,000. Unfortunately, they both rely on magnets so it’s unlikely you’ll be able to fly over water like Marty. And who could forget Canadian Maker Catalin Alexandru Duru who broke the world record for the longest hoverboard flight back in May? The inventor designed and built an actual machine that could lift off the ground a fairly decent distance, using propellers much like a drone.

 Smart Glasses

In the flick, Marty and his sister spend their time at the dinner table behind a pair of digital glasses, watching TV and answering the phone through their shades. Nowadays, Google Glass more or less allows people to do all the same things, without the clunkiness. Then there’s the advent of VR headsets such as Oculus Rift and head-mounted graphical displays like Microsoft’s Hololens, which happens to have an uncanny resemblance to McFly’s.

Voice Control

Voice-controlled interfaces are now ubiquitous in mobile devices, computers and even several appliances. Heck, just ask Siri. Or Amazon Echo. Or several other alternatives including Homey and Mycroft that are undoubtedly ushering in a new wave of services that’ll listen to you and talk to each of the gizmos throughout your home.

Video Chat

When Marty Sr. is fired by his boss, the ousting occurs via a two-way video call. Not only are these calls commonplace these days on all sorts of devices thanks to apps like Skype, FaceTime and Google Hangout, but some newer smart TVs are even equipped built-in cameras. In fact, this medium has evolved from a mere business tool to an essential facet of everyday life.

Self-Lacing Sneakers

“Alright! Self-tying laces!” Though Nike announced that it was actually going to manufacture auto-lacing high-tops in 2015, several do-it-yourselfers have already taken a stab at creating futuristic footwear. (You’ll want to check out Maker Hunter Scott’s latest project.)

Smart Clothing

“Size adjusting – Fit… Drying mode on. Jacket drying. Your jacket is now dry.” Complementing those automated kicks nicely, BttF II had projected a much more convenient age, one in which our clothes would automatically adjust to your body shape. (Talk about one size fits all!) These kinds of things are quite likely, just yet to be invented. We’re already seeing everything from heated coats to smart garments capable of providing their own cleaning instructions to Google’s Project Jacquard that can weave touch and gesture interactivity into any textile. Also, it appears that the time-bending sequel may not have been too far off, as intelligent clothing is expected to explode in 2016.

Hands-Free Gaming

“You mean you have to use your hands? That’s like a baby’s toy!” Kids at Cafe 80s mock Marty for having to use his hands to play an arcade game, implying that Xbox Kinect-style gaming is the norm. And guess what? Today it is!

Drone Journalism

During the flick, a USA TODAY drone captures footage of young Biff being arrested. Today, small unmanned aerial vehicles are enabling photographers and journalists alike to catch footage that would otherwise have been unobtainable — which is not only appealing to cash-strapped news stations but those looking to report on dangerous situations. Take the Occupy Movement, for example, which used Parrot AR Drones to feed real-time events to the masses or CNN, who earlier the year signed an agreement with the FAA.

Wall-Mounted, Multi-Screen TVs

While it’s safe to assume that maybe not everyone has a wall-sized TV like McFly’s family, mounted flat (and even curved) high-def units are ubiquitous to say the least.

Fingerprint Payments

Perhaps Apple engineers turned to BttF II for inspiration when devising its Apple Pay fingerprint payment system?

Tablets

As the movie revealed, those of the future are able to sign petitions (to save the clock tower) by pressing a finger on what looks an awful lot like an iPad or Kindle. Surely enough, over 233 million tablets are expected to be sold in 2015 — an 8% rise from 2014.

Computers Everywhere

In our digital-savvy society, computers are here, there and practically everywhere — more so than ever thanks to the burgeoning IoT. For instance, our homes are now crammed with intelligence and connected to the web, enabling us to control everything from our lights to our thermostats to our ovens.

Keyless Entry

Looks like BttF was right once again, as entering your house, protecting your data and locating your belongings can all be accomplished through biometrics and contactless technologies, namely fingerprints and RFID.

Neon Curbs

Who could ever miss the vibrantly-colored raised pavement around Hill Valley? While we may not be seeing lit curbing in every neighborhood anytime soon, various efforts have been made to implement such technology to enhance traffic safety and promote traffic flow, as well as increase visibility for roundabouts, speed ramps, tunnels and dangerous corners. Plus, LED sidewalks have already emerged in places like the UK and Korea, and Virgin Media has even begun embedding the ground we walk on with Wi-Fi. The future is bright!

Mr. Fusion

Since the film hit theaters, great strides have been made in identifying alternative fuel sources and smaller-scale fusion reactors; however, we have yet to arrive at a device like Mr. Fusion, which was able to transform household waste into energy for Doc’s infamous DeLorean. Though automakers have been focusing more on electricity than banana peels, there has been plenty of work done in the trash-as-gas realm. Environmentalists were driving cars powered by used vegetable oil a while back, while in a newer twist, the UK began running routes on a Bio-Bus that was fuel by food and human waste.

V2V Communication

According to BttF, barcode license plates employed used to identify cars. It is assumed that they could reveal much more information once scanned than a standard plate which only previously displayed a six or seven alphanumeric digit combination. Well, it would appear that the filmmakers weren’t that off. Vehicle-to-vehicle communication and enhanced scanning technologies has even made way for lawmakers to petition futuristic identification on license plates.

Robotic Waiters

Marty was able to order a Pepsi from an automated countertop the Cafe 80s, not too unlike today where robots can sell you coffee, brew you a cup of tea, whip up a perfect cocktail or even check you into a hotel.

Food Hydrators

Mrs. McFly throws a tiny Pizza Hut pizza into the family’s Black & Decker Food Hydrator and, in a few seconds, comes out as a full-size pie. While we may not yet have this impressive hydrator, we are inching closer to the day we can 3D print an entire pizza in just 20 minutes.

Facial Recognition

Upon landing in the future, Doc utilizes his specially-designed binoculars to spot Marty Jr. on the street. Not surprisingly, facial recognition is being used constantly today, from tagging people in Facebook photos to keeping away intruders at home.

Automated Fueling

For the most part, filling a car up is still practically the same as it was in 1985, but that could be about to change soon. One Dutch company debuted an automated fueling robot (TankPitstop) a few years ago, while another hands-free system is being developed in the U.S. by Husky. Then there’s Tesla, who has even unveiled a snake-like contraption for its electric cars to recharge when inside a garage.

Flying Cars and Skyways

Driverless, autonomous and connected cars are starting to hit the roadways, but flying vehicles? Not quite yet. However, projects like Terrafugia’s TF-X and AeroMobil 3.0 are hoping to change that.

[Images: Back to the Future Wiki; Universal Pictures]

1:1 interview with Tristan Bel of NYDesigns

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“There’s no better place for hardware prototyping and building in New York City.” 

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We recently had the pleasure of sitting down with Executive Director Tristan Bel from Long Island-based NYDesigns to discuss how his company is helping Makers get from the MakerSpace to MarketPlace. In our 1:1 conversation, we also addressed how NYDesigns and Atmel can jointly help do-it-yourselfers get from the lab to the fab. You can find our entire interview below!

Atmel: Tristan, can you tell us what NYDesigns does and how it fits into the MakerSpace to MarketPlace theme that we’ve been promoting for the last year?

Tristan Bel: NYDesigns is dedicated to the success of design and hardware tech startups in NYC. Companies in our incubator get three years of private studio space and access to a network of mentors and advisers. Makers can prototype their design ideas in our safe, secure 5,000-sq-ft fabrication lab. We also produce events and programs for a thriving community of creators and innovators.

Our purpose is help entrepreneurs turn an idea into a product and coach them through every growth stage; that clearly resonates with the MakerSpace to MarketPlace initiative. One never knows where the next good idea will come from, and more importantly, who will have the skills and stamina to lead it through to a viable company.

Atmel: What was the model behind opening NYDesigns in the middle of one of the most expensive areas in America?

TB: We opened in 2006 as an initiative of LaGuardia Community College to promote NYC’s economic development after 9/11, so we existed before incubators were cool and numerous. NYC is teaming up with people with ideas. The density of the city naturally favors connections and exchanges. It is also the home of many headquarters of large corporations that can become clients or partners. In my opinion, that mix is one of the main reasons why tech entrepreneurship here is catching up with Silicon Valley.

Software startups tend to congregate around Union Square. Hardware startups need more space, and still benefit significantly from our proximity to Manhattan — that’s why our large studios, which are located in Long Island City just 15 minutes away from Midtown and are more affordable than other spaces even in the neighborhood, are so attractive to cash-strapped young companies.

Atmel: We understand you attended the World Maker Faire New York back in September? Are there any key findings you can share with us?

TB: It’s inspiring to see hobbyists of all ages gathered around making. I was impressed by the amount of resources available to anyone with an idea, and how inexpensive these are becoming. Prototypes that required a team a highly skilled engineers and specialized equipment can now be made by a couple of passionate techies on their time off. That opens up so many possibilities!

Atmel: With so many Makerspaces popping up around the United States, let alone the world, why would a Maker go to NYDesigns versus a local Makerspace?

TB: If you want to start a company in the design or hardware tech industry, it’ll be hard to find a beautiful space with amenities, close to Manhattan, and open 24/7 (the lab is open during regular business hours) as affordable as NYDesigns. You’ll have the 5,000-square-foot fabrication lab in the same building, and be part of a community that will help you grow and overcome the obstacles you’ll inevitably be encountering.

If you are a tinkerer or simply need good fabrication resources, the NYDesigns FabLab is equipped with an array of tools both analog and digital, including traditional hand and power tools, a vacuum former, an FDM rapid prototyper, and a large format industrial laser cutter.

Atmel: How can Atmel partner with NYDesigns to help Makers get from the lab to the fab?

TB: Actually, this is great timing! We are about to start a series of workshops around Arduino for tinkerers; we’d love for you to spread the word. Also, we are expanding our development tools for AVR and ARM development. For example, resident companies Vengo, which designs and manages high-tech vending machines, BotFactory, which makes a desktop electronics-circuit printer with conducting ink, and Boston Biomotion, which is developing an intelligent rehab and sports performance device straight out of the MIT lab, would all greatly benefit from such a partnership.

Lastly, we have large spaces within our walls in Long Island City in which we regularly host events related to entrepreneurship, hardware technology, and design. We’re happy to hold joint events or make that space available to the MakerSpace community.

Atmel: Is there anything else our Maker audience should know about NYDesigns?

TB: There’s no better place for hardware prototyping and building in NYC. Email info@nydesigns.org or call us at 718.663.8404 — we’d love to meet you and show you our space. Come build your side project or your company!

25 smart crowdfunding campaigns you may want to back this week

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Every Friday, we’re taking a look at some of the smartest, most innovative projects that caught our attention on Kickstarter and Indiegogo over the last seven days. 

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BLOCKS

This modular smartwatch lets you piece together various links on its strap, each with their own function. BLOCKS has accrued well over its initial Kickstarter goal of $250,000.

Raise3D

This series of high-res, upgradable 3D printers provide Makers with a touchscreen user interface, remote monitoring and print job management via Wi-Fi and Ethernet. Raise3D has already well surpassed its goal of $50,000 on Kickstarter.

Antelope

This lineup of embedded sportswear stimulates each of your major muscle groups to help you achieve your fitness goals faster than ever. Antelope Club has blown right past its $50,000 goal on Indiegogo.

CellRobot

This DIY kits empowers Makers to assemble, configure and control their own robot. KEYi Technology is currently seeking $75,000 on Kickstarter.

Glassy Zone

This wearable device tracks your surfing activity as well as your exposure to UV rays. Glassy Pro is currently seeking $35,000 on Indiegogo.

Waylens

This beautifully-crafted camera system empowers drivers to easily capture, edit and share interesting moments right from the road. Waylens has already quadrupled its goal of $55,000 on Kickstarter.

Shammane Smartwatch

This elegant wearable packs all of the technology and connectivity you’d expect from a smartwatch, without sacrificing style. Shammane is currently $55,000 on Indiegogo.

monkey

This upgrade for your existing intercom allows you to enjoy all the benefits of a smart lock without having to change a single thing at your door. LOCUMI LABS just hit its goal of $56,860 on Kickstarter.

Solu

This innovative, cloud-linked computer will make it so that you never again have to worry about your hard drive, backing up files or installing software. Solu Machines is currently seeking $227,812 on Kickstarter.

Skybuds

This set of wireless earbuds features a battery-boosting smartphone case for charging and storage. Alpha Audiotronics is currently seeking $200,000 on Kickstarter.

Readybox

This reliable, high-speed desktop 3D printer spits out objects six times faster than other consumer machines. Readybox has successfully attained its $12,000 goal on Kickstarter.

Amino

This countertop-sized biolab enables you to grow living cells and to create new and interesting things, such as fragrances, flavours, materials and medicine. Amino Labs is currently seeking $12,500 on Indiegogo.

Felfil Evo

This open source 3D printer extruder lets you produce your own filament ranging in color, diameter and material. Collettivo Cocomeri is currently seeking $34,172 on Kickstarter.

Helixee

This connected unit backs up the content from all your devices, either automatically or upon request. Novathings is currently seeking $79,605 on Kickstarter.

Tracksoar

This small, lightweight and ready-to-fly APRS tracker will diminish the headaches and costs associated with high-altitude ballooning. Mike Bales is currently seeking $22,000 on Kickstarter.

meeba

This smart, customizable and extremely fun doorbell allows you to select from various modes, and to monitor the doorstep right from your smartphone. meeba is currently seeking $40,000 on Indiegogo.

Elbee

This pair of earbuds lets you to enjoy high-quality sound, all while accessing your smartphone with simple voice commands and slight head movements. LBTECH is currently seeking $250,000 on Kickstarter.

SizeGenie

This body scanner can quickly and accurately take your measurements to ensure you always get perfectly-fitting clothes when shopping online. Tom Brooks and Pietro Veragouth are currently seeking $30,000 on Kickstarter.

Howz

This unobtrusive system analyzes electricity usage and sensor data to learn an elderly person’s daily routine and notify family members know if things don’t seem right. Howz is currently seeking $91,981 on Kickstarter.

HÜD

This medical-grade lens attaches to any smartphone camera, enabling you to take crystal-clear images of the moles on your skin. First Derm is currently seeking $25,000 on Indiegogo.

SFC-Mini

This Arduino-compatible, USB MIDI controller bridges the gap between hardware and software to offer you a complete synthesizer experience. Soudforce Controllers is currently seeking $17,036 on Kickstarter.

DigiRule

This 15-centimeter interactive binary ruler not only lets you draw straight lines, but boasts seven logic gates, four flip flops and a four-bit binary counter. Bradley Slattery is currently seeking $2,935 on Kickstarter.

Tinker Tie

This hackable, Arduino-compatible LED bow-tie can last over 20 hours on a single charge. Atom Computer is currently seeking $1,000 on Kickstarter.

Lumen

This nifty little gadget converts your body heat into everlasting light, without any external energy source. Rost is currently seeking $5,000 on Kickstarter.

Did you happen to miss last week’s notable campaigns? If so, you can check them out here.