Category Archives: Computer Science

Governor Abbott Encourages Texas High Schoolers To Participate In CyberStart America – Office of the Texas Governor

November 17, 2021 | Austin, Texas | Press Release

Governor Greg Abbott today announced Texas high school students will have the opportunity to participate in CyberStart America, an innovative, online cybersecurity talent search and competition sponsored by the National Cyber Scholarship Foundation (NCSF) and the SANS Institute. CyberStart is open to all students in grades 9-12 to explore their aptitude for cybersecurity and computer science.

"The demand for cybersecurity professionals continues to grow as technology becomes a greater part of our everyday lives," said Governor Abbott. "CyberStart is a fun, engaging way to prepare our students to tackle new challenges in our communities and workforce, and I encourage Texas students to take advantage of this tremendous opportunity to become exceptional leaders in the cybersecurity field."

CyberStart is a series of online challenges that allow students to act as cyber protection agents, solving cybersecurity-related puzzles, and explore related topics such as code breaking,programming, networking, and digital forensics.Students who do well in the program can earn access to scholarships and advanced training. Last year, 32,000 students from 4,800 schools around the country played CyberStart, and the NCSF awarded over $4 million in scholarships and advanced training. Out of those students, more than 4,000 Texas students registered, 732 of which reached the national competition and 68 were named National Cyber Scholars.

Learn more about CyberStart America.

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Governor Abbott Encourages Texas High Schoolers To Participate In CyberStart America - Office of the Texas Governor

USF physicists selected as finalists for the ‘Nobel Prize of supercomputing’ – University of South Florida

A team of computational physicists and computer scientists led by researchers from the University of South Florida has reached a new milestone in supercomputing and was selected as a finalist for the fields most prestigious award.

The Gordon Bell Prize, presented annually by the Association of Computing Machinery at the International Conference for High Performance Computing, Networking, Storage and Analysis (SC21), recognizes outstanding achievement in high-performance computing and is often referred to as the Nobel Prize of supercomputing. The purpose of the award is to recognize outstanding achievements in innovative applications of high-performance computing to problems in science, engineering and large-scale data analytics.

The team, led by Ivan Oleynik, professor in USFs Department of Physics, along with Kien Nguyen Cong and Jonathan Willman, both of whom recently completed doctoral degrees at USF, utilized the 200-petaflop Summit supercomputer at the Oak Ridge National Laboratory, the fastest supercomputer in the U.S., to explore how carbon atoms behave at extremely high pressures and temperatures.

Ivan Oleynik

Jonathan Willman

Kien Nguyen Cong

This is one of the most significant fundamental problems that exists in material science today, Oleynik said. Furthering our understanding of carbon behavior inside of recently discovered exoplanets or upon enormous compression during inertial confinement fusion implosions is paramount to advancing our knowledge of the structure of exoplanets or unlocking limitless fusion energy sources. Making impact through such grand simulations is something we could have never dreamed of.

For the first time, researchers were able to conduct cutting-edge molecular dynamics simulations of several billion carbon atoms with extreme quantum accuracy. To accomplish this, USF researchers worked with partners from Sandia National Laboratories, the Royal Institute of Technology, the National Energy Research Scientific Computing Center and NVIDIA Corporation to develop novel machine learning interatomic potentials describing interactions between carbon atoms with ultimate fidelity as well as to implement them in very efficient GPU-enabled computational algorithms.

By combining this novel methodology with access to Summit, the nations most powerful supercomputer, researchers were able to run a 24-hour simulation that uncovered a long sought-after synthesis of high-pressure post-diamond crystalline phase of carbon under extreme conditions. This transformative discovery was made possible not only through access to Summit, but through the use of the teams combined expertise in innovative atomic-scale machine learning simulation methodology and its algorithmic implementation that helped unlock the enormous predictive power of computer simulations on one of the most powerful supercomputers in the world.

This was an enormous simulation that has revealed previously unknown behavior of carbon at the atomic scale in billion atom simulations at experimental time and length scales, Oleynik said. Not only have we made this discovery, but in the process, broke the previously held world record of quantum accurate molecular dynamics by running our simulation 23 times faster. This is an immense leap forward in computational materials science.

The team is now working to publish its science findings from this simulation while awaiting the Nov. 18 announcement of the Gordon Bell Prize winner.

To learn more about the teams work, read their research article.

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USF physicists selected as finalists for the 'Nobel Prize of supercomputing' - University of South Florida

4 universities nurturing tomorrow’s women STEM experts – Study International News

Edith Clarke, Mary Engle Pennington, Maria Klawe, Lydia Villa-Komaroff, Rosalind Franklin what do all these women have in common?

They are all credited with bringing STEM (thats Science, Technology, Engineering, and Mathematics) to the forefront and paving the way for more women to break glass ceilings in these disciplines.

Clarke was the first female electrical engineer. Pennington discovered the worlds first safety standard for milk storage. Klawe increased the number of women studying computer science at her faculty to 40%. Villa-Komaroff found that bacteria can be engineered for insulin production and Franklin provided critical research for the DNA structure.

Yet, as qualified and impressive as they are, they are outliers. Women are significantly underrepresented in STEM fields only 28% are women and receive lower pay than men.

If you seek to narrow this gap and change this trend, set your sights on universities that will offer the time, effort and resources to ensure your success. These institutions have role models, plus academic, social and professional opportunities for women in STEM. Check out our pick of universities in Europe that best fit this description:

If the STEM industries are looking for women talent, Coventry University graduates are candidates.

After all, they come from an institution with a long string of accolades: #1 Modern University in the Midlands (Guardian University Guide 2021), University of the Year for Student Experience (The Times and Sunday Times Good University Guide 2019), Gold for Outstanding Teaching and Learning, to name a few. Here, 97% of students found jobs or continued to further studies within six months after graduation (DLHE survey, UG UK, 2016/17, published in 2018).

Source: Coventry University

In the Universities two dedicated engineering and computing buildings, students evolve into masters in their field of study, as well as gain further personal, cultural and work experiences through taught masters programmes such as Computer Science; Cyber Security; Data Science/Data Science with Computational Intelligence; and Management of Information Systems and Technology.

Aspiring female postgraduate students are welcome to pursue these programmes here. Many graduates remember their Coventry experience as one defined by making lifelong friends, being inspired by dedicated teachers and having opportunities to contribute.

I found inspiration and was amazed by the possibilities and potential that could be achieved when applying the taught content. I loved what I studied, and it helped me keep going, the idea that with this knowledge, I would be able to improve lives, experiences or even the world itself, shares MSc Data Science graduate Toma Petraviciute.

Ume University, the largest institution of higher education in northern Sweden, has over 36,000 students from 60 countries 66% are females. It recently won the Nobel Prize for Chemistry in 2020 and has 44 international programmes at least 40 programmes are taught in English.

Ume Universitys peaceful campus. Source: Ume University, Facebook

The universitys interdisciplinary collaborations span over 2,000 researchers working in top national and international research teams. Students can access top-range facilities and equipment at Ume such as High Performing Computing Centre North, Integrated Science Lab and NanoLab.

Students like Adriele Pradi recall how her teachers at Ume made her study experience enjoyable with their teaching expertise and subject knowledge.

The lecturers are very friendly and supportive. I like the way they focus on creating self-reliance and independence in the students, Cartrine Anyango, another student from Nairobi, shares.

For international students, the Buddy System Programme helps them meet and mix with domestic students to learn from each other and transition better into university life.

Masters programmes offered here include Computing Science, Statistics and Data Science and IT Management.

The University of Edinburgh is world-renowned for many things: ranked #16 in the QS World University Ranking 2022, fourth in the UK for research power, and famous alumni that include Nobel laureates and Olympic athletes.

Sunset at the University of Edinburghs campus. Source: The University of Edinburgh, Facebook

The University of Edinburgh is also ranked among the top 20 most international universities, is a member of Universitas 21 research network as well as the European networks: Coimbra Group, League of European Research Universities (LERU) and Una Europa alliance.

Besides being located in one of the worlds top 20 student cities, Edinburgh, the university also offers outstanding facilities for learning including well-stocked libraries and 30 computer labs.

Due to its superior ratings, cutting edge learning environment, fascinating postgraduate programme and impressive staff, the university greatly appealed to me, Zia Barnard, a Biotechnology graduate from Saint Lucia, says.

A wide array of taught masters programmes are offered here. This includes the MSc Computer Science, MSc Data Science and the MSc Cyber Security, Privacy and Trust.

As the biggest engineering university in the Czech Republic with 19,000 students, BRNO University of Technology ranked among 2.3% of the worlds best universities has some of the best engineering equipment within excellent research centres such as the Central European Institute of Technology.

Brno in winter. Source: BRNO University of Technology, Facebook

Being located in Brno translates to affordable living costs and close proximity to technology companies for students. Since Brno is dubbed Europes Silicon Valley, students can participate in numerous foreign internships and international project collaborations 95% of graduates easily find jobs within six months.

BRNO University offers English-taught masters programmes such as Applied Sciences in Engineering, Industrial Engineering, Information Technology, and Environmental Sciences and Engineering.

Finally, BRNO has an interesting affiliation with women in STEM Zdena Rbov pioneered IT in Czechoslovakia and worked at the Faculty of Information Technology at BRNO. The Summer Schools (F)IT for Girls is also offered at BRNO University for high school female students who want to learn IT.

*Some of the institutions featured in this article are commercial partners of Study International

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4 universities nurturing tomorrow's women STEM experts - Study International News

SAS and Sphero Address Coding Needs of Students with Visual Impairments – T.H.E. Journal

Computer Science Education

Data analyticscompany SASand education technology companySphero are working together to bring data analyticsand robot coding along with soft skills to students with visualimpairments.

At the heart of theinitiative is SASCodeSnaps, a free app designed to be used inclassrooms, camps and clubs, to teach kids the basics of computerscience, including how to code. The students work together andproblem-solve to take on programming challenges using printed codingblocks. When blocks are scanned with the SAS CodeSnaps app, theprogram executes on a Sphero robot, such as the BOLT,SPRK+or SpheroMini.

The printable blocksare available in 10 languages. Now the collection also includes anEnglish braille version.

SAS worked with thePerkinsSchool for the Blind to adapt CodeSnaps to meet theneeds of students with visual impairments and blindness. Now brailleis part of the code blocks, and lessons can incorporate a tactiledevice, such as a measuring stick to measure distances.

Diane Brauner,manager of Perkins'Paths to Technology website, helped create activitiesthat use noise to help students identify the robot's movements.

The activities weretested during a codingchallenge with the Coding Club at TheGovernor Morehead School in Raleigh, NC. The challengerequired students (teams of boys against girls) to send their Spherothrough the course, including traveling to a trash can, then goingbehind it and crossing the finish line.

"No longersitting on the sidelines or relying on a sighted peer's descriptions,students who are blind or low-vision can fully participate in everyaspect of the coding activity," said Brauner, in a pressrelease. "With the physical course, SAS CodeSnaps braille blocksand a Sphero robot, blind and low-vision students are studying thephysical obstacle course, writing code using the SAS CodeSnapsbraille blocks, and following the Sphero robot auditorily."

"Every studentshould have the opportunity to learn to code," added Ed Summers,director of accessibility at SAS. "With CodeSnaps' interactive,customized resources, teachers of students with visual impairmentscan find creative ways to integrate computer science into anysubject, engaging students with sound and touch."

This is far fromSAS' first foray into accessibility. In 2017, the company launchedSASGraphics Accelerator, a tool for making datavisualizations accessible to people with visual impairments. SASGraphics Accelerator generates alternative presentations of SAS datavisualizations, including verbal descriptions, tabular data andinteractive sonification, which uses non-speech audio to conveydetails about the graph. Users rely on sound rather than sight toexplore bar charts, time series plots, heat maps, line charts,scatter plots and histograms. For example, a sonic representation ofa bar graph will shift where the sound is coming from to indicatemovement along the x-axis and changes the pitch to indicate higher orlower values to designate the y-axis.

About the Author

Dian Schaffhauser is a senior contributing editor for 1105 Media's education publications THE Journal, Campus Technology and Spaces4Learning. She can be reached at [emailprotected] or on Twitter @schaffhauser.

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SAS and Sphero Address Coding Needs of Students with Visual Impairments - T.H.E. Journal

Portland State University experiments with Attend Anywhere model – OPB News

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Kathleen Williams is like many students at Portland State University shes juggling other responsibilities on top of school. She recently had to miss class because of her internship, but that wasnt a big problem.

Williams is part of a pilot at Portland State this fall in which students can choose to go to class in-person or online on any given day. Some professors, like Williams, also opt to record lectures for students to view at a later time.

I can just watch the lecture after work, Williams said. I do prefer in-person classes, so having that option is great, but its also inconvenient to not have the option to not go sometimes, so I guess this is just the best of both worlds.

Portland State University instructor Annette Dietz lectures to the 13 students in the classroom and others who are online, Wednesday, Nov. 3, 2021 in Portland. PSU is experimenting with a new course modality in hopes of moving toward becoming a "hybrid university, where students can choose to attend class in person or virtually.

Kristyna Wentz-Graff / OPB

Back in spring 2020, the pandemic forced all of Oregons universities to pivot to online learning. While many classes have shifted back on campus, conversations are starting around what changes forced by the pandemic are worth keeping.

The flexibility of simultaneous in-person and online classes has potential, particularly for students with busy lives. But there are still concerns, ranging from teaching quality to support for instructors to technology constraints. The university is hoping to work out the kinks as it determines how the new course modality might fit into its future, and the future of higher education as a whole.

In her welcome email to the Portland State campus community early last month, University Provost Susan Jeffords wrote that PSU has begun considering what it would mean to become a hybrid university.

Jeffords told OPB the university will start to have conversations this year about what a hybrid university could look like, and what it would take to get there.

What we had been hearing, and then the pandemic really accelerated, is how much our students would like to be engaged in their learning in different ways, Jeffords said. We began to hear our students really wanted more flexibility in the ways that they could access their learning, and so, at the heart, thats what a hybrid university looks like.

The pilot program that student Kathleen Williams is part of, called Attend Anywhere, is one hybrid proposition thats come up so far.

The University of Oregon launched a similar pilot last year it called its HyFlex method. Now, the university says it is using the mixed in-person and remote course modality mostly for students who are isolating or quarantining because of COVID-19 exposure. UOs Portland campus is also experimenting with the format for some of its graduate students this year.

At Oregon State University, some faculty have been teaching using that format. Other schools across the nation have been attempting this too as the pandemic continues. And some colleges began experimenting with the model way before the pandemic, in the mid 2000s.

Jeffords said the idea for the course modality at PSU started when classes were still mostly remote, but some instructors wanted to be able to teach online students from a classroom in order to use a whiteboard.

If youre doing that anyway, within the pandemic restrictions, are there ways that some students could come to that class, and not all would have to? she said. That became the genesis of this idea.

Jeffords said the university used some of the federal COVID-19 relief funds to outfit many of its classrooms with Zoom capabilities such as installing microphones and cameras on lecture podiums. PSU now counts 151 Zoom-capable rooms.

Still, experimenting with Attend Anywhere classes is starting small.

Were studying this right now to try to figure out the best way both for students to engage in learning in that way, but also, what is it that faculty need in the way of support to be able to teach effectively in that way, Jeffords said.

There are 145 Attend Anywhere class sections offered this fall, less than 5% of PSUs total classes. The bulk of those Attend Anywhere sections, 74 classes, are in PSUs Maseeh College of Engineering and Computer Science.

I think we recognize that Attend Anywhere would meet sort of the needs of both the students who wanted an in-person learning and the students who wanted a remote experience, said Chris Monsere, Associate Dean for Academic Affairs in the college of engineering and computer science.

Monsere said the college sent a survey out to students registered in Attend Anywhere courses at the beginning of the term. About 80% of the survey respondents said the flexibility of Attend Anywhere increased their confidence they could successfully complete the course.

One of the things that weve been talking about both at the college level and as well as the department level is what to extract from the pandemic and remote learning, especially for Portland State University and our student population, Monsere said.

He continued: Theres a split between students who need in-person learning to be successful And then there are students who are able to manage things better with the ability to have remote attendance.

Kathleen Williams Attend Anywhere class a water resources engineering course is in the College of Engineering and Computer Science.

Williams said Attend Anywhere fit her life better than a strictly remote or strictly in-person class.

Her internship schedule makes it hard to schedule classes around, but she still likes to have the option to attend in-person when she can.

Attend Anywhere is the most convenient, Williams said.

She also really enjoys her professor, Annette Dietz.

Portland State University instructor Annette Dietz walks between desks as she conducts an engineering class, Wednesday, Nov. 3, 2021 in Portland. The course is run both in-person and online as part of a pilot called "Attend Anywhere."

Kristyna Wentz-Graff / OPB

Dietz is teaching two courses this term one, the class Williams is in, is officially Attend Anywhere. The other is mostly in-person, though it has some online components. Dietz said she had specific reasons for choosing those course modalities.

The Attend Anywhere course is mostly seniors, like Williams.

Theyre pretty comfortable with the remote format from their experience last year, Dietz said of that class. The students, especially those who are seniors, theyre working on internships; theyre motivated; theyre organized, and I feel like they can be successful using that method.

As for the other class Dietz is teaching, those students are mostly incoming juniors. Dietz felt it was more important to have those students attend class in person.

Many of the students are transfers, and theyre new to PSU and their junior year, and its their first quarter here, Dietz said. I really felt it was important to at least start the quarter being more in community.

As Dietz gets more familiar with the various options online, in-person, hybrid shes finding certain instructional situations that only work one way.

I just havent figured out a way to really effectively and equitably offer a lab experience as a remote or in-person, flexible option, Dietz said. We did some creative things last year, letting students take home equipment and do experiments that way. But I feel like the students will really benefit in that class being in lab in-person.

PSU Provost, Jeffords, said she doesnt foresee every class at the university being offered as Attend Anywhere. Hands-on arts and performance-based classes make sense to continue offering in-person, as well as small senior or graduate seminars.

Its no good if one person out of 12 shows up in-person, right? Jeffords said. You ruin some of the kind of texture of conversations that happens with a small group of folks sharing a space together.

As the Attend Anywhere pilot continues, Dietz said PSU should consider how its helping or hindering students.

Maybe we think about only offering it for upper division courses, or maybe its only offered if you can maintain a certain GPA, because, you know, it seems like maybe youre having trouble with a remote setting, Dietz said. Some students do feel like they do better with in-person classes. Thats for sure.

PSU has a larger-than-average number of non-traditional students in comparison to Oregons other public universities. According to the university, 25% of students have children.

Overall, Dietz said, the Attend Anywhere course has provided flexibility for students as their lives have changed further during the pandemic.

Ive had one of my students welcome a new baby into their family, and so, how wonderful to just be able to not have to make that trip and lose the commute time to be able to spend more time with your family, she said.

Dietz said she also had students who appreciated having access to the coursework when they were kept from in-person learning by having to isolate or quarantine due to COVID-19. One of her students ended up getting COVID-19, but continued going to class online.

They hadnt been coming to class in-person, because they had symptoms, and they didnt feel this pressure to show up in-person that I think we always used to have.

Although the Attend Anywhere format might be more convenient for students, it inevitably adds work for instructors who have to manage both a classroom of in-person students and a Zoom room full of online students at the same time.

The PSU Faculty Senate Academic Quality Committee shared that concern earlier this year with administrators. They also worried about quality of learning for students.

For example, we know from the shift to remote that not everything that works in a classroom works on Zoom, and vice-versa, the committee wrote. Will faculty need to plan their courses and classroom activities for two different types of audiences? Or will faculty simply lecture or do some kind of low student-input activity, given the potential logistical challenges of handling the two different groups?

Dietz said she can see where the concerns from the faculty groups are coming from.

Of course theres always a learning curve, Dietz said.

Dietz said shes experienced the expected issues, like making sure everything is properly connected and running smoothly over Zoom.

She said at times it can be hard to keep track of online students asking questions over Zoom, as well as remembering to repeat questions from in-person students so that remote students can hear them.

In the college of engineering and computer science teaching assistants sometimes monitor students over Zoom, while professors focus on teaching in-person.

One of the challenges, I think in any format, is keeping students engaged and interested, and that doesnt change even if theyre all there in person, Dietz said.

University Provost Jeffords said administrators are looking to improve the Attend Anywhere experience by expanding classroom Zoom capabilities, such as adding cameras and microphones to classrooms. That way professors can move around more freely, and remote students can get more than just one view of the classroom.

We dont want to just say to people, we want you to do this and it has to look like this, Jeffords said. Were trying to give faculty some flexibility in how they want to adapt this kind of technology to their instruction.

Jeffords said PSUs Office of Academic Innovation will be assessing all of the universitys course modalities that took place this fall term. That office will also get direct feedback from the professors who taught Attend Anywhere classes, and start offering professional development.

Thats absolutely the next step here, Jeffords said. Its never a bad idea to invest in our faculty.

PSUs Office of Academic Innovation will also look at how students GPAs were affected, and other metrics like persistence to see how Attend Anywhere worked for students.

I think by the spring were going to have a much clearer idea of where were headed on this, Jeffords said.

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Portland State University experiments with Attend Anywhere model - OPB News

The long term effects of sexism on women in STEM – Utahstatesman

on November 13, 2021 at 7:40 am

Anna Fabiszak knew exactly what she wanted to do.

Chemistry had been her favorite class in high school. Shed done well in it, too. She was excited by the ways in which chemicals conspire to create life. And whenever she would picture her future self, it was in a lab coat and goggles.

So when she arrived at Utah State University in 2009, chemistry was the major she wanted to pursue.

By 2010, though, she was majoring in nutrition science. Her love for chemistry had been relegated to a minor.

Shes not alone. Women make up a majority of students at Utah State but a minority of those earning science, technology, engineering and mathematics degrees. Female professors and students in STEM say it wouldnt be that way if women were allowed to have the same unearned confidence that so many men have.

Sexism in STEM programs isnt as prevalent as it used to be. It seems like the men are very accepting and anxious to work with the women, explained Vicki Allan, a computer science professor at USU.

So why arent more women majoring in STEM programs?

What happens is if a guy is getting a C, they just go, I dont care, I love my major and Im staying in it. If a woman is getting a C, theyre going, Oh, everyone told me I couldnt do this, I guess I cant, Allan said.

According to Allan women often self-select so only the ones who get high grades stay in the program. She believes that women are self-selecting for failure likely because of what theyve heard about their chances for success.

Thats what happened to Fabiszak.

Im not the best at math, Fabiszak said. Math was always my weakest subject.

Weak for Fabiszak meant Bs, not As and a challenging time passing a test in an introductory college math class that she took in high school.

Math, of course, is an important part of chemistry. And that alone was enough to push Fabiszak into another major.

But as Fabiszak neared the end of her nutrition degree she realized she had made a mistake.

I remember being at that point in my degree where I was like, I dont want to be a nutritionist, Fabiszak said.

In the fall of 2012, she started taking organic chemistry. It was always kind of in the back of my mind, Fabiszak said.

It was like a switch flipped in her brain she had to switch majors.

Fabiszak immediately scheduled an appointment with her adviser but was discouraged from making the change, which might have pushed back her graduation date.

According to a study from the Girl Scout Research Institute, 74% of girls in middle school say they are interested in studying STEM subjects.

How many stay in those fields through college? Less than 20%, according to the study.

In 2014, Fabiszak graduated USU with a nutrition science degree and a minor in chemistry. She never used her major.

Unlike Fabiszak, Anastasiia Tkachenko started in STEM and is finishing in STEM. Tkachenko is a Ph.D. student from Russia studying computer science at USU.

Early on in her education, Tkachenko was surrounded by women. In high school, she attended classes with 11 girls and one boy. She learned algebra, biology, chemistry and physics surrounded by female peers. Most of Tkachenkos teachers were women, and she recalls that they always supported her choice to go into technology-oriented programs.

After ninth grade, students individually choose to either stay in school or continue in a trade school, where they are educated and work in a career sooner. Even though most men in Russia choose to go to a trade school, Tkachenko noticed a steep drop off of women studying with her as she furthered her education.

Tkachenko said that after her undergrad program, she had fewer female friends.

Most of my classmates just decided to leave education, she said. As her friends began dropping off, so did Tkachenkos female professors.

People attribute the gradual decline of women in STEM fields to different things, but Utah State chemistry professor Kimberly Hageman has a hypothesis.

In her own life, Hageman found that female support and representation got her into chemistry. Because her father was a working chemist, Hageman found herself in chemistry labs at a young age.

Watching women in white lab coats performing experiments and working in chemistry labs gave Hageman the confidence to study chemistry in higher education.

I didnt necessarily think I could be a professor until I saw that there are women professors, Hageman said.

As she watched her female classmates drop out of school, Tkachenko noticed a trend that supports Hagemans hypothesis.

It seems that they kind of choose between education and family, she explained.

Vicki Allan is one of the only female computer science professors Tkachenko has. Like Tkachenko, Allan was encouraged to pursue STEM programs.

My father was actually head of the department at USU in computer science, Allan said. He talked my husband into computer science. Meanwhile, Allan received undergraduate and graduate degrees in mathematics. When it came time to get a job, Allan found herself in a pickle.

If you were a math teacher, they wanted you to coach football, basketball or track, Allan said. The positions were linked.

There were jobs in computer science, but at first Allan didnt feel confident that was the right path for her after all, she only had a minor in that subject, but she ultimately decided to give it a try.

As she taught, she began to realize something.

Im really good and love computer science, Allan said.

At Utah State, Allan says only 12.8% of students in the undergraduate computer science program are women less than the national average. On top of that, in terms of percentage, Allan said the computer science program has more women leaving the field than men.

The stereotypes against women in tech start young and are reinforced by parents and peer groups, Allan said. If young women are not encouraged to pursue tech, they are less likely to do so as they get older.

Freshman year is a formative one. Wide-eyed students are often in a new town, sharing tiny apartments with people theyve never met and going to classes taught by experts in the field. At parties, new students find themselves meeting hundreds of new faces with one question: What is your major?

You kind of gauge the reaction, Allan explained. A woman majoring in elementary education is more likely to be encouraged than the woman majoring in STEM, not because of difficulty levels, but because of stereotypes. Those reactions, Allan says, affect women more than we might think.

Allan wants the stereotypes, statistics and self-selection to change. That change might be slow, but its happening.

Over the summers, USU helps run an App Camp for girls and boys in middle school. In the camp, students learn how to develop apps. This year, Allan had an important question that still needs answering.

If we get females in an all-female class, do they do better? Allan asked.

To find out, App Camp leaders would need to have enough girls to create an all-female session and a combined male and female session. But in what was perhaps a sign that there is still a lot of work to be done, the female sessions didnt fill up all summer.

That didnt prevent the organizers from drawing some important conclusions.

Basically, what we learned is that young women do not need an all-female space to thrive, Allan said. But, what is important is the support of parents in pursuing a non-traditional interest.

Still, women need to feel supported by their peers and according to Tkachenko, clubs are the way to do that.

Vicki Allan sent me an invitation to join the Association for Computing Machinery for women, Tkachenko said. It was really amazing, just because I didnt know that actually, computer science provides such a club.

The club is an organization at USU that promotes computer machinery for women.

Clubs like this help women find support in their STEM majors. Being a part of it is encouraging to Tkachenko.

Fabiszak found her courage and came back to USU in the spring of 2020. She is now studying chemistry.

We still need more women to feel like they can go into STEM, Fabiszak said. A lot of us are gonna open up doors for younger women.

Last summer, Fabiszak worked in the Hageman lab conducting field studies and lab experiments. She now works as a research technician in the biology department, working in a lab coat with goggles.

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The long term effects of sexism on women in STEM - Utahstatesman

Certificate in computer science: What you need to know – ZDNet

Computer science certifications are non-degree credentials that verify that you have certain skills in information technology or cybersecurity. Earning a certificate in computer science proves you have current, practical, and hands-on knowledge.

Salaries for computer science certificate holders average at around $63,000 according to PayScale, but can reach up to six figures. Continue reading to learn more about the process for and value of earning a certification in computer science.

The time and effort required to earn a certification depend on your experience with a particular software or digital application. For example, one tech blogger suggests a person with some experience with Amazon Web Services could prepare for the AWS Solution Architect exam in about three weeks, but a complete beginner should set aside six weeks.

In contrast, candidates for the Certified Information Security Manager certificate must meet prerequisites that include five years of experience in information security management. (You can submit an experience waiver for a maximum of two years.) Once you establish eligibility, register, and pay for the 150-question long exam, you have a full calendar year 365 days to take it.

Most IT or cyber certification exams are offered online. You can even take some exams from the comfort and privacy of your home. That said, some certifications require exams at in-person testing centers.

Additionally, few certifications last forever. For example, both the AWS Solution Architect and CISM certifications expire after three years.

Certificates in computer science generally offer a good return on your investment of time and money. One recent analysis found that 52% of people said cloud-related certifications expanded their career opportunities.

Computer science certifications usually focus on a single, specific skill or role. That's different from earning an academic degree or diploma in computer science. Degrees and diplomas usually require general education coursework. Each year, about 65,000 US students graduate with computer science degrees. In contrast, hundreds of thousands of IT and cybersecurity professionals have certifications. All of these people are part of a US workforce of about 2.1 million computer science professionals.

More than 80% of people with a cloud certificate said they earned a higher salary as a direct result of this credential. On average, IT professionals who gained new skills or certifications saw their pay increase by about $12,000.

Some certifications, like the Cisco Certified Internetwork Expert, or CCIE, cost about $2,000 to earn. While you may be able to earn that investment back in salary in a short time, it may be more difficult to quantify the value of your time spent studying and preparing for the test.

There are hundreds of computer science certifications to choose from. To help you make your decision, we've rounded up some of the most popular:

Companies of all sizes use Amazon Web Services, an Amazon-based technology. This solutions architect certification validates that a person has demonstrated knowledge and ability to design and implement distributed systems on AWS. It's ideal for people with at least one year of hands-on experience with AWS technologies.

People who pursue the Certified Ethical Hacker, or CEH credential, learn the latest professional hacking techniques and methods. You then apply this knowledge in an ethical, professional manner to help organizations improve their security. People with this certification may work in more than two dozen job roles, including information security analysis, network security engineering, or cybersecurity analysis.

The CCNA certification demonstrates competence in network fundamentals, like automation and programmability. No prerequisites are required, but Cisco suggests that people pursuing this certification have at least one year of working with Cisco technologies. People who earn this certification may have opportunities to work as entry-level network engineers, help desk technicians, or network administrators.

This global certification validates that you have a baseline level of skills and knowledge in IT security. The CompTIA Security+ certification indicates you have the skills and knowledge to assess an organization's security situation. This certification also validates that you can recommend and implement security solutions, monitor and secure cloud, mobile, and internet of things environments, and identify and respond to security incidents.

As the use of cloud-based technology continues growing, organizations are finding it harder to fill IT positions. This Google certification demonstrates that you have the skills to design, build, manage and scale up a cloud system that's based on Google technologies. Advantages of earning this certification include the ability to opt into a public credential holder directory created for the certified community. This visibility could facilitate connections for employment and professional networking.

Fast and easy are subjective measures. But consider this: There's a lot of computer science certifications that you can study for in about six months. Check out these three popular entry-level IT certifications that cost $125 or less.

This certification verifies your ability to perform on-site diagnosis, repair, and replacement of Cisco networking and system devices. Two CCT paths are available: data center or routing and switching. The CCT Data Center certification covers support and maintenance of Cisco Unified Computing systems and servers, while the routing and switching specialization focuses on on-site support of routers and switches.

This certification proves you understand Microsoft 365 applications and services. These competencies include security, privacy, the benefits of the SaaS cloud model, and user support. Microsoft 365 includes the globally popular Office suite of software, along with cloud-based tools and features. Formerly known as Office 365, more than 50 million people subscribed to Microsoft 365 as of April 2021.

This certification assesses three areas of knowledge: Google Cloud products and services, Google Cloud knowledge, and general cloud knowledge. People with this certification are "well-versed in basic cloud concepts and can demonstrate a broad application of cloud computing knowledge in a variety of applications." The company says Google Cloud-Certified professional architects may earn an average salary of $139,529.

Born and raised in upstate New York, Brian Nichols began his IT education through a vocational high school where he focused on computer science, IT fundamentals, and networking. Brian then went to his local community college, where he received his associate of science in computer information science. He then received his bachelor of science in applied networking and system administration from a private college. Brian now lives in Kansas City, where he works full-time as a DevOps engineer. Brian is also a part-time instructor in cybersecurity. He's passionate about cybersecurity and helping students succeed.

Brian Nichols is a paid member of the Red Ventures Education freelance review network.

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Certificate in computer science: What you need to know - ZDNet

Cameron University’s CU in Computing presentation to focus on Computer Science and Information Technology degree programs – Chickasha Express Star

If youre considering a degree from Cameron Universitys Department of Computing and Technology but arent sure of the differences between the departments two undergraduate degree programs Computer Science and Information Technology -- the upcoming CU in Computing event has the answers. The free, virtual informational presentation will feature specifics about each degree program, including courses, options and undergraduate research opportunities. Career options will also be covered. CU in Computing will take place on Monday, Nov. 22, from 5:30 to 6:30 p.m.

According to the U.S. Bureau of Labor Statistics, employment in computer and information technology occupations is projected to grow 11 percent by 2029, much faster than the average for all occupations. These occupations are projected to add more than half a million new jobs.

The Bachelor of Science in Computer Science degree program focuses on the study of computing technologies, including hardware and software. It includes the systematic study of computing systems and computation. A student graduating with this degree can easily move into the industry or pursue graduate studies. Graduates of this program go on to various careers in video gaming, business, technology, government, and intelligence and law enforcement. Other career options include the manufacturing sector as software and web developers, database administrators, network engineers and administrators, data analysts, and more.

The Associate in Applied Science and Bachelor of Science in Information Technology degree programs prepare graduates for employment requiring expertise as an information technology specialist. Modern-day businesses and industries employ a wide variety of technologies, and these businesses and industries need technology specialists to develop, implement and maintain the technology. Therefore, the departments information technology curricula are flexible, with options in Cyber Security and Information Assurance, Management Information Systems, and Technology. Graduates of this program will be successful in obtaining a variety of positions in business, industry and government.

To register, go to https://www.cameron.edu/comptech/events. Registrants will receive a secure link to the presentation. For more information, contact Dr. Muhammad Javed, Chair, CU Department of Computing and Technology, at mjaved@cameron.edu or call 580-581-2335.

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Cameron University's CU in Computing presentation to focus on Computer Science and Information Technology degree programs - Chickasha Express Star

Calling outstanding young researchers in mathematics and computer science! – EurekAlert

The 9th HLF will take place from September 18 to 23, 2022 (with young researcher registration on September 17). This prominent, versatile event combines scientific, social and outreach activities in a unique atmosphere, fueled by comprehensive exchange and scientific inspiration.Laureate lectures and discussions, plus various interactive program elements are some of the Forum's fundamental elements, which are delivered on a platform that welcomes unfettered exchange.

The application period for the 9th HLF runs from November 11, 2021, until February 11, 2022. Young researchers at all phases of their careers (Undergraduate/Pre-Master, Graduate PhD or Postdoc) are encouraged to complete and submit their applications by February 11 (midnight at the dateline) via the following link: http://application.heidelberg-laureate-forum.org

Over the course of the weeklong conference, young researchers will be given the exclusive possibility to profoundly connect with their scientific role models and find out how the laureates made it to the top of their fields. As described by a young researcher, The balance between scientific sessions and informal meetings, as well as discussions on the most up-to-date subjects was just perfect! As a young researcher, this was an experience I'll not ever forget, and I believe the contacts I made will have a positive impact on my future career."

All applications that are completed and submitted by the deadline are meticulously reviewed by an international committee of experts to ensure that only the most qualified candidates are invited. There are 100 spaces available for each discipline of mathematics and computer science. All applicants will be notified by the end of April 2022 whether or not they are invited.

For questions regarding requirements and the application process, please contact Young Researchers Relations at: yr@heidelberg-laureate-forum.org

For more information, please visit:

http://www.heidelberg-laureate-forum.org

Background

The Heidelberg Laureate Forum Foundation (HLFF) annually organizes the Heidelberg Laureate Forum (HLF), a networking conference where 200 outstanding young researchers in mathematics and computer science interact with the recipients of the most renowned prizes in the fields. The HLFF was established and is funded by the German foundation Klaus Tschira Stiftung (KTS), which promotes natural sciences, mathematics and computer science. The Scientific Partners of the HLF are the Heidelberg Institute for Theoretical Studies (HITS) and Heidelberg University. It is also strongly supported by the award-granting institutions, the Association for Computing Machinery (ACM), the International Mathematical Union (IMU), and the Norwegian Academy of Science and Letters (DNVA).

HLF Images

HLF13 © HLFF

To the Editors

With this press release, we would like to extend an invitation to attend and report on the 9th Heidelberg Laureate Forum.

Applicant Inquiries

Sarah MacLeod

Martina Wagner

Young Researchers Relations

Heidelberg Laureate Forum Foundationyr@heidelberg-laureate-forum.orgTelephone: +49-6221-533-387

Press Inquiries

Nicole Schmitt

Wylder GreenCommunicationsHeidelberg Laureate Forum Foundationmedia@heidelberg-laureate-forum.orgTelephone: +49-6221-533-389

Internet: http://www.heidelberg-laureate-forum.orgFacebook: https://www.facebook.com/HeidelbergLaureateForumTwitter: https://twitter.com/HLForumYouTube: http://www.youtube.com/LaureateForumScience Blog: http://scilogs.spektrum.de/hlf/

Flickr: https://www.flickr.com/photos/hlforum/albums

Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert! by contributing institutions or for the use of any information through the EurekAlert system.

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Calling outstanding young researchers in mathematics and computer science! - EurekAlert

Governor Hutchinson’s Weekly Address | Arkansas Takes the World Stage with New Technologies – Governor Asa Hutchinson

For Immediate Release 11.12.2021 Governor Hutchinsons Weekly Address | Arkansas Takes the World Stage with New Technologies

Governor Hutchinson'sweeklyradioaddresscan be found in MP3 format and downloadedHERE.

LITTLE ROCKBecause of all that Arkansas has to offer, we are actively seeking U.S. and international companies to invest in our state. On my recent trip to Israel, I was able to meet with President Isaac Herzog and talk about my initiative for computer science and technology company growth in our state. I also met with Prime Minister Naftali Bennett. The Prime Minister talked about Israels defense system known as the Iron Dome and how the work done in Camden, Arkansas helps protect Israelis from rocket attacks and save the lives of millions.

I also spoke at the Prime Minister's Smart Mobility Summit which hosted business leaders, innovators, and policymakers from around the world for a global dialogue about the future of transportation. While there I was able to talk about the economic success we are having in our state. A company that truly embodies the Arkansan spirit is Walmart, founded right here in the Natural State, and thanks to Sam Waltons vision and boldness, he turned one store into the United States biggest retailer.

And at the mobility summit, I was proud to announce a new partnership between Walmart and a company called Gatik. With their new partnership, they will be rolling out the worlds first autonomous driverless delivery service. Gatik is now operating daily in Bentonville, without a safety driver aboard the vehicle. This is the first time that fully autonomous operations have ever been achieved on the Middle Mile, a term to describe moving goods from warehouses or micro fulfillment centers to a pick-up location such as a retail store.

After two years of testing, Walmart and Gatik are taking to the streets of Northwest Arkansas to demonstrate the next big logistics solution. This was all made possible by our state legislators who had the foresight to pave the way for this innovation. In 2019, I signed legislation to allow testing of autonomous vehicles in a controlled regulated fashion. Since the pilot program was started, Gatiks autonomous box trucks have been moving merchandise in Bentonville.

The complex urban route required the vehicles to safely navigate intersections, traffic lights, and to merge onto a dense urban road at speeds up to 45 mph. In December 2020, Gatik submitted documentation of 18 months of successful operation. They then received the first-ever approval for fully autonomous operations in the state. In other words, Gatik could operate its vehicles without a safety driver aboard, which had been required until that point.

The hope of these tests is to truly unlock the advantages of autonomous delivery for Walmarts customers enabling speed and choice on how customers access goods and a business's responsiveness to fulfilling online orders. With companies like Walmart and Gatik pushing the envelope on business and expansion, Arkansas will continue to grow into a world-class hub for new technologies.

CONTACT:Press Shop (press@governor.arkansas.gov)

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Governor Hutchinson's Weekly Address | Arkansas Takes the World Stage with New Technologies - Governor Asa Hutchinson