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CES 2023 Robots: Humanoid Helpers, Coding Pups and Farming Planters
Yearly, expertise proven at CES will get extra difficult, elaborate and reasonably priced. Smartphones and vehicles is likely to be extra sensible implementations of tech, however robots usually find yourself stealing the present. From cute robotic canine to bizarre automatons, we won’t get sufficient, and we’re right here to introduce you to all of them.
Yearly, huge firms like LG and Samsung and small startups exhibit the most recent batch of cutting-edge robotics on the shopper electronics convention in Las Vegas. We’re right here with a heads-up on some thrilling robots which can be making their public debut at CES 2023.
Robots already play a component in lots of our lives, due to Roomba and even more-experimental makes an attempt like Amazon’s Astro, however CES offers a glimpse of the place the expertise is headed. It is at CES that we first noticed robots as companions and as creepy actual imitations of individuals, and this yr will not be any completely different in relation to a glance ahead.
That is the primary time since 2020 that CNET has been again on the bottom in Las Vegas in power, so anticipate our staffers to be assembly loads of robots on the present ground — hopefully ones that may make them a scorching dinner, give them a exercise or fold their laundry, as we have seen in earlier years.
Amid all of the noise of the present, it may be exhausting to maintain observe of what is taking place at CES, however don’t be concerned — we have got you. Take into account this our operating record of all one of the best and most fascinating robots at CES 2023.
Lovable pet substitute Canine-E
He is pleasant and playful, however you will not have to wash up after him.
Bree Fowler/CNET
Canine-E is not simply one other robo-dog. Because of over 1 million potential mixtures of sounds, lights and persona traits, this robotic pet comes with a novel persona all of its personal. In case your youngsters are pestering for a canine, however you do not have the time or area, this $80 toy is likely to be the proper answer.
![]()
Watch this:
Canine-E by WowWee: The Robotic Canine That Communicates By way of…
8:58
John Deere’s robotic planter
![john-deere-exact-shot]()
John Deere is bringing extra robots into the farm discipline with new expertise that may exactly fertilize particular person seeds.
John Deere
John Deere is a daily exhibitor at CES, and every year the tractor-maker turns up with the most recent and biggest tech to make farming extra sustainable and environment friendly. This yr, it is introduced alongside the ExactShot, a robotic with sensors that may detect and fertilize particular person seeds, reducing down on the waste related to conventional scattershot fertilization strategies.
Aeo the humanoid helper
![]()
Watch this:
Meet Aeo, a Helper Robotic That Can Truly Assist Us
5:22
Aeo is a robotic designed to lend a serving to hand — notably in well being and social care settings. It is each robust and delicate, permitting it carry out the heavy lifting whereas dealing with delicate items akin to medicine or electronics.
Pyxel the coding pup
![An image of Pyxl.]()
Pyxel: The robotic canine you code.
Bree Fowler/CNET
CNET Senior Reporter Bree Fowler met Pyxel the coding canine on the CES present ground. It is a toy designed for youths age 8 and up, and you’ll train it to carry out numerous methods, together with sitting, talking and shaking paws. It could additionally run round and light-weight up in varied colours.
CES Innovation Award Honorees
Different robots on our radar at this yr’s CES are these which have been picked by the Client Expertise Affiliation, which runs CES. Forward of the present, the commerce group handpicks the merchandise it thinks are most forward-thinking and thrilling and crown them CES Innovation Award Honorees. This yr, a bunch of thrilling robots have grabbed their (and our) consideration.
Among the many honorees, the one we will maybe most think about having in our own residence is the Yardo, a yard care robotic that is extra than simply one other good garden mower. With interchangeable heads, it might probably additionally clear snow and blow leaves or particles, making it an all-weather gardening companion.
![An L-shaped robot hangs amid foliage]()
Want some inexperienced peppers choosing?
Agrist
Different robots within the awards won’t be for the house, however that does not make them any much less intriguing. The Agrist L Robotic can decide harvest-ready peppers with millimeter precision by means of layered leaves. Why solely inexperienced peppers? We have but to search out out, however once we do, we’ll let you recognize.
Hello-Bot, a robotic from Korea Superior Institute of Science & Expertise and Hills Robots is a self-driving information robotic that can be utilized in varied eventualities from conferences to hospitals. It distinguishes itself by the 360-degree omnidirectional stereoscopic hologram on high of its head, permitting for immersive face-to-face conferences.
![A cuboid robot with eyes]()
Parky is designed to remove battle between EV drivers and drivers of standard vehicles when there’s restricted parking.
EVAR Inc
A possible god-send for EV homeowners, Parky is an autonomous EV recharging robotic that may present 50 miles of driving vary. It means that you can park wherever within the car parking zone, not simply the designated charging spots, and Parky will come to you.
On the medical finish of the robotics spectrum, Godesign’s BIOT Korean Stem Cell Navigator robotic can administer drug remedies to the affected areas of the physique in a minimally invasive method.
Within the Health and Sport Award class is the iVolve Professional, a tennis-training robotic that means that you can prepare alone with out one other participant. Utilizing a mix of laptop imaginative and prescient and AI, the robotic can transfer across the courtroom to fireside balls at you from completely different positions.
Within the mobility class is Neubie, the most recent in an extended line of supply robots. This one, from South Korea-based Neubility, depends on a multicamera system known as V-Slam as an alternative of lidar sensors, which optimizes it for navigating high-density city environments. It additionally has adorably giant eyes.
Thinking about seeing extra robots? Hold checking again all through the week as we pound the CES present ground in Las Vegas. We’ll make sure to present you all the most recent, cutest and weirdest bots as and once we meet them.
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Meet the Cutest, Smartest and Most Helpful Robots of 2023
CES options the most recent and most revolutionary know-how, however robots usually find yourself stealing the present. From cute pet robots to actually bizarre automatons to these revolutionizing farming and business, we won’t get sufficient and we’re right here to introduce you to all of them.
Yearly, huge firms like LG and Samsung and small startups showcase the most recent batch of cutting-edge robotics on the client electronics convention in Las Vegas. We’re right here with a heads-up on some thrilling robots which can be making their public debut at CES 2023.
Robots already play an element in lots of our lives, due to Roomba and even more-experimental makes an attempt like Amazon’s Astro, however CES provides a glimpse of the place the know-how is headed. It is at CES that we first noticed robots as companions and as creepy actual imitations of individuals, and this yr will not be any completely different with regards to a glance ahead.
That is the primary time since 2020 that CNET has been again on the bottom in Vegas in drive, so count on our staffers to be assembly loads of robots on the present ground — hopefully ones that may make them a scorching dinner, give them a exercise or fold their laundry, as we have seen in earlier years.
Amid all of the noise of the present, it may be onerous to maintain monitor of what is taking place at CES, however don’t fret — we have got you. Contemplate this our working record of all the very best and most fascinating robots at CES 2023.
Cute pet substitute Canine-E
He is pleasant and playful, however you will not have to wash up after him.
Bree Fowler/CNET
Canine-E is not simply one other robo-dog. Due to over 1 million potential combos of sounds, lights and character traits, this robotic pet comes with a novel character all of its personal. In case your children are pestering for a canine, however you do not have the time or area, this $80 toy could be the right resolution.
![]()
Watch this:
Canine-E by WowWee: The Robotic Canine That Communicates By…
8:58
John Deere’s robotic planter
![john-deere-exact-shot]()
John Deere is bringing extra robots into the farm discipline with new know-how that may exactly fertilize particular person seeds.
John Deere
John Deere is an everyday exhibitor at CES, and annually the tractor-maker turns up with the most recent and biggest tech to make farming extra sustainable and environment friendly. This yr, it is introduced alongside the ExactShot, a robotic with sensors that may detect and fertilize particular person seeds, reducing down on the waste related to conventional scattershot fertilization strategies.
Aeo the humanoid helper
![]()
Watch this:
Meet Aeo, a Helper Robotic That Can Really Assist Us
5:22
Aeo is a robotic designed to lend a serving to hand — notably in well being and social care settings. It is each sturdy and delicate, permitting it carry out the heavy lifting whereas dealing with delicate items akin to remedy or electronics.
Pyxel the coding pup
![An image of Pyxl.]()
Pyxel: The robotic canine you code.
Bree Fowler/CNET
CNET Senior Reporter Bree Fowler met Pyxel the coding canine on the CES present ground. It is a toy designed for teenagers age 8 and up, and you’ll educate it to carry out quite a few tips, together with sitting, talking and shaking paws. It might additionally run round and light-weight up in varied colours.
CES Innovation Award Honorees
Different robots on our radar at this yr’s CES are these which were picked by the Client Know-how Affiliation, which runs CES. Forward of the present, the commerce group handpicks the merchandise it thinks are most forward-thinking and thrilling and crown them CES Innovation Award Honorees. This yr, a bunch of thrilling robots have grabbed their (and our) consideration.
Among the many honorees, the one we are able to maybe most think about having in our own residence is the Yardo, a yard care robotic that is extra than simply one other sensible garden mower. With interchangeable heads, it might probably additionally clear snow and blow leaves or particles, making it an all-weather gardening companion.
![An L-shaped robot hangs amid foliage]()
Want some inexperienced peppers selecting?
Agrist
Different robots within the awards won’t be for the house, however that does not make them any much less intriguing. The Agrist L Robotic can choose harvest-ready peppers with millimeter precision via layered leaves. Why solely inexperienced peppers? We have but to search out out, however once we do, we’ll let .
Hello-Bot, a robotic from Korea Superior Institute of Science & Know-how and Hills Robots is a self-driving information robotic that can be utilized in varied eventualities from conferences to hospitals. It distinguishes itself by the 360-degree omnidirectional stereoscopic hologram on prime of its head, permitting for immersive face-to-face conferences.
![A cuboid robot with eyes]()
Parky is designed to eradicate battle between EV drivers and drivers of normal vehicles when there’s restricted parking.
EVAR Inc
A possible god-send for EV homeowners, Parky is an autonomous EV recharging robotic that may present 50 miles of driving vary. It permits you to park anyplace within the parking zone, not simply the designated charging spots, and Parky will come to you.
On the medical finish of the robotics spectrum, Godesign’s BIOT Korean Stem Cell Navigator robotic can administer drug remedies to the affected areas of the physique in a minimally invasive method.
Within the Health and Sport Award class is the iVolve Professional, a tennis-training robotic that permits you to prepare alone with out one other participant. Utilizing a mixture of laptop imaginative and prescient and AI, the robotic can transfer across the courtroom to fireplace balls at you from completely different positions.
Within the mobility class is Neubie, the most recent in an extended line of supply robots. This one, from South Korea-based Neubility, depends on a multicamera system known as V-Slam as an alternative of lidar sensors, which optimizes it for navigating high-density city environments. It additionally has adorably giant eyes.
Interested by seeing extra robots? Preserve checking again all through the week as we pound the CES present ground in Las Vegas. We’ll remember to present you all the most recent, cutest and weirdest bots as and once we meet them.
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Robots, hairstyling and new discoveries: N.L. college students check out their expertise for future careers
Kathryn Walsh of Juniper Ridge Intermediate works on her sister’s hair for the styling competitors. The pair would go on to win bronze. (Andrew Hawthorn/CBC) Kathryn Walsh should still be a junior excessive pupil at Juniper Ridge Intermediate in Torbay however she’s already attempting her hand at skilled hairstyling.
She says she enjoys the artistic freedom.
“It is very troublesome to, like, get it precise. We’re doing a promenade look … an updo, I believe. I am looking for out that wow issue, and I do not know what it will likely be but, however I am attempting to simply search for it.”
Kathryn was certainly one of about 300 junior excessive college students from 27 faculties across the province who competed on the nineteenth annual Expertise Canada Intermediate Problem on Saturday, held on the Prince Philip Drive Campus of the Faculty of the North Atlantic in St. John’s.
It was the primary in-person occasion held by Expertise Canada N.L. for the reason that COVID-19 pandemic started in March. College students can check out and compete in 14 totally different areas of trades, expertise and employability expertise, like pitching, job looking out and public talking.
In addition they get to construct robots out of Lego.
Nicolas Reid, within the inexperienced and white cap, says whereas some on his workforce at the moment are contemplating a future in programming or robotics, he was simply there for the enjoyable. (Andrew Hawthorn/CBC) Nicolas Reid is a part of a workforce from Clarenville Center College competing within the First Lego League Robotics Competitors.
“We have been constructing this for just like the previous month,” stated Reid, “however I might say a couple of different faculties have been constructing it since possibly the start of the varsity 12 months. So both method, it is a whole lot of enjoyable.”
Expertise Canada partnered with the league to problem college students to use design, coding and teamwork expertise to finish quite a lot of duties, akin to pushing and pulling objects with their robots to attain factors.
Nicolas stated he may see a few of his teammates going into careers in robotics or programming however he was simply collaborating for the enjoyable of it.
“Our predominant coder on our workforce? He is actually, actually good at this. The opposite two folks on the coding workforce, together with me, we’re simply second eyes for him, in case he will get one thing unsuitable,” he stated.
Winners from the competitors will go on to signify their faculties within the provincial competitors, and probably proceed to the nationwide competitors in Winnipeg subsequent Might.
Fingers-on expertise
The actual win, although, based on Christine Greene, the chair of the Expertise Canada N.L. board of administrators, is getting college students enthusiastic about doable future careers.
“They need the hands-on expertise,” she stated, “and for a lot of of them, this has been their one and solely alternative to dig in, put their fingers on supplies, make one thing of it and use their creativity and notice they may have a bit of talent that they may need to construct on or strive.”
Greene is captivated with getting younger college students to consider totally different careers, enabling them to make higher decisions as early as highschool.
“We are literally the one province within the nation that provides this program to Grade 7, 8 and 9 college students and we’re actually pleased with that,” she stated.
Learn extra from CBC Newfoundland and Labrador
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AI Coding Device Will Assist Prepare Robots – Gizbot Information
Google has launched an thrilling software that would considerably scale back the effort and time required to program or practice robots. Known as “Code as Insurance policies”, the brand new software is now obtainable on GitHub underneath an open-source license. Code as Insurance policies or CaP understands pure languages and will assist even novices in growing programming and coding abilities. The CaP software can generate code that allows a robotic to carry out duties. Does this sound acquainted to Microsoft’s GitHub Copilot?
Google’s CaP Understands Pure Language For Coding
Robots and Robotics are two of probably the most quickly rising industrial segments. Whereas robots are being adopted, they want programming for each activity. Earlier than any business can deploy robots, these costly automation instruments have to be custom-made for his or her duties.
Merely put, each robotic wants a customized code that needs to be programmed by a coder. The code won’t be complicated. It might be so simple as instructing a robotic arm to choose up an object from a conveyor belt and drop it in a crate. Nonetheless, this code must be programmed.
Each time a perform or activity is modified, the code must be reprogrammed. Furthermore, adapting software program written for one robotic to run on different machines too requires human efforts. Sarcastically, such automated duties cannot be automated. That is the place Google CaP comes into the image.
Google claims its CaP software can save time by serving to programmers shortly generate robotic configuration code. CaP depends on Synthetic Intelligence (AI) to know what a programmer is typing, and affords blocks of code to hurry up the programming activity.
If this sounds acquainted, it’s due to Microsoft’s GitHub Copilot, which launched earlier this yr. The software has been quickly gaining recognition. It affords strategies to construct blocks of code. Programmers engaged on software program can settle for the “autocomplete” strategies from GitHub Copilot to shortly write giant blocks of code.
Is Google’s CaP Completely different From Microsoft’s GitHub Copilot?
Microsoft’s GitHub Copilot and Google’s CaP have rather a lot in widespread. Google’s CaP writes code within the Python programming language, whereas Microsoft’s software understands Python and Javascript.
Microsoft owns GitHub and launched its software on the open-source software program repository. Google too has launched the Code as Insurance policies on GitHub. Each platforms can depend on software program libraries or pre-packaged collections of code that automate widespread duties and can be found on the platform underneath an open-source license.
It is very important be aware that Microsoft controls GPT-3. It is a pure language programming and writing software. Microsoft acquired the software from the unique creators. Google’s CaP too appears to be doing the identical, however for robotics programming.
Though the GitHub Copilot has been educated to know pure language programming, Microsoft has been hesitant to launch it to the general public. Google’s CaP can also perceive easy tutorial sentences and construct code. The truth is, researchers used CaP to show a robotic the way to change the situation of toy blocks on a desk by merely feeding, “prepare the blocks in a sq. across the center,” into the CaP software.
Merely put, each platforms have been educated to know pure language programming however are supposed for various functions. It will likely be attention-grabbing to see how these platforms evolve.
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St. Johns County enterprise brings coding, robots to youngsters
Rebeca Rodriguez knelt down and requested a robotic to do kung fu.
The robotic, named Johnny 5 after the hit ’80s film “Brief Circuit,” responded with a gradual elevating and decreasing of his mechanical arms together with a meditative, “Om.”
The robotic is one function of Code Wiz in Fruit Cove, a enterprise that enables youngsters to create within the fields of robotics, programming, 3D printing and different tech topics, Rodriguez mentioned. The enterprise, a franchise, is at 530 State Highway 13 Unit No. 5 in northwest St. Johns County.
The enterprise gives after-school applications in addition to birthday events and programs for Lady Scouts.
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The St. Johns County College District has a number of profession academies that target science and know-how. And college students have produced award-winning work.
College students within the Nease Excessive College Stellar Academy of Engineering received a grand prize within the Minecraft International Construct Problem’s Peace with Nature Sustainable Design competitors in 2021, in accordance with an article by Jaime Combs on the district’s profession and technical training web site. Jack Wilcox, Joshua Becker, Vincent Donnelly and Tristan Bireley have been among the many winners.
“The duty was to design a sustainable metropolis, one which respects sustainable improvement priorities from their social, financial and environmental perspective, and that enables its inhabitants to reside in good circumstances and in concord with their surrounding nature. Pupil groups from 109 international locations entered the competitors. Nease’s workforce and a workforce from the Philippines have been every named grand prize winners after the ten finalists have been introduced.”
Constructing and studying
Code Wiz hosted an open home on Monday. Youngsters and fogeys gathered for the occasion to see a few of what the enterprise gives.
Rodriguez and her husband, Eliud Rivera, opened Code Wiz in July. She mentioned it’s the first franchise to open in Florida.
“We selected this enterprise as a result of we wished one thing we may do as a household that our children may get entangled with that they might take pleasure in being part of, and so they love this,” Rodriguez mentioned.
Their youngsters are thinking about tech, Rodriguez mentioned. Eliud’s son, Marcos, 11, constructed Johnny 5.
On Monday, youngsters gathered round a desk with laptops and used Roblox, which permits folks to construct video games on-line, to construct digital impediment programs.
Amongst them have been a few of Stacy Brown’s youngsters: Devin, 15; Mason, 12; and Ellie, 8. The household stopped by to take a look at the enterprise.
Devin is already extra technologically savvy than the typical individual. He constructed a number of computer systems for his household and constructed his first for himself when he was 11, Stacy Brown mentioned.
“I simply discovered from individuals who constructed them on YouTube,” Devin mentioned.
The enterprise makes use of “super-fun, extremely individualized courses for youngsters from ages 7-17,” in accordance with Code Wiz. “Whether or not your little one is a budding coder or virtually operating Python of their sleep, we scale the extent of problem to suit their ability stage in order that they proceed to study and develop.”
The CEO and founding father of the corporate, Ruth Agbaji, taught herself to code and went on to get a grasp’s in pc science from Tufts College and to work for Microsoft and Kronos as a software program engineer, in accordance with Code Wiz.
“Agbaji’s preliminary imaginative and prescient was to have a middle the place an interactive and project-driven method to know-how would encourage youngsters of all skills to unleash their creativeness and potential,” in accordance with the corporate’s web site.
The common value for this system is $149 a month. The enterprise is providing a 31.4% low cost (in honor of pi) for all times for the primary 50 households to enroll.
For info, go to thecodewiz.com/stjohns-fl or name 904-719-7490.
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Can Robots Create Fashion? – USC Viterbi
USC Viterbi Students from the Department of Aerospace and Mechanical Engineering pose in their new tie-dye T-shirts, created by a Baxter robot at the Center for Advanced Manufacturing at USC Viterbi. From left to right: Meghana Sagare, Danielle Redmond and Olivia Vigano. PHOTO/MEGHANA SAGARE.
Not only is tie-dye back in fashion, but it’s one of the most beloved summer pastimes by kids and adults alike. The steps are easy: grab a T-shirt, twist it up and segment it and then dye away to create a pattern. When you’re done, you have something fun, unique and yes, fashionable once more — at least, according to Louis Vuitton and Jennifer Lopez.
The garment industry utilizes a lot of human labor for tedious, repetitive tasks like tie-dying, because while robots thrive working with hard, rigid materials, they struggle with softer, more flexible materials. This is the challenge that Professor S.K. Gupta, director of the Center for Advanced Manufacturing at the USC Viterbi School of Engineering and holder of the Smith International Professorship in Mechanical Engineering, presented three undergraduates when they came to him seeking a hands-on robotics project.
The students — mechanical engineering seniors Danielle Redmond and Olivia Vigano and junior Meghana Sagare — deliberated on ways to explore this challenge, finally landing on tie-dye as a fun example of how robots can support the garment industry, while emphasizing human creativity.
“There is so little being done with fabrics right now. It’s a need in the industry, especially in manufacturing widescale clothing production. What’s cool about this project is the human gets to design and the robot gets to execute,” Redmond said.
She added: “It cuts down on a repetitive task that a human would have to do over and over again every single day to mass produce tie-dye. So you’re taking a lot of time consuming aspects of the process and eliminating them, but still fostering the creativity of making something yourself.”
Meet Baxter, a Robot Made to Work Near Humans
Once the challenge was set, in came Baxter, an industrial robot created specifically for human-robot collaborations. Baxter’s arms are more flexible than typical industry robots and its joints have springs, meaning that its arms are more compliant and resistant to injuring its human counterparts. This allowed the team to experiment with a few different specifications without compromising Baxter’s performance.
To figure out how to create a tie-dye T-shirt using Baxter, the team first researched how a person tie-dyes a shirt in the first place. Watching numerous videos, the team decided on key milestones in the tie-dye process that it would have to hit using their robot.
“We would try to accomplish the step or task ourselves first and then ask, ‘How can a robot do this?’” Sagare said. “A lot of people used forks for the twisting of the shirt, which worked really well for us.”
“Once we found what worked, we could really refine the process,” Redmond said. “For example, 3-D printing parts that work better than what we have on hand.”
The team also needed to enable the robot to infuse fabric with dye. This was accomplished using tubes attached to the robot’s arms and the cups full of fabric dye. A motor was used for each cup, to help drive that specific color of liquid through the tube and onto the T-shirt.
Once all the hardware was optimized, the students had to create code to make sure the robot could calculate the correct waypoints — spots on the fabric — in order to add dye in the appropriate pattern.
To begin, Baxter uses a camera located on one of its arms to identify an initial red spot added to the middle of the shirt. This allows Baxter to center its workspace prior to dyeing.
At first, the students envisioned Baxter would create the same design over and over. But as their work progressed, they decided to allow for a more creative collaboration. One key feature the team created: a drawing mechanism so that users can design the tie-dyed graphic themselves.
A Steep Learning Curve
The students specifically took on a project that would expose them to new arenas and challenge them. As such, they hit a few roadblocks — from troubleshooting hardware issues to learning how to program Baxter from scratch.
“I’m a mechanical engineer, and I didn’t have a lot of experience in coding prior to working on Baxter,” Sagare said. “I did the majority of the coding in Python, but I’ve never taken a class in Python before. At the same time, Baxter runs on the robot operating system (ROS), which was like gibberish to me when I first started.”
Meanwhile, Redmond said getting the fabric to twist properly was a formidable task. “We tried so many things,” she said.
Vigano added: “We tried to use Baxter’s original grippers at first, but they would get stuck to the shirt when it tried to pull its hand up. Nailing down a great design that worked when it tried to twist the shirt and having it release was really important.”
Ultimately, while Baxter is moving on to new research projects, the team is interested in continuing to explore a “human designs, robot creates” configuration.
Said Redmond: “Being able to design a special piece of art or clothing and have the robot create it and you don’t have to be there, works really well, especially in a COVID world. This project motivated me to pursue working in a creative industry. I like the mix of art and engineering.”
Added Sagare: “This influenced my future plans to go further into robotics engineering. It’s very interdisciplinary, incorporating mechanical engineering and design and a lot of computer science.”
Vigano said this project opened her mind to the fact that she like working groups. “I’m motivated by working with people who have the same goals and want to work hard to get it done. I also think a project like this has the potential to excite a younger generation who like to tie dye. This can get them interested in robotics in general.”
She added, “To have a group of three women in engineering here is pretty cool.”
