Page 1,357«..1020..1,3561,3571,3581,359..1,3701,380..»

HPE Hiring Fresher Computer Science, IT Graduates, Postgraduates – StudyCafe

HPE Hiring Fresher Computer Science, IT Graduates, Postgraduates

HPE is hiring an experienced R&D Graduate. This role has been designated as Edge, which means you will primarily work outside of an HPE office. This role designs, develops, troubleshoots and debugs software programs for software enhancements and new products. Develops software including operating systems, compilers, routers, networks, utilities, databases and Internet-related tools. Determines hardware compatibility and/or influences hardware design.

The complete details of this job are as follows:

Codes and programs enhancements, updates, and changes for portions and subsystems of systems software, including operating systems, compliers, networking, utilities, databases, and Internet-related tools

Executes established test plans and protocols for assigned portions of code; identifies, logs, and debugs assigned issues.

Develops understanding of and relationship with internal and outsourced development partners on software systems design and development.

Participates as a member of project team of other software systems engineers and internal and outsourced development partners to develop reliable, cost effective and high quality solutions for low to moderately- complex products.

Bachelors or Masters degree in Computer Science, Information Systems, or equivalent

Typically 0-2 years experience

Experience or understanding of software systems design tools and languages.

Good analytical and problem solving skills.

Understanding of design for software systems running on multiple platform types

Understanding of basic testing, coding, and debugging procedures

Good written and verbal communication skills; mastery in English and local language.

To apply for this job, visit official website

Disclaimer: The Recruitment Information provided above is for informational purposes only. The above Recruitment Information has been taken from the official site of the Organisation. We do not provide any Recruitment guarantee. Recruitment is to be done as per the official recruitment process of the company or organization posted the recruitment Vacancy. We dont charge any fee for providing this Job Information. Neither the Author nor Studycafe and its Affiliates accepts any liabilities for any loss or damage of any kind arising out of any information in this article nor for any actions taken in reliance thereon.

Join StudyCafe Membership. For More details about Membership Click Join Membership Button

In case of any Doubt regarding Membership you can mail us at [emailprotected]

See the original post here:

HPE Hiring Fresher Computer Science, IT Graduates, Postgraduates - StudyCafe

Read More..

A wave of A.I. luminaries are sending out grim warnings about the new tech but not everyone thinks the situation is so dire – Fortune

Computer scientists who helped build the foundations of todays artificial intelligence technology are warning of its dangers, but that doesnt mean they agree on what those dangers are or how to prevent them.

Humanitys survival is threatened when smart things can outsmart us, so-called Godfather of A.I. Geoffrey Hinton said at a conference Wednesday at the Massachusetts Institute of Technology.

After retiring from Google so he couldspeak more freely, the 75-year-old Hinton said hes recently changed his views about the reasoning capabilities of the computer systems hes spent a lifetime researching.

These things will have learned from us, by reading all the novels that ever were and everything Machiavelli ever wrote, how to manipulate people, Hinton said, addressing the crowd attending MIT Technology Reviews EmTech Digital conference from his home via video. Even if they cant directly pull levers, they can certainly get us to pull levers.

I wish I had a nice simple solution for this, but I dont, he added. Im not sure there is a solution.

Fellow A.I. pioneer Yoshua Bengio, co-winner with Hinton of thetop computer science prize, told The Associated Press on Wednesday that hes pretty much aligned with Hintons concerns brought on by chatbots such as ChatGPT and related technology, but worries that to simply say Were doomed is not going to help.

The main difference, I would say, is hes kind of a pessimistic person, and Im more on the optimistic side, said Bengio, a professor at the University of Montreal. I do think that the dangersthe short-term ones, the long-term onesare very serious and need to be taken seriously by not just a few researchers but governments and the population.

There are plenty of signs that governments are listening. The White House has called in the CEOs of Google, Microsoft and ChatGPT-maker OpenAI to meet Thursday with Vice President Kamala Harris in whats being described by officials as a frank discussion on how to mitigate both the near-term and long-term risks of their technology. European lawmakers are also accelerating negotiationsto pass sweeping new A.I. rules.

But all the talk of themost dire future dangershas some worried that hype around superhuman machineswhich dont yet existis distracting from attempts to set practical safeguards on current A.I. products that are largely unregulated.

Margaret Mitchell, a former leader on Googles A.I. ethics team, said shes upset that Hinton didnt speak out during his decade in a position of power at Google, especially after the 2020 ouster of prominent Black scientist Timnit Gebru, who had studied the harms of large language models before they were widely commercialized into products such as ChatGPT and Googles Bard.

Its a privilege that he gets to jump from the realities of the propagation of discrimination now, the propagation of hate language, the toxicity andnonconsensual pornography of women, all of these issues that are actively harming people who are marginalized in tech, said Mitchell, who was also forced out of Google in the aftermath of Gebrus departure. Hes skipping over all of those things to worry about something farther off.

Bengio, Hinton and a third researcher, Yann LeCun, who works at Facebook parent Meta, were all awarded the Turing Prize in 2019 for their breakthroughs in the field of artificial neural networks, instrumental to the development of todays A.I. applications such as ChatGPT.

Bengio, the only one of the three who didnt take a job with a tech giant, has voiced concerns for years about near-term A.I. risks, including job market destabilization, automated weaponry and the dangers of biased data sets.

But those concerns have grown recently, leading Bengio to join other computer scientists and tech business leaders like Elon Musk and Apple co-founder Steve Wozniak in calling for a six-month pause on developing A.I. systems more powerful than OpenAIs latest model, GPT-4.

Bengio said Wednesday he believes the latest A.I. language models already pass the Turing test named afterBritish codebreaker and AI pioneer Alan Turings methodintroduced in 1950 to measure when A.I. becomes indistinguishable from a human at least on the surface.

Thats a milestone that can have drastic consequences if were not careful, Bengio said. My main concern is how they can be exploited for nefarious purposes to destabilize democracies, for cyber attacks, disinformation. You can have a conversation with these systems and think that youre interacting with a human. Theyre difficult to spot.

Where researchers are less likely to agree is on how current A.I. language systemswhich have many limitations, including a tendency to fabricate informationwill actually get smarter than humans.

Aidan Gomez was one of the co-authors of the pioneering 2017 paper that introduced a so-called transformer techniquethe T at the end of ChatGPTfor improving the performance of machine-learning systems, especially in how they learn from passages of text. Then just a 20-year-old intern at Google, Gomez remembers laying on a couch at the companys California headquarters when his team sent out the paper around 3 a.m. when it was due.

Aidan, this is going to be so huge, he remembers a colleague telling him, of the work thats since helped lead to new systems that can generate humanlike prose and imagery.

Six years later and now CEO of his own A.I. company called Cohere, which Hinton has invested in, Gomez is enthused about the potential applications of these systems but bothered by fearmongering he says is detached from the reality of their true capabilities and relies on extraordinary leaps of imagination and reasoning.

The notion that these models are somehow gonna get access to our nuclear weapons and launch some sort of extinction-level event is not a productive discourse to have, Gomez said. Its harmful to those real pragmatic policy efforts that are trying to do something good.

Link:

A wave of A.I. luminaries are sending out grim warnings about the new tech but not everyone thinks the situation is so dire - Fortune

Read More..

Digital workforce: Bachelor’s in computing beats out engineering and finance for best-paying jobs – University Business

Credentials holders in computer-related fields, such as computer science, computer engineering and computer and information sciences, are the countrys most lucrative students early into their careers, according to Department of Education data compiled by The HEA Group and College Scorecard.

Bachelors degree holders in computer science from Harvard University have the highest mean earnings four years after graduation at $256,539. Computer science and those related make up eight of the top 10 most lucrative in the nation. The only three outside of this industry to make the ranking are finance and financial management services from the University of Pennsylvania and electrical, electronics and communications engineering from the University of California-Berkeley.

When averaging median income earnings across programs offered to at least 50 institutions, seven out of 10 of the highest earners are in engineering unrelated to computer technology. Still, computer engineering came in first at $97,302, followed by computer science at $94,192. University Businessonly considered degrees that serve more than 50 institutions to negate any niche credentials offered at a select group of institutions. For example, only five schools offer nuclear engineering, but that major brought the second-highest average median earnings at $116,531.

The HEA Group and scorecard considered over 36,000 academic programs from 22,404 bachelors, 8,071 associates and 5,621 certificate programs. Additionally, the data are limited to federal financial aid-receiving students, and some small programs earnings data are excluded to protect student privacy.

Earning a credential in one of these computer-tech-related programs seems reserved chiefly for bachelors degree earners. Associate degree earners are better off, earning $140,386 with a nuclear engineering degree, and certificate earners are best off as an electrical and power transmission installer certificate, making $109,483. However, a bachelors degree is still the most reliable undergraduate credential students can earn to ensure they make a livable salary. Almost half (48.48%) of all bachelors programs make at least $50,249 four years out of college. Less than 30% of associate degree earners make a livable salary, and only 13% of certificate earners are this well off.

More from UB: How should colleges respond to the recent surge in swatting incidents?

The number of students graduating with a bachelors in any specific computer science-related program doesnt compare well with its earning potential. For example, among academic programs offered to at least 50 institutions, the number of institutions providing computer science credentials ranked 25 out of 87. Similarly, the number of students in these graduating cohorts ranked at 27.

However, combining all programscomputer science, computer engineering, and computer and information sciencespaints a more promising picture. Institutions offer them at the fourth-highest rate, and they have the eighth-greatest number of students in graduating cohorts when combined.

Here is the original post:

Digital workforce: Bachelor's in computing beats out engineering and finance for best-paying jobs - University Business

Read More..

COMMENTARY: Improving access to computer science can help … – EdSource

After several years of school on Zoom, watching YouTube how-to videos about anything and everything, and talking via Snapchat, its tempting to think that students are already equipped for our technological future. But technology innovations like artificial intelligence and ChatGPT are wreaking havoc on our education system.

As education headlines are dominated by calls to catch up from the pandemic and build a more equitable schooling system, its understandable why wed want every dollar of educational investments going into reading, math and other basic skills. But California is facing a more fundamental problem: Because we havent yet reached equitable access to high-quality instruction across the curriculum, we have to invest in our future, without exacerbating existing inequalities.

As educators and policymakers consider ways to increase student achievement, its important that we ensure equity in expanding teaching and learning opportunities. In our increasingly digital world, computer science is a necessary building block that enables students to develop foundational skills that apply across subjects, from computational thinking and interdisciplinary problem-solving, to collaboration and digital citizenship. Importantly, computer science also plays a unique role in supporting learning and student engagement when it is integrated into more traditional subjects like math, science, arts and the humanities in large part because technology is the currency for learning among our youth, and critical to success in college, careers and life.

The pandemic propelled a nearly overnight transformation of our education system and the rapid proliferation of remote learning. Consequently, students are online more than ever before. It is critical to help young people understand and demystify computing technology as well as consider its ethics and impacts like biased algorithms that lead to unfair policies and practices, the entrance of AI into classrooms and workplaces, and the impacts of social media on self-image and mental health. Like math and reading, a computer science education is foundational to developing a well-informed, well-equipped citizenry in todays world.

Moreover, computer science helps prepare students for college and opens the door to some of the highest-paying and fastest-growing careers. The Bureau of Labor Statistics projects that employment in computer and information technology occupations will increase 13% from 2020 to 2030 equivalent to about 667,600 new jobs which is faster than the average growth for all occupations. And, the median annual salary for computer and information technology occupations was $91,250 in May 2020, higher than the median annual wage for all occupations of $41,950. California is a leader in the technological revolution, leading the nation in tech employment (1.88 million tech workers) and the economic impact of the tech sector ($520 billion), and home to fiveof the top 10highest-grossing global tech companies.

Failing to provide our students the opportunity to learn computer science will only increase existing disparities in student success and representation in top-tier industries.

Despite the importance of equitable access to computer science education, only 39% of California high schools offer computer science courses, and only 5% of students are actually enrolled in them. (The most recent publicly available data from the California Department of Education is from 2018-19.)

Offering all California students a computer science education especially girls, low-income students and students of color will open the door to economic opportunities and high-paying jobs from finance to farming, healthcare or entertainment. This will also ensure California has the skilled and diverse technological workforce needed to maintain competitiveness and drive innovation in our state.

The California Legislature is considering two important computer science bills: Assembly Bill 1054 (Berman), a bill that will require all public high schools to provide at least one computer science course; and Assembly Bill 1251 (Rivas) that will expand the pool of teachers to teach it. These policies will be integral in bolstering student achievement with relevant future preparation by equipping our students for their technological future. This means investing in computer science education and ensuring all students including low-income students and students of color have access to this foundational knowledge for their future.

Providing access to computer science in all high schools will help our students catch up while moving ahead. Computer science education can help us do both.

Julie Flapanis the director of theComputer Science Equity Project at UCLA Center X, School of Education and Information Studies and co-lead of theCSforCAcoalition, where she is working to expand teaching and learning opportunities for girls, students of color and low-income students.

The opinions expressed in this commentary represent those of the author. EdSource welcomes commentaries representing diverse points of view. If you would like to submit a commentary, please review ourguidelinesandcontact us

To get more reports like this one, click here to sign up for EdSources no-cost daily email on latest developments in education.

See the original post here:

COMMENTARY: Improving access to computer science can help ... - EdSource

Read More..

U of A Academy of Computer Science and Computer Engineering … – University of Arkansas Newswire

Dani Jackson

Top from left: John Simmons, Blake Puryear, Justin Bertram and Chris McCroskey; bottom: Brandy Metzner Umdenstock, Barret Miller, Kanat Bektemirov and Bert Sanders.

The U of A Academy of Computer Science and Computer Engineering inducted eight new members at the annual New Member Induction Banquet held on April 14 at Mermaid's Seafood Restaurant. Inductees included Kanat Bektemirov, Justin Bertram, Chris McCroskey, Barret Miller, Blake Puryear, Bert Sanders, John Simmons and Brandy Metzner Umdenstock.

Bektemirov received his B.S. in computer science in 2015. After graduation, he co-founded a software startup to make finding elder care easier. Now, Bektemirov acts as the chief technology officer at SupplyPike.

Bertram received his B.S. in computer science and minor in mathematics in 2001. After graduation, he moved to Brazil to do mission work with university students before returning to Arkansas and joining Acxiom. Now, Bertram is working on the messaging engineering team at Red Hat where he serves as committer in the Apache Community, member of the ActiveMQ Project Management Committee and one of the lead developers of a message broker deployed across thousands of organizations.

McCroskey received his B.A. in political science in 1999. After graduation, he became director for Rockfish Interactive. McCroskey also co-founded Tweet Congress, a website that began as a grassroots effort to encourage politicians to tweet with constituents. McCroskey is now the founder and ideator at IdeaLoop.

Miller received his B.S. in computer science in 2008. During his 15 years at Tyson Foods, Miller has worked in technical and business leadership roles and has been fundamental in initiatives such as development of computer vision solutions powered by machine learning to improve production automation. Now, Miller is a leader in the application of emerging technologies to business and manufacturing.

Puryear received his B.S. in computer science in 2012, making him the youngest addition to the academy. After graduation, he joined Drip as director of product strategy. Now, Puryear is the director of product at Recharge, where he leads a team of product managers and product owners.

Sanders received his B.S. in computer systems engineering in 2001 and later received his M.S. in computer systems engineering from Georgia Institute of Technology. After graduating, he took a job with Acxiom before moving to J.B. Hunt and then Walmart. Now, Sanders leads modernization and scaling efforts for Walmart's in-store pricing system, enabling no-touch digital shelf labelling and cloud-powered checkout.

Simmons received his B.S. in computer science in 2001. After graduation, he spent 20 years supporting mission critical distributed technology solutions at IBM, Toshiba and Bossa Nova Robotics. Now, Simmons works as InOrbit's head of product, where he leverages his extensive experience with autonomous mobile robots.

Umdenstock received her B.S. in computer engineering in 2003 with a minor in mathematics. After graduation, she began working as an intern at Walmart, where she began to move up the ranks. After her success as a software and systems engineer, Umdenstock moved into leadership positions. Now, she works as the chief of staff for the Developer Platforms organization within Walmart Global Tech.

The academy is making strides toward diversifying its members. The new members show great promise for the future of the academy. Inductees Bektemirov, Bertram and Umdenstock attended the business meeting the following morning, providing excellent insight to the board. The academy looks forward to improving over the next year with the great additions they have made to membership.

Read more:

U of A Academy of Computer Science and Computer Engineering ... - University of Arkansas Newswire

Read More..

Internet inventors Cerf and Kahn to join President Chiang for … – Purdue University

WEST LAFAYETTE, Ind. Vint Cerf and Robert Kahn, the tandem credited with founding the Internet in the early 1970s, will join Purdue University President Mung Chiang for a Presidential Lecture Series event in September, coinciding with the 60th anniversary celebration of Purdues historic launch of the nations first academic computer science department.

The discussion with Cerf and Kahn, who are commonly called the Fathers of the Internet, is planned for Thursday, Sept. 7. The time and location will be announced later. The Presidential Lecture event, which is free and open to the public, is titled Origins of the Internet and its Subsequent Evolution and comes a half-century since the pivotal period of Cerf and Kahns groundbreaking work.

As Purdue continues the yearlong celebration of thenationsfirst computer science department 60 years ago and launches new investments, such as 50 new faculty in computing departments, to attain the pinnacle of excellence,it is particularly exciting to bring to our campus the two pioneersof the Internetwhopaved the way forone oftheplanet-changing innovationsofourInformation Age,Chiang said.Vint Cerf and Robert Kahnare true American trailblazers, and their Presidential Lecture at Purdue coincides with their inventing the TCP/IP half a century ago.Their creativity and persistence define the very essence of pinnacle of excellence and impact.

Cerf and Kahn led the design and implementation of what formed the basis of the Internet, beginning with their seminal research paper in the early 1970s. Titled A Protocol for Packet Network Intercommunication, the paper was subsequently published in the iEEE Transactions on Communications in May 1974 and outlined the resulting Internet architecture for the technological innovation thats ubiquitous today.

In a mere six months in 1973, Cerf and Kahn crafted the common digital language that provides the pathways for interconnecting vast network devices. They developed the Transmission Control Protocol, which later split off the Internet Protocol, becoming TCP/IP, seen in the network settings of computers to this day. In geek speak, they formulated fundamental protocols for wireless and wired networking, specified TCP/IP to meet these requirements, prototyped TCP/IP and coordinated early TCP/IP implementations.

They first met when Kahn came to UCLA in 1969 to help test the nascent Advanced Research Projects Agency Network, known as ARPANET. Kahn and Cerf formed an effective working relationship to generate test data and predict and diagnose problems in the network. Later they began work on the Internet, completing their design in the fall of 1973. The effort spanned more than 10 years, and the birthday of the operational Internet is Jan. 1, 1983. In the ensuing decades, computer networks across the globe were able to communicate with each other using protocols developed by Kahn and Cerf.

Cerf received a bachelors degree in mathematics from Stanford University in 1965, then spent two years at IBM, where he contributed to QUIKTRAN, a FORTRAN based time-sharing system. Drawn to the field of computer science, he left IBM to study at the University of California, Los Angeles, where he earned his masters degree and PhD in computer science in 1970 and 1972, respectively.

Kahn earned a bachelors degree in electrical engineering at the City College of New York in 1960 before earning his masters degree in 1962 and PhD in 1964 in electrical engineering from Princeton University. His first job was with AT&T Bell Labs before he joined the electrical engineering department at Massachusetts Institute of Technology as an assistant professor in 1964. Kahn took a leave of absence from MIT in 1966 to work at a local research and development firm, Bolt, Beranek and Newman (now known as Raytheon BBN), where he began developing his own ideas for computer networking.

For their global-changing achievements, Cerf and Kahn have collected countless awards, including the Presidential Medal of Freedom, the highest civilian honor in the U.S., as well as the ACM A.M. Turing Award, the highest distinction in computer science; the U.S. National Medal of Technology and Innovation, the highest technology honor; the Japan Prize, that countrys most prestigious honor for science and technology in 2008; and many honorary doctoral degrees.

Purdues advancing computer science legacy

Sixty-years ago, Purdue celebrated the launch of its groundbreaking computer science program when it dedicated its new high-speed IBM 7090 digital computer. Today, Purdues computer science program is the largest and most selective on campus, with 2,405 undergraduate and 538 graduate students enrolled as of Fall 2022.

And just two weeks ago, Purdue unveiled its Purdue Computes initiative, which will provide vital strategic investments for faculty hires, artificial intelligence research and semiconductor facility upgrades, with the goal of becoming one of the top 10 computer science programs in the U.S. by the end of the decade.

About the Presidential Lecture Series

Launched in 2014 by then-Purdue President Mitch Daniels and continued in 2023 by President Mung Chiang, the Presidential Lecture Series exposes Purdue students and the broader community to inspiring ideas, courageous leadership and models of civic engagement and civil discourse. The Presidential Lecture Series has had over 40 guests of many viewpoints and perspectives who have hosted some of the great intellectual, business and civic leaders of our time. As one of the worlds premier centers of scholarly leadership, Purdue is appropriately and necessarily a regular venue for great thinkers across a wide variety of disciplines.

About Purdue University

Purdue University is a top public research institution developing practical solutions to todays toughest challenges. Ranked in each of the last five years as one of the 10 Most Innovative universities in the United States by U.S. News & World Report, Purdue delivers world-changing research and out-of-this-world discovery. Committed to hands-on and online, real-world learning, Purdue offers a transformative education to all. Committed to affordability and accessibility, Purdue has frozen tuition and most fees at 2012-13 levels, enabling more students than ever to graduate debt-free. See how Purdue never stops in the persistent pursuit of the next giant leap athttps://purdue.edu/.

Writer/Media contact: Phillip Fiorini, pfiorini@purdue.edu, 765-430-6189

Read the original here:

Internet inventors Cerf and Kahn to join President Chiang for ... - Purdue University

Read More..

Osage embraces computer science and technology – Globe Gazette

Education is increasingly becoming technology driven. The Osage Community School District is ahead of the curve in its focus on this other form of literacy.

From left to right, Marley Hannon, Ava Ketelsen and Hayden Huisman use technology at Lincoln Elementary School.

Computer science is one aspect of Osages efforts. Recently, its determination was honored, when Lincoln Elementary School received a CS100 School award for its commitment to providing exceptional computer science education to its students.

Lincoln was one of only two schools in Iowa to receive the national recognition.

To be eligible for the CS100 School award, Lincoln had to meet minimum requirements of teaching 10 hours a year of computer science. According to Osage media specialist and technology instructional coach Kelley Molitor, the school at every grade level spends over two hours a week coding writing computer programs.

We qualified very easily for it, Molitor said, adding she was very confident in Osages application. We do a lot of coding throughout the day. Its not a standalone here. Its infused throughout the grade levels. Coding happens during literacy, math, science and social studies.

People are also reading

As John Pearce, executive director of the awarding body CSisElementary believes, computer science is a literacy.

Molitor is more emphatic, stating that what is taught in Osage affects all of Mitchell County, as students eventually join the workforce and bring their skills to bear. Even agriculture is now driven by computer science. Computer science helps feed the world. The medical field is immersed in it, and what the students learn today could save lives tomorrow.

Anyone who uses a cell phone is part of the movement.

One of the instructors conveying this knowledge and these skills is Lincoln Elementary School teacher Lori Randall. It is no longer science fiction when robots assist the students in their classrooms.

Each grade level has a different device that they master, Randall said. Its sequential from kindergarten through grade four in our building.

By the time these students reach middle school, they are experts. Randall believes Lincolns CS100 School award was well deserved. She sees her students coding and guiding robots through obstacle courses every day.

We were really proud to have won that, because everyone is part of this journey, Randall said. Its not just certain teachers. All of us are working together. We go above and beyond in this area. Youre starting young with the problem solving, the computational thinking, the creativity, the communication and the collaboration. And then we keep building on it every year.

These kids have had computers and technology in their hands since they were born, Molitor said.

STEAM

Another aspect of Osages emphasis on technology was the STEAM Festival held last month. Exhibits filled the gyms and classrooms of the middle school and high school. STEAM is an acronym for science, technology, engineering, arts and mathematics.

Most of the elementary teachers were involved in the event. For an evening, their students became instructors.

Just inside the front door, a state-of-the-art robot dog performed tricks for kids.

Molitor helped organize the event, which was sprawling. People came from other school districts. There were drones, star labs and almost every technology conceivable. Participants could peer into microscopes and hammer nails. It was a combination of technology brought into the school from outside sources, as well as a showcase of the students and the schools own technological efforts.

We have a lot of support in the community as well as around the area, Molitor said, as Iowa State University and the U.S. Army were represented, along with local businesses, the police department and the hospital.

Going low tech at the STEAM festival.

Still, the star of the show might have been the robot dog, which is an over-simplified way to describe the device. It walks on four legs with the sophistication of an animal.

Molitor envisions how that technology could translate to cyber security in a school. The robot animal could not only teach programming, but cameras could be installed and it could patrol the halls as a guard dog. The applications are endless. It is the sort of creature that ends up on Mars.

While a robot as a hall monitor is a few years out, Molitor would like one day for the school to be able to afford this sophisticated device.

The handler of the robot dog visited administration at Osage last summer. The robot uses what is called C++ programing, which is a high-level language.

Our high school graduates who are in college now have told us we need to keep getting other languages in the high school, Molitor said of programming. So our students can learn more before they get to college. The cool thing about this robot dog is that it could be coded in C++.

Realism in movement will soon give way to realism in thought, to what is known as artificial intelligence.

With AI, that stuffs going to start thinking, Molitor said. Even that robot dog would have AI, so it would recognize people. If we took the whole school, and put every photo into the dogs memory, then it would identify someone who was not supposed to be there.

Kelley (Molitor) is great at inspiring and encouraging people, Randall said, as Molitor is a driving force in recommending technology and writing grants to afford it. To her, it is well worth the money, whether it is simple coding or a robot.

We wouldnt be here without her, said Lincoln Elementary School instructional coach Deb Huftalin. She knew what was coming and got us started eight years ago.

The STEAM festival highlighted not only what Osage could do, but how it could expand with more resources.

Job simulator

Another technological advancement is being shared between Osage and the St. Ansgar Community School District. It is a job simulator, which was featured at the STEAM festival. It will be operated out of the industrial technology program.

It was a year in the making with the STEM BEST grant and other monies we could generate, Molitor said, as local businesses helped with the financing.

While some students learn best by the book, there are others who thrive outside the classroom setting, which is not unusual in a farming community, where skills are learned through practice.

Occasionally, it will help students know what they dont want to do.

The Osage and St. Ansgar Community High School job simulator.

We have a lot of kids who are hands-on learners, Molitor said. Many businesses need kids that have the skills to do the jobs they need. The businesses are able to use the job simulator for training. Theyre very hopeful theyll get employees out of it.

One goal is to keep students local after they graduate. Another of Molitors goals is to get more girls interested in hands-on occupations.

And as Molitor notes, it is better to fail on the job simulator than on an expensive piece of equipment.

I think its a unique opportunity, Molitor said. I dont know of any other high school in the state that has this. As our kids learn more, we have to keep pushing them and providing what they need.

And what they need is different among different students.

Our students are very excited about learning and infusing it into their reading, Randall said of the crossover between technology and all subjects. Its another opportunity for them to learn in a different way, because all of them are different kinds of learners.

Big schools

While some students are more talented than others, Randall sees technology as leveling the playing field. Because they all have to adapt to what we call being a risk taker it may be wrong, but you can go back and debug and work on it to get it right. Theyre not afraid of failure. They learn from it.

Sometimes its the kids you dont expect, Huftalin said. Theyre not always your high flyers.

Sometimes its the kids who are more quiet and reserved, Randall said.

Molitor also speaks of digital citizenship and online safety.

Its one of the more dangerous times in the world because of online issues, Molitor said. How do you keep yourself safe?

Other much larger schools have praised Osages program. At a conference the previous week, the superintendent of the school system in Bettendorf approached Huftalin with a heap of praise.

She said, We dont do any this this is amazing, Huftalin explained. We take it for granted that weve been incorporating it for almost eight years.

We get calls all the time, Molitor said. It reinforces that were doing the right things.

School systems from across Iowa come to Osage to study its commitment to technology, to learn and then implement Osages system into their own schools. It is a testament to the vision of Osages teachers.

They come to see what were doing at each grade level, said Randall. They see the progression, how were incorporating computer science into our curriculum.

According to Huftalin, between 80-90% of schools have a standalone teacher where students go to learn about computer science. In Osage, they incorporate those lessons into the daily curriculum, which requires a commitment from teachers at all grade levels.

To infuse it is so much more successful, Molitor said, noting that Osage moved from the standalone model early on. It engages kids more.

Kids are growing up in a technology immersive world. If we dont teach them how to use it responsibly, to become creators instead of just consumers, then were not giving them the tools they need to be successful after high school.

Jason W. Selby is the community editor for the Mitchell Country Press News. He can be reached at 515-971-6217, or by email at jason.selby@globegazette.com.

Get local news delivered to your inbox!

See the rest here:

Osage embraces computer science and technology - Globe Gazette

Read More..

Ethan Hodge named Arkansas Computer Science Educator of the … – Russellville Courier

Russellville High School Computer Science Teacher Ethan Hodge was named the 2023 Arkansas Computer Science Educator of the Year on Saturday, April 29 at the Arkansas State Coding Competition.

Hodge will be receiving $15,000 from the Arkansas Department of Education in recognition of this award. Hodge is one of five finalists in the state.

The selection process is through the Arkansas Department of Education in which applicants must demonstrate a strong commitment to Computer Science education in their school and community. Applicants submit information on their career history, letters of recommendation, a series of reflection questions, and a video lesson demonstrating their strengths in the classroom.

I believe my students should be able to break down complex problems, develop solutions, and be collaborative participants in a technology rich society, Hodge said. These skills are the primary focus of Computer Science Education and can serve students in all aspects of life, regardless of the direction they choose. This is why I believe in Computer Science education.

Hodge has served in RSD for nine years. Currently, Hodge teaches computer science at the Russellville High School and serves as a Robotics coach where he has led the students to five State Champion titles. In 2022, Hodge was named the Russellville High School Teacher of the year.

There are many great Computer Science educators in Arkansas. Earning this title is a tremendous honor and it feels good to know that the work Ive done matters. I am grateful to be part of such a wonderful community that supports its school, an excellent group of educators at RHS, and to have such awesome students, Hodge said.

View post:

Ethan Hodge named Arkansas Computer Science Educator of the ... - Russellville Courier

Read More..

When Art and Science Meet as Equals – Research Blog – Duke University

Artists and scientists in todays world often exist in their own disciplinary silos. But the Laboratory Art in Practice Bass Connections team hopes to rewrite this narrative, by engaging Duke students from a range of disciplines in a 2-semester series of courses designed to join the artist studio, the humanities seminar room, and the science lab bench. Their work culminated in re:process an exhibition of student artwork on Friday, April 28, in the lobby of the French Family Science Center. Rather than science simply engaging artistic practice for the sake of science, or vice versa, the purpose of these projects was to offer an alternate reality where art and science meet as equals.

Liuren Yin, a junior double-majoring in Computer Science and Visual and Media Studies, developed an art project to focus on the experience of prosopagnosia, or face blindness. Individuals with this condition are unable to tell two distinct faces apart, including their own, often relying on body language, clothing, and the sound of a persons voice to determine the identity of a person. Using her experience in computer science, she developed an algorithm that inputs distinct faces and outputs the way that these faces are perceived by someone who has prosopagnosia.

Next to the computer and screen flashing between indistinguishable faces, shes propped up a mirror for passers-by to look at themselves and contemplate the questions that inspired her to create this piece. Yin says that as she learned about prosopagnosia, where every face looks the same, she found herself wondering, how am I different from a person that looks like me? Interrogating the link between our physical appearance and our identity is at the root of Yins piece. Especially in an era where much of our identity exists online and appearance can be curated any way one wants, Yin considers this artistic piece especially timely. She writes in her program note that my exposure to technologies such as artificial intelligence, generative algorithms, and augmented reality makes me think about the combination and conflict between human identity and these futuristic concepts.

Eliza Henne, a junior majoring in Art History with a concentration in Museum Theory and Practice, focused more on the biological world in her project, which used a lavender plant in different forms to ask questions like what is truthful, and what do we consider real? By displaying a live plant, an illustration of a plant, and pressings from a plant, she invites viewers to consider how every rendition of a commonly used model organism in scientific experiments omits some information about the reality of the organism.

For example, lavender pressings have materiality, but theres no scent or dimension to the plant. A detailed illustration is able to capture even the way light illuminates the thin veins of the leaf, but is merely an illustration of a live being. The plant itself, which is conventionally real, can only further be seen in this sort of illustrative detail under a microscope or in a diagram.

In walking through the lobby of FFSC, where these projects and more are displayed, youre surrounded by conventionally scientific materials, like circuit boards, wires, and petri dishes, which, in an unusual turn of events are being used for seemingly unscientific endeavors. These endeavors illustrating the range of human emotion, showcasing behavioral patterns like overconsumption, or demonstrating the imperfection inherent to life might at first glance feel more appropriate in an art museum or a performing arts stage.

But the students and faculty involved in this exhibition see that as the point. Maybe it isnt so unnatural to build a bridge between the arts and the sciences maybe, they are simply two sides of the same coin.

See the rest here:

When Art and Science Meet as Equals - Research Blog - Duke University

Read More..

Reality and Robotics Lab Looks to the Sea – Dartmouth News

Thousands of construction projects around the world involve building infrastructure in shallow coastal areas. Some support aquaculture and offshore wind energy projects, while others erect seawalls to prevent coastal erosion.

They are expensive endeavors in a harsh environment constantly rocked by waves and swells. With that in mind, Dartmouth researchers are taking the first steps towards creating robots that can dive in and do the heavy lifting.

Underwater construction adds constraints that robots and drones operating on land dont deal with, says Samuel Lensgraf, a computer science PhD student at the Guarini School of Graduate and Advanced Studies. Waves and silt make it impossible to have precise control or a clear view of the operating area.

Lensgraf, working with computer science professors Alberto Quattrini Li and Devin Balkcom, set out to design a construction process that can absorb some of the errors caused by the difficult environment.

One method is to insert custom-made cones through holes in store-bought concrete building blocks. The next layer of blocks slide into place over these cones. This interlocking system ensures that the blocks can be stacked precisely even if they are buffeted by waves as they are set down.

Quote

This is similar to how scuba diving works. By using buoyancy, you can make the robot lighter while its carrying heavy things in the water.

Attribution

Alberto Quattrini Li, computer science professor

The aquatic robot to work with such a system was designed from scratch. Lensgraf, who was a web developer before joining the Reality and Robotics Lab, was interested in construction and fabrication but had no experience building mobile robots. I did most of the fabrication and engineering; it was really a lot of fun to learn how to do, he says.

Their prototype, which they have tested in a 13-foot-deep swimming pool, can build structures using 12 components and weighing more than 200 pounds.

Guarini PhD student Samuel Lensgraf is working with the Dartmouth Reality and Robotics Lab on a mobile robot that can move heavy blocks for construction projects on the ocean floor. (Photo by Katie Lenhart)

At the robots core is a claw-like manipulator which draws design inspiration from stone grabbers of yore and exploit the weight of objects they latch onto to tighten their grasp. But if the robot relied solely on battery power to lift and transport the blocks, which weigh up to 20 pounds apiece, it would run out of juice after laying just a few.

Our robot uses two sources of powera battery as well as a buoyancy boost from compressed air, says Quattrini Li, an assistant professor of computer science. A scuba tank releases pressurized air into four cylindrical chambers that encircle the robot. As the chambers fill with air, they lift the robot, and its load, up.

This is similar to how scuba diving works, Quattrini Li says. By using buoyancy, you can make the robot lighter while its carrying heavy things in the water.

Lensgraf also devised an algorithm that determines how much air is used for each tasklifting, moving, and releasingin order to achieve the most effective use of both energy sources and maximize the number of blocks that can be picked up and placed.

This is the first construction robot thats using buoyancy to help it move things, says Lensgraf, who will present his work at the 2023 IEEE International Conference on Robotics and Automation in May.

While this is an important first step, work remains to be done before the robots will be ready to take the plunge into the ocean for field tests, says Lensgraf, who is already working on upgrades.

Link:

Reality and Robotics Lab Looks to the Sea - Dartmouth News

Read More..