Maker Faire Yearbook 2023
Projects
Found 80 Results
FPV IoT Micro Tanks
Faire: Rome
Maker: Oleksandr Poliakov
Many of us still remember how, as children, we spent hours in front of the TV, playing the legendary Battle City.
And what would happen if the game was being developed these days? Of course we would want to play it over the Internet and perhaps with AR glasses.
But what if we went even further and brought it into the real world? Where we could drive around in a handmade arena, or in a hallway. We can fire an infrared cannon at the enemy, or at his base. Or just chase pets?
And since these are IoT tanks - we can control them from the browser. Or even write javascript code to control them!
Robot ELIOS
Faire: Rome
Maker: ITI RENATO ELIA
ROBOT ELIOS was designed to help bring new archaeological finds to light, hence its auspicious name. allow you to make a 3D scan of the surrounding environment, detecting a cloud of points, then reworked by a technical software that identifies the possible distance from a possible find, for example, in an unexplored and difficult to access tunnel, then use a very economical detection technology, resulting in a reliable product at a low cost
WoodyMaker
Faire: Rome
Maker: Manuela Quaglietti
WoodyMaker produces objects that we have baptized original, special, beautiful "things" to give on different occasions, something that remains, can be worn or exhibited, capable of communicating data, messages and emotions.
The project is based on the creativity of a craftsman who works wood with new generation tools such as lasercut to produce "things" engraved with a "code" that communicates with a software platform created to give the customer the possibility to customize that "thing" and communicate something to third parties.
We went further… creating “things” that contain electronic boards and sensors able to communicate with the surrounding environment!
Our project aims to demonstrate how creativity and old crafts can merge with new technologies to create "things" that are pleasant to look at, made with natural materials, a new profession is born, the technological craftsman.
WoodyMaker aims to bring craftsmanship to the fore in a new form!
You will be able to see and touch surprising "things" at the fair that will be exhibited in preview, discover details and have all kinds of information, for the little ones we have created educational courses to learn the basic techniques for creating 2D/3D models.
Lidar a basso costo
Faire: Rome
Maker: Giorgio Liberini
This is a simple LiDAR with a TF-LUNA proximity sensor. The sensor accurately measures distances up to 5 meters using TOF technology and rotates thanks to a stepper motor. The NodeMCU coordinates calibration, rotation, and the collection of the point cloud, which is then processed by a computer. Initially, the project was intended for a different purpose and was commissioned by the recently deceased Professor Luigi Pagliarini, a pioneer in integrating robotics into art. All mechanical components were 3D printed.
CARRIOLA SALISCALE ELETTRICA BREVETTATA
Faire: Rome
Maker: ANDREA BELLI
A PROTOTYPE OF A PATENTED ELECTRIC STAIRCASE WHEELBARROW CAPABLE OF MOVING MANUALLY OR ELECTRICALLY AND CLIMBING STAIRS ENTIRELY HOME-BUILT WITH WOOD AND 3D PRINTED DETAILS
( SPECIAL WHEEL EUROPEAN PATENT EP3743290 U.S.A. US16961833 )
Innovative buoyancy elements for snorkeling, scuba diving and deep sea applications
Faire: Rome
Maker: Rainer Kuth
Problem: During scuba diving and other deep sea / underwater applications common tools like lamps, cameras, knifes, fins, masks, etc. sink fast when accidentally lost, because their density is higher than water. Sportive divers with deep-licenses can dive up to 40m for a short time and tech divers for app. 100m after complex preparation of highly sophisticated equipment and training. Loss of tools is frequent, expensive and dangerous, because sea is deeper than that at most places.
Challenge: Manufacturing buoyancy elements
+ with a density significantly less than water
+ while these shall withstand high hydraulic pressure
+ while the buoyancy force should be exactly defined and independent of depth
is not trivial.
Solution: 3d printing / additive manufacturing using special parameters upon printing and optionally with hybrid processes support making buoyancy elements with individual shape and buoyancy force. With such e.g. a loss of a mask with individual glasses for 1000€ is avoided: the mask will slowly rise to the water surface for save and easy recovery. Making such buoyancy elements is possible with a 3d printer for less than 500€, a free 3d construction software and a free slicing software using special parameters.
Contribution:
I will show on the booth:
+ Free design software for buoyancy elements
+ Free slicing software
+
The sustainability through the student Teams of the Politecnico of Turin
Faire: Rome
Maker: Politecnico di Torino
The Politecnico di Torino presents the most important students Teams involved in sustainability, ecological aspect, low consumption, mobility, recycle, reducing environmental impact and promoting circular economy.
The Politecnico of Torino involves the students in Teams with a mission: “learning by doing” with the goal to grow up a new generation of engineers able to accept challenges and solve problems.
The main goal of the teams is a practical training of the future engineer: to design means to compromise between an idea and what is actually buildable.
The Politecnico would like to present 10 teams that from 15 years make innovation participating to international competitions and events.
The Politecnico would like to have a big space to expose theire prototype; cars, bicycle, motorcycle, boats, mobile robot, scaled airplane, recycling computer and more other.
Arduino nelle ferrovie in miniatura
Faire: Rome
Maker: GFTartaruga
The project is based on Arduino uno and is designed to make a model railway "smart", combining digital and analog systems
THE FOOD OF THE FUTURE, THE FUTURE OF FOOD
Faire: Rome
Maker: EltHub srl
How can food be produced in the future? How can food be produced in extreme environments? What does it have in common with future space food? These are some of the topics we want to "tell" at maker faire. Futuristic hydroponic crops within everyone's reach:
- ROBOTFARM a hydroponic greenhouse the size of a washing machine
- HYDROWALL a vertical farm the size of a planter
- SOLE a future greenhouse ground demonstrator rack cabinet on the International Space Station
- ROBOTLAMP new generation LED lamps for growing anywhere in the world and in space
- MIG the vertical container farm to cultivate automatically even in the most extreme environments
- NUTRI3D a 3D food printer to obtain nutraceuticals, vitamins and sources of antioxidants, starting from fresh raw materials or agri-food processing waste for the formulation of new generation food "inks", personalized foods, snacks-on-the-go , sports food, military, astronauts etc...
SPOCH – Smart Protection of Cultural Heritage
Faire: Rome
Maker: Fondazione ITS BACT
Human – Machine Collaboration - Industry 5.0, Hi-Tech modular system composed of glove, drone, microscope and APP enhanced with IoT devices and ML Artificial Intelligence to identify the type of degradation and material in the Restoration of Cultural Heritage. Smart Hand (Glove) with carbon frame, digital/electronic camera and microscope, air quality sensor, laser scanner to safely enhance the efficiency and effectiveness of the data collection process in the non-invasive preliminary and diagnostic investigation of Architectural Restoration; through Cloud APPs and ML Machine Learning models.
SASA – Sapienza Technology Team
Faire: Rome
Maker: Sasa-sapienza aerospace student association
ERA is a planetary rover that participated in the European Rover Challenge, which simulates a Martian mission. Thanks to its robotic arm, it is capable of manipulating panels and collecting soil samples, while AI algorithms allow for autonomous execution of each operation. Additionally, the rover that will participate in the 2023 edition of the competition is presented, which in addition requires drilling and the use of a drone. Various prototypes developed internally by the team are also presented, including a group of sumobots: small rovers that compete to push others out of the ring.
SEDIA ROTELLE SALISCALE PIEGHEVOLE ELETTR. BREVET.
Faire: Rome
Maker: ANDREA BELLI
A PROTOTYPE OF A FOLDING ELECTRIC WHEELCHAIR EQUIPPED WITH A WHEEL
( PATENT EUROPEAN EP 3743290 U.S.A. US16961833 )
WHICH TRANSFORMS INTO A GEAR WHEN CLIMBING THE STAIRS, THE ADDRESSES ARE PEOPLE WITH MOBILITY PROBLEMS AND PEOPLE THAT HELP THEM, A SMALL AND FOLDABLE WHEELCHAIR THAT CAN BE EASILY FOLDED AND TRANSPORTED IN THE LUGGAGE RACK OF A CAR, EVEN WITH A SMALL ENGINE CAPACITY
Io creo il mio device
Faire: Rome
Maker: Energy Family Project APS (e-Nable Italia)
e-Nable Italia is a community of volunteers focused on the development, construction and free distribution of devices (the "devices", aids based on "Open Source" projects) to anyone who has limb difference problems or needs aids, the initiative is promoted and managed by the Energy Family Project APS, the Italian association of families with children with agenesis and limb amputation problems.
"I create my device" is an experimental project based on the concept of "disablity led design", a new approach to the design of aids that can actively involve children/users in the creative design process of their help.
This approach goes beyond the simple participation of the user, that becomes the starting point and essential contributor to the project. In contrast to the other approaches, disability-led design “seeks to speculatively respond to, amplify, or celebrate some aspect of the identity and culture of people with disabilities. The outcomes of disability-led design are characterized by a change in the way we perceive and interact with a category of object, space or system, and by a consequent change in the meaning assigned to it” (National Endowment for the Arts, 2021, p .23).
Through some creative sessions activated with the children of the families of the association the children were encouraged to generate ideas for new devices that the community of volunteers would subsequently implement. The devices imagined by children are the result of their creativity and will respond to needs that are important to them.
At the Maker Faire stand we would like to exhibit both some of these devices designed directly by children, but also the entire design process as the application of an approach which involves a transfer of design power from the designer to the end user, with a consequent change in conception and perception of the prosthetic object as part of the "self" system, as well as in the meaning that this assumes as a manifestation of self-determination of the disabled user.
ACTA
Faire: Rome
Maker: Beatrice Bocci
ACTA is an Eco-sustainable Collection, inspired by Etruscan history, in a contemporary and genderless vision. This collection is made with the use of eco-sustainable, recycled and stock fabrics and t is also embellished with traditional hand embroideries and uses a technological processing through 3D printing. ACTA differs in inclusiveness: it abolishes the difference in size, and looks with care and attensions towards genres: genderfluid, manwear, womanwear. All garments are made to measure and in limited editions. CLO3D, Artificial Intelligence, 3D Printing take place in each phases of the creative process.
uAir – A personal CO2 Monitor
Faire: Rome
Maker: Xuelai Wei
uAir is a portable CO2 monitor for health-conscious individuals. It’s designed and engineered to be an on-bag product. It accurately senses carbon dioxide level and give information on temperature and humidity on an e-paper screen, for users to take action
Le Strutture Tremano
Faire: Rome
Maker: Gruppo MCGM
The system consists of a base and 24 shapes. On the base, there are two vibrating plates, one for each child, who takes turns placing a shape corresponding to the color shown on the central button. The goal for the child is to build a structure as tall as possible, trying to keep it steady after the vibrations, level by level. The first player whose construction falls, loses. There are 6 shapes provided for each color, corresponding to randomly changing LEDs, making the game dynamic with varying levels of difficulty dictated by the shapes themselves. It is simple, affordable, and intuitive.
Stampa 3D per la progettazione – 3D printing for design
Faire: Rome
Maker: Sapienza Università di Roma
Employing 3d printing, mechanical design of complex parts can be more easily grasped and understood. Additive manufacturing allows for faster and more complex design. With a single machine an idea can be brought into reality. I adapted and personalised a famous turbofan engine model from the web in order to make it printable with my ender 3 pro
Brailly
Faire: Rome
Maker: Katerina Koleva
We introduce Brailly, an interactive cube made for visually impaired people of every age, who would like to learn Braille in a fun way.
Brailly is a 3D printed cube that consists of a speaker with an audio guide for learning simple words and letters in Braille. Learning Braille happens through a set of individual or collaborative exercises. Users can learn how to “write” in Braille by clicking on buttons, which imitate the Braille alphabet. Learning how to “read” the letters happens through haptic dowels.
Our first prototype consists of 3D-printed inside parts made from PLA and an outside shell made from TPU95 material which makes the cube safe for kids. Other important components are six buttons allowing for Braille input and six servo motors which are responsible for the Braille output.
During Makers faire we would also like to present our new prototype which has significant improvements such as different motors, smaller size, better sound and quality.
Sicurezza nei laboratori – “Magic Box” per Industria 4.0
Faire: Rome
Maker: Pianeta Elettronica
The Magic Box is a device that can be used to increase safety in scientific laboratories by reducing electrical risks
Space Hunters
Faire: Rome
Maker: Eugenio Costa
To this day, children are increasingly inclined to play in the virtual world. We want to bring back the backyard games belonging to the last generation, such as treasure hunting, through a product that belongs to the virtual imagination: controllers set in space. The game consists of two controllers: one in the hands of the commander and one in the hands of the seeker. The commander will have to hide the three aliens, located in the seeker's controller, and then click the arrows on his controller, to give directions to the seeker. Once the directions are sent, they will be immediately received by the seeker, who will follow the arrows to find the aliens and collect them in his controller.
Smemobox
Faire: Rome
Maker: ITIS "Enrico Fermi" Roma
Smemobox is a versatile device that simplifies the periodic intake of pills and supplements. A beep, vibration and LED lights indicate the compartment and the correct amount of pills. There are two versions: a small and ergonomic one and a larger one with additional compartments. The device is modular and rechargeable via cable or wireless charging. It is compatible with Bluetooth hearing aids to send alerts directly to the user via an app. The prototype uses certified food-grade PLA.
Yeastime s.r.l. Startup Innovativa
Faire: Rome
Maker: Yeastime s.r.l. startup innovativa
Yeastime Start Up S.r.l. develops a fermentation 2.0 process using an innovative stimulation cycle applied dynamically to bioreactors. The technology is equipped with sensors aimed at real-time monitoring and integrated with a mechanical wave generator, which can optimize the process by reducing the overall duration by 30 percent. The product, obtained through this technology, will result from an optimal interaction between the target microorganism and the basic ingredients.
RLP 3D Printing for Everyone
Faire: Rome
Maker: Nebula
Our project is to create an affordable RLP (Rapid Liquid Printing) 3D printer. This innovative technology allows physical objects to be designed by extruding liquid material into a gel using a robot. The printer offers advantages such as production speed and the ability to create large objects without the need for structural supports. Our goal is to make this technology replicable using readily available equipment, allowing makers and schools to experiment and inspire everyone's creativity.
Arlok – Simple Arduino 3D Printed Robot
Faire: Rome
Maker: Pizza Robotics
Arlok is a simple educational (STEM) Robot based on Arduino Uno with parts printed in 3D and all easy-available components. 3D-printed parts are big, easy to manipulate and can be printed even by cheap 3D-printers. Arlok is highly customizable: there are a lot of printable parts allowing you to make your unique robot. There are some programming examples that will make this robot moving around avoiding obstacles, following a line on the floor or let you control it using your cellphone with Android app. All source codes, STLs and instructions are provided on the Github repository.
