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What We Learned Inside a North Korean Internet Server: How Well Do You Know Your Partners? – 38 North

A misconfigured North Korean Internet cloud server has provided a fascinating glance into the world of North Korean animation outsourcing and how foreign companies might be inadvertently employing North Korean companies on information technology (IT) projects. The incident also underlines how difficult it is for foreign companies to verify their outsourced work is not potentially breaking sanctions and ending up on computers in Pyongyang.

A Month of Animation

The story begins in late 2023 with the discovery of a cloud storage server on a North Korean Internet Protocol (IP) address. The server, which appears no longer in use, had been incorrectly configured, making the daily flow of files into and out of this server viewable by anyone without a password.

North Korea employs such servers because the average IT worker inside the country does not have direct access to the Internet. Typically, an organization might have just one or two computers with Internet access; workers need approval to use them and are monitored while they do so.

The cloud server in question was discovered by Nick Roy, who runs the NK Internet blog. Together, throughout January this year, we observed files. Each day, a new batch of files would appear that included instructions for animation work and the results of that days work.

The identity of the person or persons uploading the files could not be determined.

Often the files contained editing comments and instructions in Chinese, presumably written by the production company, along with a translation of those instructions into Korean. This suggests a go-between was responsible for relaying information between the production companies and the animators.

For example, in the communication below, the animator is being asked to improve the shape of the characters head.

The identity of the North Korean partner was never revealed in any of the documentation observed, but it is likely the April 26 Animation Studio, also known as SEK Studio. The Pyongyang-based organization is North Koreas premier animation house, producing series for domestic television broadcasts, including the popular Squirrel and Hedgehog series.

It has previously worked on several international projects, including some with South Korean companies during the Sunshine Policy era in the early 2000s.

However, in 2016, the studio was sanctioned by the US Department of Treasury as a North Korean state-owned enterprise. The US government has twice laid additional sanctions on Chinese companies that have worked with the studio or acted as a go-between, once in 2021 and again in 2022.

Accessing the Server

Together with researchers from Mandiant, a computer security company owned by Google, access logs for the server were also examined.

They revealed several logins from Internet addresses associated with virtual private network (VPN) services, but among those that were not VPN-related was an IP address in Spain and three in China. Two of the Chinese addresses were registered to Liaoning Province, which neighbors North Korea and includes the towns of Dandong, Dalian and Shenyang.

All three cities are known to have many North Korean-operated businesses and are main centers for North Koreas IT workers who live overseas.

Projects Identified

The files related to a range of projects, suggesting several animators were likely involved in the work.

Over the month we observed this traffic, the apparent identity of some of the projects became clear. They included:

There is no evidence to suggest that the companies identified in the images had any knowledge that a part of their project had been subcontracted to North Korean animators. In fact, as the editing comments on all the files, including those related to US-based animations, were written in Chinese, it is likely that the contracting arrangement was several steps downstream from the major producers.

There were also several animation files that were never identified, files with video special effects editing instructions for what appeared to be a Chinese movie about basketball, and multiple Russian-language video files and PDFs related to the upkeep and care of horses.

The fact that the server was largely used to store files related to animation suggests that additional relay servers probably exist for North Korean organizations doing other work, such as software development.

Implications: Due Diligence Needed on IT Outsourcing

In mid-2022, the US government warned companies about the possibility of inadvertently hiring North Korean IT workers, including animators, when looking for remote contractors. An advisory warned that doing so could put the companies at risk of a breach of US and United Nations sanctions.

It noted North Korean workers frequently misrepresent themselves as foreign (non-North Korean) or US-based teleworkers and might use VPNs or other methods to make it appear as if they are from and residing in another country.

In response, it recommended that companies institute a number of safeguards such as better verification of work documents, video interviews, background checks and fingerprint login to ensure the workers hired are identified and remain the ones carrying out the work on the project.

Such checks are designed to ensure that the worker you hire is the one who does the work and not just a proxy for someone else.

Last year, US law enforcement agencies disclosed a case in which North Korean workers had paid someone in the US $400 per month to host four laptops on their Internet connection. The workers would access the laptops through remote desktop software and then get on to the American Internet. Analysis of the IP address would make it appear to be coming from a conventional US domestic service provider.

The case caused the US to update its guidance for spotting North Korean IT workers.

However, the ability of the North Korean studio to apparently continue working on international projects highlights the difficulty in enforcing current US sanctions in such a global industry. It also highlights the need for US animation companies to be much better informed about all the companies that are involved in their projects.

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University of Illinois Urbana-Champaign Announces the Siebel School of Computing and Data Science – The Grainger College of Engineering

Chancellor Robert J. Jones

At Illinois, the power of interdisciplinary and collaborative work is on full display in the way we approach research activity and educational delivery for computing and data science, said Chancellor Robert J. Jones. The establishment of the Siebel School of Computing & Data Science through this generous gift from Mr. Siebel will enable us to continue shaping the future of technology and preparing students for success in a digital world.

The tremendous support from Mr. Siebel has provided yet another opportunity for the computing and data science community throughout our campus to thrive, said Nancy M. Amato, Computer Science Department Head and Abel Bliss Professor of Engineering. Our students and faculty have already played a part in such exciting developments as the first modern web browser, PayPal, YouTube, Siebel Systems, C3 AI and Yelp. And we will continue pursuing innovation in this field at every turn.

We are also very proud of providing new and more accessible ways for deserving students to find their path into computing education.

The new school will focus on further advancing frontiers at the intersections of computing and data science; an effort that is already well established through the universitys deep history of computing innovation. The Siebel School of Computing & Data Science is pending approval by the University of Illinois Board of Trustees.

The University of Illinois Urbana-Champaign is a world-renowned public research university, dedicated to excellence in teaching, research, and public engagement. With a legacy of innovation spanning more than a century, the university continues to push the boundaries of knowledge and make a lasting impact on society.

Mr. Siebel is an alumnus of the University of Illinois-Urbana (BA, MBA, MS) and is the CEO of C3 AI (NYSE: AI), a leading Enterprise AI application software company.

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ASU receives 3 awards for research critical to national security | ASU News – ASU News Now

Three researchers in theIra A. Fulton Schools of Engineeringat Arizona State University have received grant awards under theDefense Established Program to Stimulate Competitive Research, or DEPSCoR, from the U.S. Department of Defense.

As part of the program, the U.S. DOD awarded $17.6 million to 27 academic teams to pursue engineering research relevant to the nations science and technology missions.

ASU was one of only three universities to receive multiple awards.Adil Ahmad,Rakibul HasanandNakul Gopalan, faculty members in theSchool of Computing and Augmented Intelligence, part of the Fulton Schools, will each receive up to $600,000 over a three-year period to pursue research in cybersecurity, cyber deception and artificial intelligence solutions in robotics.

Logs play a critical role in cybersecurity, one that is essential to attack investigation and the forensic analysis of computers.

In 2021, the White House ordered the Cybersecurity and Infrastructure Security Agency, or CISA, to create standards and guidelinesfor computer logging. In the wake of increased attacks on the technological infrastructure of federal and state governments, and following a series of high-profile hacks, including theleak of more than 600,000 e-mail addresses of employeesworking at the Department of Justice and the U.S. DOD in 2023, the issue has become even more urgent.

Adil Ahmad, assistant professor of computer science and engineering, has been tasked with revolutionizing computer logging infrastructure.

A log is a record that tracks events that occur on a single computer or a network of machines. A log might contain information about users trying to access a website or download a file from the cloud.

Ahmad considers logs a dual-purpose tool. On one hand, logs can play a forensic function, allowing forensic analysts to investigate what happened following a data breach. On the other, it may play a defensive function, helping information technology administrators prevent hacking.

Robust logging practices can stop attacks in progress because, today, due to advances in cybersecurity, breaches take place slowly, over a long period of time.

Under typical attacks, adversaries dont instantaneously get access to highly secured computer systems, Ahmad says. A hacker might send a network packet to infect some very low-privileged software on a computer. Once they do that, they will then work piece-by-piece, slowly trying to compromise other, more sensitive parts of the system.

Ahmad will work withRuoyu Fish Wang, assistant professor of computer science and engineering, to create a new framework for logging. The researchers plan to make tools that are easier to configure and logs that are easier to analyze, which they believe will be more useful in helping protect systems from attack. Crucially, their work also involves securing the logs themselves against hacks.

Ahmad adds that he thinks their framework will make an important contribution to cybersecurity, saying, We hope to transform logging into a first-class defense operative against cyberattacks on mission-critical computers.

Rakibul Hasan, assistant professor of computer science and engineering, has a plan to keep government and military computer infrastructure safe by learning to think like the people who want to attack it.

This research is highly relevant to the U.S. DODs mission, offering solutions that address current challenges to thwart attackers who employ sophisticated attack strategies that can also change on the fly, Hasan says. Were hoping to help optimize the performance of existing cybersecurity strategies by creating defenses tailored to specific attackers,learning how their personalities might dictate how they launch cyberattacks.

The study and effective use of cyber deception is becoming more necessary in the wake of significantspikes in cybercrime. For computer scientists, cyber deception is both a detective and defensive technique. They often place sets of decoy assets, such as a fake server or a file containing phony client passwords or social security numbers known as honeypots on networked computers and watch to see who tries to access them. This process enables engineers to stop attacks in progress and spot ways that their systems are vulnerable.

Hasan will work withTiffany Bao, assistant professor of computer science and engineering, to research the personality traits of hackers and create technology for personalized cyber deception tools.

The team will study the attackers personality traits such as fluid intelligence, problem-solving capabilities and decision-making abilities while under pressure, as well as ambiguity tolerance and determine how these traits causally influence attack strategies.

Armed with that information, Hasan will create systems that predict future attack behavior and craft better defensive mechanisms, such as personalized honey pots.

Our goal is to dynamically create and deploy a deception strategy that has the most potential to prevent an attack in real time based on the attackers personality, network characteristics and other contextual factors, Hasan says.

Human beings might want to boldly go where no one has gone before, but one of the promises of robotics is that we can send machines where we dont wish to be the cold, empty reaches of outer space; situations that are dangerous and threatening; and down into the deepest, darkest depths of the ocean.

But when they get there, how will the robots know what to do?

Nakul Gopalan, assistant professor of computer science and engineering, says that, currently, many robots are trained using what is referred to as imitation or observational learning. A robot could watch a human pick up a cup and then be taught to mimic that gesture.

But we realized that the DoD might have lots of equipment, like cars and radios, out in the field, perhaps in dangerous areas, Gopalan says. It could be desirable to have a robot out operating this machinery but not to endanger a person by sending someone out to do the training.

Gopalan will work as part of a team withSiddharth Srivastava, associate professor of computer science and engineering. They will combine different types of artificial intelligence, especially machine learning and the use of large language models, to train robots to read instruction manuals.

The work has two parts. First, the team must train the robot to understand plain language.

Human language is very abstract, Gopalan says. If you tell a robot to go to the library, how does it know what a library is? Or how fast to go?

He and his team will create AI-based language models that can be used to break down instruction manuals and train robots to understand plain language concepts. They will then create software that translates the manuals into machine-level instructions. The robot will basically learn to read manuals and then operate the equipment.

Gopalan sees the grants as a nice validation of the work being done in the school.

Its kind of special that we have three awards, he says. It means were hiring the right types of people in AI and cybersecurity and that we have developed real strength in those areas.

Ross Maciejewski, director of the School of Computing and Augmented Intelligence, confirms that assembling a strong faculty team in critical fields is an important part of the schools commitment to serving as a pipeline for engineering talent.

These multiple awards reflect the high quality of the research being done by our faculty, Maciejewski says. This, in turn, makes the Fulton Schools an in-demand destination for all kinds of learners and enables us to provide a quality educational experience for our students.

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UI computer science department to become Siebel School of Computing and Data Science – The News-Gazette

URBANA The University of Illinois Department of Computer Science is a department no longer: Its becoming the Siebel School of Computing and Data Science thanks to a donation from its new namesake.

Alumnus Thomas Siebel has already made his mark on campus with his name on centers for design and computer science, and hes doing it again with this $50 million gift.

This new school will still be a part of the Grainger College of Engineering.

Its both an elevation because the school is a higher level entity and its recognizing that we do things that traditional departments dont, said department head Nancy Amato.

The department already includes 17 degrees: only one is purely computer science while the remaining 16 blend in other disciplines, usually outside of Grainger.

The switch wont be official until its approved by the UI Board of Trustees as well as the Illinois Board of Higher Education, but Amato already has a pretty good idea of what the future will look like.

Not much will change for students since titles of individual degree programs dont include department names anyway and classes are more likely to be added than taken away.

The extra resources, like the ability to have the new building, are going to help us attract and grow our faculty so that we can accommodate more students and we will likely have more degree programs, Amato said. Were likely going to be developing new classes and new graduate degree programs too.

Thats right: the SSCDS will have its own building, which Amato hopes to start work on this year.

The entity formerly known as the Department of Computer Science still needs to go through the process of selecting an architecture firm, so details have yet to be confirmed.

Amato knows the building will be between the National Center for Supercomputing Applications and the Thomas M. Siebel Center for Computer Science along North Goodwin Avenue and will be connected to both of those buildings.

Rather than classrooms, the building will likely hold faculty and student office space as well as a large space for workshops, receptions and other events.

Thats one of the things well probably also use our resources for, to have more workshops that bring researchers from across campus and from across the world here, Amato said.

Other than the building, thats exactly what the money is intended for: funding multidisciplinary projects and being able to get research off the ground.

Amato said that often, the computer science field is moving faster than academics can apply for funding for their research.

With the rate of change and things that are happening, if we need to start up a study or do something really quickly, well be able to do that, she said.

Grainger dean Rashid Bashir said that computing and data sciences have become a third pillar in the field of engineering alongside physical sciences and mathematical sciences, so he is excited to elevate that discipline at UI.

Computing, data science and AI, broadly speaking, is really changing everything we do: how we educate, how we treat people from a healthcare perspective. Its changing businesses, its affecting agriculture, its affecting manufacturing, its affecting all industries, he said. We want to continue to do foundational work in computing and data science, but also collaborate and expand across the campus in partnerships.

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What is a full stack developer? Here’s everything you need to know – Fortune

Believe it or not, behind every successful website is the hard work of developers. They have likely spent anywhere from a few hours to multiple months creating seamless user experiencesand its only getting more complicated.

Whereas websites historically focused heavily on functionality, there continues to be a shift toward visual design, engagement, and an attention economy. As a result, the demand for web experts continues to increase. According to the U.S. Bureau of Labor Statistics, web developers and digital designers are growing much faster than the national averageat a rate of 16%.

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For those that are intrigued by website development and design, learning more about full stack developers is the topic for you. Fortune with the basics of what you need to know.

Full stack development is an umbrella term for both frontend and backend aspects of a website.

The former deals with the implementation of user experience (UX) and user interaction (UI) designs, says Ashish Aggarwal, a computer science professor at the University of Florida. The latter, backend development, focuses on business logic and data processing, which take the form of working with databases and APIs that truly power the website.

On any typical day, a developer is working on a part of these applications, and implementing that, making it robust, looking at if there are any errors, or if there are any bugs, then rectifying them, Aggarwal says.

Because full stack developers work with both sides of a website, they are generally pretty well versed in various tech skills.

Aggarwal says front-end developers are familiar with HTML, CSS, and JavaScript as well as upcoming frameworks like React and Angular. On the back-end, developers may know Python, Ruby, and Django to connect APIs as well as SQL, Postgres, and MongoDB. Developers also are familiar with cloud services like AWS and Azure for deployment.

Full-stack developers at least have some foundation in all of these areasbut keep in mind that things are constantly changing, and the exact skills may differ based on the role, project, and company. In a similar vein, generative AI skills are now also table stakes, notes Dennis Perpetua, global CTO digital workplace services & experience officer at Kyndryl.

With all these changes and uncertainty, one of the most important softer skills for any developer to have is flexibility and a willingness to adapt to changeand quickly.

On top of being comfortable with being uncomfortable, Aggarwal adds, that if you truly want to succeed as a fullstack developer you need to be able to:

Full stack developers earned $113,000 in annual salary last year, according to Dices most recent Tech Salary Trends report. Salary estimates from Glassdoor are similar, with the field earning average salaries of about $95,000 per year but with total pay averaging to just over $121,000.

Luckily, there are only a growing number of ways to learn the necessary hard and soft skills to become a successful full stack engineerand with a six-figure salary. You cannot go wrong with a traditional routewith a bachelors in computer science or even a masters in computer science.

Students of electrical and mechanical engineering are also typical candidates for full stack roles, Perpetua explainsadding while a master's degree is useful, it is not necessary.

"The benefits from the masters degree help in further career development by bringing in more business context to the work. This includes the economic goals of the development, but are not necessary to get into the career," he says.

With there being an abundance of content online to learn how to code, the ultimate route depends on where a student can thrive and focus on learning the most.

If somebody has the opportunity to go through school and university, then they should go through that program because it is structured, and you have a mentor, there is an environment, there is a culture that facilitates that learning, Aggarwal says.

YouTube, as one example, has a seemingly endless collection of videos focused on teaching computer science skills, and there are also an increasing number of bootcamps and certification programs for individuals to learn on their own time.

Above all, for those wanting to become a full stack developer, it is important to start gradually building your skills through hands-on projects. That way, when it comes time to start applying for internships, apprenticeships, and even jobs, you have something to truly prove your capabilities.

Focus on the basics, once you have them down, and see yourself as a forever learner, you will adapt to new technology, Perpetua says. Once you have that foundation, you will always have the ability to adapt to new technology. Even with new revolutions like genAI, the foundations can be understood and quickly picked up if you have the right experience.

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Bridging the software-hardware divide – Virginia Tech

Political parties. Mind and body. Wealth and lack.

To the long list of divides society must navigate, add the growing gap between the capacity of hardware devices and the demands of the applications that run on them. But researchers like Huaicheng Li, assistant professor in the Department of Computer Science, and his team are working to solve this vexing computing challenge.

With applications that require more robust processing speed and efficiency, the pressure is on to make every server in every data center work harder. Under the auspices of a National Science Foundation Faculty Early Career Development Program (CAREER) award, Lis group will work to improve system efficiency, programmability, and performance to bridge the gap between emerging hardware technologies and the needs of modern software applications, Li said.

Over the past decade, increasing demands for improved data storage and processing capabilities have fueled rapid changes in the datacenter landscape.

Software such as the operating system plays a key role in hardware performance. Unfortunately, it has become clumsy. Everything reliant on high-level computing needs new technologies to enhance how memory, storage, and computing can be used. Lis group is working to expand the use with CXL specifically.

We envision a future where computer systems will adopt CXL for next generation storage, memory, and compute devices. Unfortunately, CXL is still very new, and it's not designed for nearly decade-old operating systems, Li said. Our ultimate goal is to introduce a holistic approach to unify memory, storage, and computing devices to make them faster, more cost-efficient, and easier to use.

This open-access project could enable advancements in data analytics, machine learning, and more. Its also expected to boost data center efficiency while reducing costs. Less expensive, high-performance services will benefit billions of end users, Li said.

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Flexibly analyzing data toward a future where everything is linked by communications | Sophia University – sophia.ac.jp

Professor Ikuko Yairi from the Faculty of Science and Technology specializes in intelligent informatics. Applying machine learning algorithms to complex system data analysis, such as in brain information decoding and environmental metagenomes, she undertakes interesting and useful research that carves out the future of information and communication.

I use machine learning algorithms to analyze the data of complex systemssuch as the human body and ecosystemswhere several factors interact with each other. Such research is unique, even within computer science, as it intentionally deals with data that is difficult to handle, with lots of noise and significant variation between individuals and locations.

My current research themes span a wide scope. They include recognition of various emotions using brain waves; metagenome analysis of the DNA of bacteria found in river surface water and bog soil; automated designing technologies that use reinforcement learning; and optical communications in space.

The progress in communication technology has enabled the collection of enormous amounts of text and image data. In fields that process natural languages and images, there are many deep learning models that can achieve recognition with greater accuracy than humans. In contrast, for data of complex systems such as brain waves and metagenomes, the cost of data collection is huge, and there is little advancement in the organization of large-scale data and application of deep learning models.

There are very few researchers who undertake brain wave experiments and environmental microbial DNA collection for the purpose of implementing deep learning models. It is a series of trial and error, day after day, but I feel that such research is interesting and satisfying because it is difficult.

The charm of computer science is the freedom in ideas for exploring new possibilities from totally different perspectives, while respecting the research approach of experts in natural science in terms of explaining facts. For example, in metagenome research, the aim of biological research is to make clear the fact of changes in microbial species using data collected upstream and downstream of a river.

Meanwhile, in computer science, we connect several facts to deduce the things taking place at a particular location, and we can also undertake research themes that seek to unravel these mysteries using statistical processing such as algorithms and simulations. I also feel that a research approach that turns points into lines and lines into planes, by linking to data from other rivers and extending into time series, is very full of creativity.

Even within machine learning algorithms, deep learning has the potential for application in a wide range of fields in society. An understanding of peoples preferences and emotions from brain waves can see potential use in marketing, and an understanding of the health and peculiarities of soil and water from metagenomes can be applied to agriculture and environmental rejuvenation.

Going forward, I hope to continue to undertake distinctive research activities, such as predicting the attenuation of laser in the atmosphere to build an optimization model for networks between space and earth.

We achieved a breakthrough in artificial intelligence (AI) by connecting all kinds of things together with each other using communications. Currently, development of communication technologies using AI is also making progress. AI cannot evolve without communication technologies, and it is also not possible for communication technologies and their wide application fields to advance without AI.

I participate as a member of government committees and such related to communications. Communication technologies and AI will continue to develop together in the future, and I look forward to seeing interesting things happen one after another from their synergy.

In 20 to 30 years time, devices that allow anyone to easily measure brain waves may be used in daily lives, big data analysis of microbial DNA in the environment and within living things may become common technology, and various servicessuch as health, agriculture, and environmental protectionmay become implemented as communication applications.

In a society where everything is connected by communication, how do we handle data and give birth to values and services that are useful to society? The fusion of computer science and communication technologies is essential for answering this question. I hope to serve as a bridge between the two fields and continue undertaking research that paves the way for others.

The Great Crash, 1929 by John Kenneth Galbraith, Japanese translation by Akiko Murai, Nikkei Business Publications

The photo shows the 2008 Japanese translation of The Great Crash, 1929 (published in 1955). When I was a student, I read an older Japanese translation at the library, and reading this new version after the bankruptcy of Lehman Brothers struck me deeply again. I reaffirmed my sense of mission to prevent and avert economic crises through progress in information and communication technologies.

Graduated from the Department of Mechanical Engineering Faculty of Engineering, the University of Tokyo, and received her Ph.D. in Mechanical Engineering, after completing both the masters and doctoral programs of the Department of Mechanical Engineering under the universitys Graduate School of Engineering. Took on several positionssuch as working at the National Institute of Information and Communications Technology and associate professor at the Faculty of Science and Technology, Sophia Universitybefore assuming her current position in 2023. Previously served as a director of the Japanese Society for Artificial Intelligence.

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MACSYS Post-doctoral Research Fellows (Applied Mathematics, Applied Statistics, Computer Science) job with … – Times Higher Education

4 Positions Available

Who are we looking for?

We are seeking a MACSYS Post-doctoral Research Fellows (applied mathematics, applied statistics, computer science) to join School of Mathematical Sciences, Faculty of Science, Academic Division.

MACSYS is intended to generate the mathematics and computational technologies required to make biology predictive; establish mathematical whole cell models for in silico biology as a powerful complement to traditional in vivo and in vitro approaches; tackle fundamental biological problems; and establish a world-leading research and biotechnology translation environment. The QUT node is headed by Professor Matthew Simpson, Deputy Director MACSYS with QUT Chief Investigators Professor Chris Drovandi and Professor Richi Nyak. The four 36-month, fixed-term, full-time appointments will contribute to the success of QUT MACSYS nodes research program success.

About us

QUT is a major Australian university with a global outlook and a 'real world' focus. We are an ambitious and collaborative institution that seeks to equip our students and graduates with the skills they will need in an increasingly disrupted and challenged world.

The School of Mathematical Sciences (SMS) is a vibrant, multidisciplinary school with extensive teaching and research programs covering the fields of statistics, operations research and applied and computational mathematics. There are currently 29 full-time academic staff members employed in the School, including 12 Professors. Over the past five years staff of the school have held ten prestigious Australian Research Council fellowships including a Laureate fellowship, four ARC Discovery Early Career fellowships and five Future fellowships. Three of our professors are recognised among Australia's seven most highly cited researchers in mathematics, and QUT's Centre for Data Science is led by a Fellow of both the Australian Academy of Science and the Australian Academy of Social Sciences. The School offers Bachelor degrees in both Mathematics and Data Science, as well as a postgraduate program at Masters (research) and PhD levels. The Bachelor of Mathematics degree has majors in our three key areas of expertise; Statistics, Operations Research and Applied and Computational Mathematics. https://www.qut.edu.au/about/faculty-of-science/school-of-mathematical-sciences http://www.mj-simpson.com http://www.macsys.org.

What you need to succeed

Life at QUT

We're committed to building a culture that fosters connection between people and purpose. Beyond personal and professional fulfillment, a career at QUT offers:

Belong at QUT

We are guided by our values of Ambition, Curiosity, Integrity, Inclusiveness, Innovation, and Academic Freedom and our QUT Connections in our mission to inspire and shape the next generation of change-makers. In support of our Indigenous Australians Employment Strategy, we aspire to an Indigenous Australian workforce participation of 3.6% and we encourage Aboriginal Australians and Torres Strait Islander people to join us in pursuing a fulfilling career. We believe in creating safe spaces for inclusivity to flourish and we know that diversity is our strength see our commitment. If youre curious, innovative, and ready to experience what a career at QUT can offer, were ready to meet you.

Applications Close: 31-May-2024 at 11.30pm

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Senior Spotlight: Sam Haines’ involvement at Rider The Rider News – The Rider News

By Madison Lewis

Senior computer science major Sam Haines is the epitome of the adage there is nowhere to go but up. Proclaiming her start at rock bottom, she detailed her ascent into success as an employee of two Fortune 500 companies and commencement speaker for Riders 2024 graduating class.

Haines found her home at the university through the Transfer Student Association, which she founded and was the president of. She also demonstrated her love and knowledge of the campus through her role as a lead tour guide.

Haines dropped out of college in 2017 for financial reasons. Instead of giving up in the face of hardship, she worked toward receiving the Trustee Scholarship in 2021, a full-tuition scholarship at Rider.

The Gail Bierenbaum Womens Leadership Council, a women-led organization that fosters relationships and develops essential management skills, introduced Haines to dabble in resume writing and marketing herself with confidence. The members of the organization are paired with external mentors that are established in their fields to guide the student. Haines worked for NBC Universal as a principal data engineer.

Haines relayed advice that she received from her mentor, which she has used to encourage her peers that may need motivation.

Out of the hundreds of rejections you could get, there is that one opportunity that could come up that changes the trajectory of your life, and thats exactly what happened to me, said Haines.

In 2022, Haines had her first internship with International Business Machines, a Fortune 500 company, and one of the leaders in GenAI, according to Haines.

She was a part of IBMs accelerate program in the consulting track, where she was awarded for her work. Haines was offered the internship the following summer as a business transformation consultant.

In October of that year, Haines received a sponsorship from Google to go to the Great Minds in STEM Conference in Pasadena, California, which she found in a connection she made through Rider.

Through the conference, Haines met her manager at Lockheed Martin, who offered a part-time software engineering aide senior while finishing school. Following that, Haines went back to IBM for a full-time job.

Despite her extensive lists of achievements, awards, leadership roles and professional experiences, Haines experienced adversities when presenting herself the way she wanted to be seen. She wanted to be able to mentor people, especially through the GBWLC, to aid them in creating a foundation that leads to success.

Going from a college dropout, no money, no car, I had emotional family support, but financially, it wasnt there, to now being the commencement speaker and working with these Fortune 500 companies, said Haines.

Haines shared her story of triumph through keynote speaking as a National Transfer Student Ambassador, where she made suggestions to help industry professionals foster relationships with students and help them.

She applied for an engineering leadership development program, a three-year rotational program that could pay for her graduate school, where she would like to study artificial intelligence or something within the data space.

Haines revealed that a potential theme of her commencement speech is creating light in the darkest situations.

Moving forward, after youve overcome all these things as a student. One of the things I note is to continue to shine your light through the darkness of life. I want them to find ways to continue to grow themselves and to make sure the growth does not stop [at graduation] they can do that in a way that makes our world a better place.

Junior cybersecurity major Angelina Messina, the incoming president for the TSA, advocated for Haines and her role as commencement speaker.

Haines] really can get in the mind of every senior and express how everybodys feeling in that moment, said Messina.

Haines urged the hypothetical audience to introduce themselves, to start a conversation and ask questions, even when the idea of rejection and uncertainty becomes overwhelming.

[Maintain] curiosity and eagerness to learn, continue to ask questions and build confidence, and just dont be afraid to go for it because if you dont, you never know what you may have missed, said Haines.

Haines implored the graduating class to celebrate the accomplishment of moving forward and to tell themselves, Just go for it. Do it. It doesnt matter. I dont care if youre anxious. Just pop off and go for it.

Senior Spotlight is a series created by The Rider News to celebrate upstanding seniors on Rider campus prior to their graduation.

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Top 5 Universities for MS in Computer Science in USA – Ahmedabad Mirror

Want to study MS in Computer Science in USA? Check out the top 5 universities in USA for computer science programs to make an informed decision for your career ahead!

USA, April 23: The USA is home to 100+ top universities providing computer science programs to international students. According to recent data, the number of international students pursuing MS in Computer Science in USA has been steadily increasing. This is majorly attributed to the country's status as the global epicenter of technology innovation, driven by the presence of Silicon Valley, the world's largest tech hub.

StudyingMS in Computer Sciencein USAprovides unparalleled opportunities for networking, internships, and career advancement in the tech industry. The universities in USA are also known for offering significant returns on investment to graduates. This article talks about the 5 top universities for MS in Computer Science in USA, along with their world rankings and popularity among international students.

1. Stanford University

Ranked #3 in the Best Global Universities and #2 in Best Universities for Computer Science, Stanford University is one of the top universities in the world. It has a total student enrollment of 16,000+, with more than half of the student population enrolled in graduate programs. Some other popular courses include Mathematics, Chemistry, Biology & Engineering. According to a recent report by Henley & Partners, Stanford University stands at #3 for producing the highest number of millionaires.

2. Massachusetts Institute of Technology

Located in Cambridge near Boston, the Massachusetts Institute of Technology, also known as MIT, is considered one of the most prestigious and popular universities among international students. It is ranked at #2 globally and at #3 for its computer science programs. Recently, MIT invested over $675 million in research, with additional funding for tech labs. Through technological advancements, MIT provides access to up-to-date trends and education for students, preparing them for the future of learning and technology.

3. Carnegie Mellon University

Ranked among the top 100 universities globally, Carnegie Mellon University has some of the finest research facilities in USA. The university offers programs in computer science, robotics, machine learning, management, engineering, biology, and information systems through its seven colleges. The School of Computer Science at the university was founded over 25 years ago. Renowned for its computer science programs, Carnegie Mellon University has earned a perfect score for its academic reputation in this year's subject rankings.

4. University of California Berkeley

Part of the University of California System, UC Berkeley was established in 1868. Offering a diverse range of 350 programs, the university is known for its popular majors including electrical engineering and computer science, economics, political science, business administration, and psychology. UC Berkeley is globally recognized as one of the top 5 universities for computer science programs. UC Berkeley has a high population of more than 40,000 students and 2,000+ academic staff. The faculty members have won 19 Nobel prizes, majorly in the fields of physics, chemistry, and economics.

5. University of Washington Seattle

Established in 1861, University of Washington Seattle is one of the largest and oldest campuses in USA, in terms of enrollment. In recent years, research grants obtained by UW have exceeded $1 billion, and the university houses over 280 specialized research centers. The university offers degree programs in various fields through its 16 colleges and schools. In terms of rankings, it has been recognized as one of the top universities, particularly in computer science, where it stands at the 14th position globally.

With a rich history spanning over 100 years, universities in USA have built a reputation for offering top-notch academic programs and state-of-the-art research facilities. For international students wishing to pursue aMSin USA, these universities provide numerous opportunities for growth and professional development.

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