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A robust data plan will heal our health sector – The Standard

By Brian Lishenga| Jun. 25, 2023

In the aftermath of recent reports exposing alleged fraud within some medical facilities involving officials at the National Hospital Insurance Fund, it is crucial to understand the root causes of these unfortunate events.

Two questions emerge: How can we prevent overconsumption in healthcare? How can data mining and analysis serve as early warning systems for detecting healthcare fraud and predicting costs?

Given the limited resources available and the rise of chronic illnesses, it is important to prioritise the rational utilisation of financial resources in the healthcare sector.

What Kenya requires at this juncture is an action plan for the control of healthcare. Such a plan should encompass modern control techniques, built upon a new legal framework that promotes close collaboration among health sector stakeholders.

The NHIF, together with relevant departments in the Ministry of Health and scientific associations responsible for publishing treatment guidelines and care standards, should engage in meaningful consultations to establish a unified strategy and identify synergies for effectively addressing overconsumption in healthcare.

These efforts should result in structural reforms supported by legal changes that govern the relationships and collaborations among these entities. To strengthen the NHIFs capacity to combat healthcare resource wastage, we propose establishment of a Directorate for Medical Evaluation and Control, led by a Medical Chief Inspector.

The Chief Inspector, assisted by a committee comprising healthcare providers and representatives appointed by regulatory bodies, including a medico-legal expert as the chairperson, would be responsible for conducting proceedings against healthcare providers suspected of violating the NHIF Act, particularly in cases involving overconsumption or over-prescription of care. The Chief Inspector would have the authority to initiate formal legal proceedings against such providers. To effectively assess, predict and control escalating costs of healthcare, Kenya must tap into its vast medical data repositories.

Therefore, it is essential to establish a legal framework for a Central Registry for Medical Data, supervised by the Office of the Data Protection Commissioner, a strategy that aligns with the current administrations focus on digital economy. This framework would facilitate seamless data sharing between healthcare insurance companies, the NHIF, and healthcare providers, supported by robust data.

At present, healthcare insurers, funds, and providers collect, process, store, and utilise administrative data primarily for billing and reimbursement purposes. However, with a solid legal foundation and well established infrastructure, this data can be harnessed for resource allocation and health services research. A harmonised system that allows private insurance providers and the NHIF to share relevant information would be highly beneficial. By utilising anonymised or pseudonymised data, we can develop a comprehensive patient profile incorporating indicators that highlight behavioural patterns contributing to overconsumption.

In envisioning the future, we can achieve a healthcare landscape where a healthcare provider who has been blacklisted by a private insurance company, is promptly flagged in the NHIF system, and conversely, any provider flagged by the NHIF is immediately visible to private insurers.

We can seize this opportunity and use it for transformative change. By embracing data-driven reforms, Kenya can establish a healthcare system characterised by efficiency, accountability, and improved patient outcomes. The time to act is now, and together, we can shape a brighter future for our nations health.

The writer is national chairman, Rural Private Hospitals Association of Kenya

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Missouri S&T announces new Kummer Endowed Chair of Computer … – Missouri S&T News and Research

Dr. Seung-Jong Jay Park has been named Kummer Endowed Chair of Computer Science at Missouri S&T effective Aug. 1.

Park comes to S&T from the National Science Foundation (NSF), where he has served as a program director and managed computer science-related research projects since 2021. He has also served as the Dr. Fred H. Fenn Memorial Professor of Computer Science and Engineering at Louisiana State University since 2004, taking a leave of absence two years ago to support the NSF.

My vision for the computer science department is to provide our students with a world-class education while also conducting research that will help shape and improve the world, Park says. I am excited to work with the amazing students and faculty at Missouri S&T and lead a state-of-the-art department that focuses on technologies including artificial intelligence, cybersecurity, big data and other pressing topics.

Park is an expert in the areas of networking and data-intensive computing. He has conducted research related to big data and deep learning focused on software frameworks for large-scale science applications and cybersecurity development for cloud computing, high-performance computing and high-speed networks.

His projects have received support from federal and state programs including the NSF, NASA, the National Institutes of Health, the Office of Naval Research and the Air Force Research Laboratory. He also received IBM faculty research awards from 2015 to 2017.

Park earned a Ph.D. in electrical and computer engineering from Georgia Institute of Technology. He also holds a masters degree in computer science from Korea Advanced Institute of Science and Technology in Daejeon, South Korea, and a bachelors degree in computer science from Korea University,in Seoul, South Korea.

Park takes over from Dr. Steve Gao, Curators Distinguished Teaching Professor of geosciences and geological and petroleum engineering, who has served as interim chair since September 2022.

Dr. David Borrok, vice provost and dean of the College of Engineering, says he appreciates Gaos service as interim chair, and he is excited to see where Park takes the department.

Dr. Gao is a fantastic leader and has done an excellent job leading this department, he says. Now, Dr. Park will be able to step into this role and take our computer science programs to the next level.

The Kummer Endowed Chair of Computer Science at Missouri S&T was made possible by June Kummer and her late husband, Fred Kummer, a 1955 graduate of S&T. In October 2020, the couple made a transformative $300 million gift to the university and established the Kummer Institute for Student Success, Research and Economic Development.

For more information about Missouri S&Ts computer science department, visit cs.mst.edu.

Missouri University of Science and Technology (Missouri S&T) is a STEM-focused research university of over 7,000 students. Part of the four-campus University of Missouri System and located in Rolla, Missouri, Missouri S&T offers 101 degrees in 40 areas of study and is among the nations top 10 universities for return on investment, according to Business Insider. For more information about Missouri S&T, visit http://www.mst.edu.

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HLGU computer science department to host LEGO Events this summer – The Pathway

HANNIBAL (HLGU) The Hannibal-LaGrange University Computer Science Department will be hosting a series of upcoming events for students using the popular LEGO building blocks.

The LEGO Learning Play Date, titled LEGO Nation, will give students the opportunity to learn about and build famous places from across the United States. There will be three dates to choose from July 5 from 10am to noon, July 12 from 1pm to 3pm, and August 2 from 10am to noon. The cost is $30 and will be a fundraiser for the Computer Services Department for CS events in the Fall. It is open to kids who completed Kindergarten and above. The event will be held at the HLGU Partee Center in the Computer Services wing and is limited to 15 participants.

The LEGO Robotics Camp will allow students to build and program an EV3 LEGO robot. It will be held on August 7-11 from 9am to 11am each day. The cost is $100. It is open to students going into 4th grade or older. The event will be held at the HLGU Partee Center in the Computer Services wing and is limited to 15 participants.

To signup for either of these events, email Michelle Todd at mtodd@hlg.edu or call 573-629-3202.

Hannibal-LaGrange University is a four-year Christian university fully accredited by the Higher Learning Commission. The institution prides itself in its traditional and nontraditional educational experience in a distinctively Christian environment.

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5 Best Universities in Canada for Computer Science in 2023 – Analytics Insight

Explore the 5 Best Universities in Canada for Computer Science in 2023

Programming, computer and software applications, as well as the theory and practice of computation, make up the popular and lucrative field of study known as computer science. Canada is a great place for international students who want to get a computer science degree because it provides high-quality education, low tuition costs, and a wide range of career options. In 2023, the following universities in Canada are ranked among the best for computer science degrees by the Times Higher Education World University Rankings:

A vast number of undergraduate and graduate software engineering projects are available at this college, which is ranked 22nd in the world in the field. Interdisciplinary options and specializations are also available. The institution also houses the Vector Institute for Artificial Intelligence, a research and development organization that focuses on cutting-edge AI.

The University of Montreal, which is ranked 34th on the globe for software engineering, provides courses in software engineering and tasks research in addition to certifications and testaments in connected domains. The institution is a leader in both deep learning and artificial intelligence research since it is home to the Montreal Institute for Learning Algorithms (MILA), one of the largest deep learning laboratories in the world.

Computer science, software engineering, computer engineering, and data science are all offered at this university. It holds the 43rd-place global ranking in computer science. The universitys well-known cooperative education program allows students to gain paid job experience in the field while they are still in school.

Programs in cognitive systems, computer science, and combination majors with other disciplines are offered at this university. Computer science holds the 47th-highest ranking in the world. Additionally, the institution is the location of the Organisation for Registering, Data, and Mental Frameworks (ICICS), which fosters interdisciplinary research and progress in the field of figuring and associated areas.

McGill University provides degrees in bioinformatics, computer science, software engineering, and information systems, and all of those are ranked 53rd in the world for computer science. The institution is also home to the Centre for Intelligent Machines (CIM), a research facility that focuses on robotics, automation, artificial intelligence (AI), computer vision, systems, control theory, and voice recognition.

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Evaluating cybersecurity methods: The system analyzes the … – Science Daily

A savvy hacker can obtain secret information, such as a password, by observing a computer program's behavior, like how much time that program spends accessing the computer's memory.

Security approaches that completely block these "side-channel attacks" are so computationally expensive that they aren't feasible for many real-world systems. Instead, engineers often apply what are known as obfuscation schemes that seek to limit, but not eliminate, an attacker's ability to learn secret information.

To help engineers and scientists better understand the effectiveness of different obfuscation schemes, MIT researchers created a framework to quantitatively evaluate how much information an attacker could learn from a victim program with an obfuscation scheme in place.

Their framework, called Metior, allows the user to study how different victim programs, attacker strategies, and obfuscation scheme configurations affect the amount of sensitive information that is leaked. The framework could be used by engineers who develop microprocessors to evaluate the effectiveness of multiple security schemes and determine which architecture is most promising early in the chip design process.

"Metior helps us recognize that we shouldn't look at these security schemes in isolation. It is very tempting to analyze the effectiveness of an obfuscation scheme for one particular victim, but this doesn't help us understand why these attacks work. Looking at things from a higher level gives us a more holistic picture of what is actually going on," says Peter Deutsch, a graduate student and lead author of an open-access paper on Metior.

Deutsch's co-authors include Weon Taek Na, an MIT graduate student in electrical engineering and computer science; Thomas Bourgeat PhD '23, an assistant professor at the Swiss Federal Institute of Technology (EPFL); Joel Emer, an MIT professor of the practice in computer science and electrical engineering; and senior author Mengjia Yan, the Homer A. Burnell Career Development Assistant Professor of Electrical Engineering and Computer Science (EECS) at MIT and a member of the Computer Science and Artificial Intelligence Laboratory (CSAIL). The research was presented last week at the International Symposium on Computer Architecture.

Illuminating obfuscation

While there are many obfuscation schemes, popular approaches typically work by adding some randomization to the victim's behavior to make it harder for an attacker to learn secrets. For instance, perhaps an obfuscation scheme involves a program accessing additional areas of the computer memory, rather than only the area it needs to access, to confuse an attacker. Others adjust how often a victim accesses memory or another a shared resource so an attacker has trouble seeing clear patterns.

But while these approaches make it harder for an attacker to succeed, some amount of information from the victim still "leaks" out. Yan and her team want to know how much.

They had previously developed CaSA, a tool to quantify the amount of information leaked by one particular type of obfuscation scheme. But with Metior, they had more ambitious goals. The team wanted to derive a unified model that could be used to analyze any obfuscation scheme -- even schemes that haven't been developed yet.

To achieve that goal, they designed Metior to map the flow of information through an obfuscation scheme into random variables. For instance, the model maps the way a victim and an attacker access shared structures on a computer chip, like memory, into a mathematical formulation.

One Metior derives that mathematical representation, the framework uses techniques from information theory to understand how the attacker can learn information from the victim. With those pieces in place, Metior can quantify how likely it is for an attacker to successfully guess the victim's secret information.

"We take all of the nitty-gritty elements of this microarchitectural side-channel and map it down to, essentially, a math problem. Once we do that, we can explore a lot of different strategies and better understand how making small tweaks can help you defend against information leaks," Deutsch says.

Surprising insights

They applied Metior in three case studies to compare attack strategies and analyze the information leakage from state-of-the-art obfuscation schemes. Through their evaluations, they saw how Metior can identify interesting behaviors that weren't fully understood before.

For instance, a prior analysis determined that a certain type of side-channel attack, called probabilistic prime and probe, was successful because this sophisticated attack includes a preliminary step where it profiles a victim system to understand its defenses.

Using Metior, they show that this advanced attack actually works no better than a simple, generic attack and that it exploits different victim behaviors than researchers previously thought.

Moving forward, the researchers want to continue enhancing Metior so the framework can analyze even very complicated obfuscation schemes in a more efficient manner. They also want to study additional obfuscation schemes and types of victim programs, as well as conduct more detailed analyses of the most popular defenses.

Ultimately, the researchers hope this work inspires others to study microarchitectural security evaluation methodologies that can be applied early in the chip design process.

"Any kind of microprocessor development is extraordinarily expensive and complicated, and design resources are extremely scarce. Having a way to evaluate the value of a security feature is extremely important before a company commits to microprocessor development. This is what Metior allows them to do in a very general way," Emer says.

This research is funded, in part, by the National Science Foundation, the Air Force Office of Scientific Research, Intel, and the MIT RSC Research Fund.

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Former professional drummer finds new groove in computer science … – Clemson News

June 26, 2023June 27, 2023

Justin Cromer is trading in his drumsticks for silicon chips.

The 34-year-old Florence native worked as a session drummer in Nashville for five years before finding his way to Clemson University to pursue a Bachelor of Science in computer science.

He plans to finish his studies online from Redmond, Washington, where he has landed a job with SpaceX, working on the team that makes chips for Starlink satellites.

I got my dream job twice, said Cromer, who is on track to graduate in December.

Cromers path is a testament to the transformative power of education, especially when it is combined with determination. And it illustrates how Clemson Universitys inclusive community strives to open a place for all students no matter where they are on the career ladder.

Jacob Sorber, a School of Computing associate professor who mentored Cromer, said his life experience and maturity are uncommon for undergraduates.

Hes very good at identifying what is needed to be successful, Sorber said. Rather than say, I guess well see what they teach me in class, he looks at what we didnt cover that would be useful. That makes a huge difference in the kind of student he is and the kinds of outcomes he is likely to have.

In his first chapter as an undergraduate, Cromer pursued a Bachelor of Music at the University of North Texas. Shortly before graduation in 2011, he moved back to Florence to finish his last two classes online and to live at home to save money.

Cromer taught music at a private elementary school in his first job out of college and tucked away about $1,200 to move to Nashville and become a professional musician. But when he took a closer look at the numbers, he could see it wasnt enough for a start in a new city.

Instead, Cromer set sail on cruise ships, playing drums while traveling the world. His room and board were included so he was able to save a good chunk of his pay before moving to the Music City.

When he first arrived in Nashville, Cromer hung out in places where he liked the music and started making connections to land his first few gigs. His classical training gave him an edge and helped firm up his reputation, which led to bigger gigs.

I ended up getting hired at the last minute for work with larger artists, Cromer recalled. They would say, Hey, weve got a big crowd in Indiana this weekend. Our drummer is having a baby. Can you show up?'

Cromer found his priorities changing after about five years in Nashville. He wanted a family and a dog and saw that making a living as a musician was becoming harder.

Cromers time in the music business coincided with the rise of file-sharing and streaming services, which radically changed how music is distributed and how artists are paid. And for those who do make a living as musicians, long stretches on the road away from home can be brutal, he said.

It was time for a change so Justin headed back to Florence to come up with a new plan. That was where he was living when his uncle, Rodney Godwin, was in a tractor wreck.

With his extensive injuries, it would take months of recovery for Godwin just to drive again, and he needed someone to run his business, Dun-Rite Automotive & Transmissions. Godwin saw it as an opportunity for his nephew to lead and to push himself to reach for higher goals.

He did, 100%, said Godwin, who owns six businesses in the Florence area. He had operations running so smoothly I never did take back operations of that shop to this day. When he was leaving, he brought somebody else in and trained them how to do it.

Cromer said that while he was running the shop, he knew he wanted to eventually do something else for a living, and that is when he discovered computer science and software.

He understood he would have to go back to college to pursue those interests professionally and began to prepare for math placement tests by studying after work on the Khan Academy website.

The stakes in his personal life were getting higher. He had met a woman from Myrtle Beach, Annamarie Haines Guest, and wanted to marry her. He sold two of his four drum sets to help pay for the ring, and she said yes.

Annamarie, whose last name is now Cromer, said she never doubted that Justin would make the transition from drummer to computer scientist.

He is such a driven individual, she said. Once he puts his mind to something, theres nothing he cant do. Hes going to dedicate all of his time and effort to it, and thats what he did.

Annamarie was a student at the University of South Carolina at the time, so Justin moved to Columbia and enrolled at Midlands Technical College to start treading the path to a computer science degree. He taught drum lessons on the side to earn money.

When Cromer decided he wanted to transfer to Clemson, he took a close look at the curriculum and started preparing before even setting foot on campus. He bought a book, did the exercises it offered and took university courses available online for free.

It was also around this time that Cromer discovered Sorbers YouTube channel. The channel, which has more than 124,000 subscribers, features videos of Sorber teaching programming and how to become a more confident software developer.

At first, Cromer had no idea Sorber taught at Clemson. But once Justin figured it out, he reached out to Sorber, who encouraged him to get in touch once on campus.

By the time Cromer arrived at Clemson, he knew he wanted to write software for spacecraft. He showed up in Sorbers office on his first day and told him about his plans and how enthusiastic he was.

Sorber found room for Cromer in the PERSIST lab, and he started conducting research on sensors.

I didnt know what I was doing, but through his guidance and the friends and mentors Ive met here in the lab, Ive been able to learn a lot and get that much closer to making my dreams come true, Cromer said.

He is finding that his hard work and determination are starting to pay off.

In Sorbers lab, Justin has earned a reputation as an outstanding team member who regularly helps with debugging, data collection and other tasks while remaining upbeat, even with a heavy course load that keeps him busy as many as 80 hours a week.

At the end of the spring 2023 semester, Cromer won an award recognizing him as the Outstanding Senior in the School of Computing or Applied Sciences.

Its taken some work, but the dreams that started brewing years ago are coming true. Justin and Annamarie have two dogs, a golden retriever, Jenny, and a Jack Russell terrier, Zack. The dogs, along with all Justin has learned at Clemson and years past, are going with them when they leave for Washington this summer.

The biggest change Ive seen in myself since coming here is a real respect for perseverance, he said. I found that success isnt always about being the smartest person in the room. A lot of times its just about keeping on going when everybody else might give up.

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We are wasting up to 20 percent of our time on computer problems … – Science Daily

Even though our computers are now better than 15 years ago, they still malfunction between 11 and 20 per cent of the time, a new study from the University of Copenhagen and Roskilde University concludes. The researchers behind the study therefore find that there are major gains to be achieved for society by rethinking the systems and involving users more in their development.

An endlessly rotating beach ball, a program that crashes without saving data or systems that require illogical procedures or simply do not work. Unfortunately, struggling with computers is still a familiar situation for most of us. Tearing your hair out over computers that do not work remains very common among users, according to new Danish research.

In fact, so much that, on average, we waste between 11 and 20 per cent of our time in front of our computers on systems that do not work or that are so difficult to understand that we cannot perform the task we want to. And this is far from being good enough, says Professor Kasper Hornbk, one of the researchers behind the study.

"It's incredible that the figure is so high. However, most people experience frustration when using computers and can tell a horror story about an important PowerPoint presentation that was not saved or a system that crashed at a critical moment. Everyone knows that it is difficult to create IT systems that match people's needs, but the figure should be much lower, and one thing that it shows is that ordinary people aren't involved enough when the systems are developed," he says.

Professor Morten Hertzum, the other researcher behind the study, emphasises that most frustrations are experienced in connection with the performance of completely ordinary tasks.

"The frustrations are not due to people using their computers for something highly advanced, but because they experience problems in their performance of everyday tasks. This makes it easier to involve users in identifying problems. But it also means that problems that are not identified and solved will probably frustrate a large number of users," says Morten Hertzum.

The problems are only too recognisable

To examine this issue, the researchers have been assisted by 234 participants who spend between six and eight hours in front of a computer in their day-to-day work.

In one hour, the researchers told them to report the situations in which the computer would not work properly, or where the participants were frustrated about not being able to perform the task they wanted.

The problems most often experienced by the participants included that: "the system was slow," "the system froze temporarily," "the system crashed," "it is difficult to find things." The participants had backgrounds such as student, accountant, consultant, but several of them actually worked in the IT industry.

"A number of the participants in the survey were IT professionals, while most of the other participants were highly competent IT and computer users. Nevertheless, they encountered these problems, and it turns out that this involves some fundamental functions," says Kasper Hornbk.

The participants in the survey also responded that 84 per cent of the episodes had occurred before and that 87 per cent of the episodes could happen again. And, according to Kasper Hornbk, we are having the same fundamental problems today that we had 15-20 years ago.

"The two biggest categories of problems are still about insufficient performance and lack of user-friendliness," he says.

Morten Hertzum adds: "Our technology can do more today, and it has also become better, but, at the same time, we expect more from it. Even though downloads are faster now, they are often still experienced as frustratingly slow. "

88 per cent use a computer at work

According to Statistics Denmark, 88 per cent of Danes used computers, laptops, smartphones, tablets or other mobile devices at work in 2018. In this context, the new study indicates that a half to a whole day of a normal working week may be wasted on computer problems.

"There is a lot of productivity lost in workplaces throughout Denmark because people are unable to perform their ordinary work because the computer is not running as it should. It also causes a lot of frustrations for the individual user," says Kasper Hornbk.

This means that there are major benefits to be gained for society if we experienced fewer problems in front of our computers. According to Kasper Hornbk, the gains can, for example, be achieved if more resources are invested in rethinking how faults are presented to us on the computer.

"Part of the solution may be to shield us from knowing that the computer is working to solve a problem. In reality, there is no reason why we need to look at an incomprehensible box with commands or a frozen computer. The computer could easily solve the problems without displaying this, while it provided a back-up version of the system for us, so that we could continue to work with our tasks undisturbed," says Kasper Hornbk.

At the same time, IT developers should involve the users even more when designing the systems to make them as easy to use -- and understand -- as possible. For, according to the researcher, there are no poor IT users, only poor systems.

"When we're all surrounded by IT systems that we're cursing, it's very healthy to ascertain that it's probably not the users that are the problem, but those who make the systems. The study clearly shows that there is still much room for improvement, and we therefore hope that it can create more focus on making more user-friendly systems in the future," concludes Kasper Hornbk.

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Gao named interim chair of geosciences, geological and petroleum … – Missouri S&T News and Research

Dr. Stephen S. Gao, Curators Distinguished Teaching Professor of geosciences and geological and petroleum engineering (GGPE) at Missouri University of Science and Technology, has accepted the role of interim chair of his home department effective Aug. 1.

For the past year, Gao has served for the past year as interim chair of computer science at Missouri S&T.

Leading the computer science department has been a wonderful experience, but I am honored to now move back to my home department, Gao says. Our GGPE department has some of the countrys top scholars, and our students do tremendous work as well. I am excited to support everyones great work, while also growing our student enrollment and research portfolio.

Gao is a renowned geophysicist who studies earthquakes, seismic anisotropy, receiver function analysis, and the structure and dynamics of the earths crust and mantle. He has been a member of the Missouri S&T faculty since 2006 and is director of the universitys High Performance Computing Research Center.

Gao earned a bachelors degree in marine geology and geophysics from Ocean University of China, College of Marine Geosciences, in Qingdao. He earned a masters degree and a Ph.D. in geophysics and space physics from the University of California, Los Angeles, where he also served as a post-doctoral researcher.

Gao has won multiple awards at S&T for being an outstanding faculty member and teacher, and he was elected a fellow of the Geological Society of America in 2012.

Gao replaces Dr. Jeffrey Cawlfield, a professor of geological engineering, who has led the department since August 2021. Dr. David Borrok, vice provost and dean of the College of Engineering and Computing, says Cawlfield should be commended for his work as chair.

Dr. Cawlfield has been a dedicated S&T faculty member since 1987, and he has done an outstanding job leading the GGPE department, Borrok says. He has served S&T in a variety of leadership roles and has always worked hard to support his students, faculty and staff.

Dr. Gao will have big shoes to fill, but I have no doubt that he will be up for the challenge, Borrok says. He has already demonstrated his abilities as a leader for the computer science department, and now he will be able to guide the future of his home department.

For more information about Missouri S&Ts GGPE programs, visit ggpe.mst.edu.

Missouri University of Science and Technology (Missouri S&T) is a STEM-focused research university of over 7,000 students. Part of the four-campus University of Missouri System and located in Rolla, Missouri, Missouri S&T offers 101 degrees in 40 areas of study and is among the nations top 10 universities for return on investment, according to Business Insider. For more information about Missouri S&T, visit http://www.mst.edu.

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Diagnosed with a brain tumour at 12, hardworking Computer … – Derry Journal

Lauren Monaghan always took a keen interest in computers and maths.

Her decision to attend Ulster University was inspired by her software development teacher who rated the course, and encouragement from her friends who were already at Magee.

But the road to university wasnt always smooth.

I was diagnosed with a very rare brain tumour at age 12. Soon after, I went through two surgeries with the second leading to a number of complications and further medical conditions.

"I had to take time out of school to travel to the USA for trials and treatment, as well as to adjust to new medications to keep my body functioning. I still have rough days coping with the complications of my tumour, but Ive learned to adapt and make the most of the good days.

Lauren worked with a tutor from home to continue her studies. She was advised by her consultants to leave education after her GCSEs.

Despite the doctors advice, I knew I wanted to keep going I wanted to do my A-Levels and go onto higher education. The number of complications after the surgery and radiotherapy treatment I had undergone were challenging but I worked hard to catch up with classmates and get the grades I needed.

Lauren caught up with her classmates with the help of teachers and support staff and was on track to sit her A-Levels when another health issue emerged.

Me and my family always joke that it wasnt the very serious brain tumour that held me back a year but an unrelated medical problem that required surgery. No one saw that coming.

Lauren received treatment, went back to school to sit her A-Levels and was successful in her application to Ulster University in 2019.

She found her lecturers and Student Wellbeing very supportive. Lauren enjoyed campus life. Her mum made the trip a few times a week from Ballymoney to bring her to Derry.

In first year, Lauren joined the Procraftination arts and crafts society to meet people and get involved in the social side of university life.

When things moved online, Lauren became chair, hosting Zoom meetings throughout lockdowns.

After completing a placement as a software engineer, Lauren returned to campus for her final year and began thinking about what she wanted to do next.

I was contacted on LinkedIn to apply for a two-year graduate programme at Citi. It was my very first graduate job interview so I was quite nervous! But Im delighted to say I was successful with my application and I am due to start my role this September as a graduate software intern.

Outside of academia, Lauren is involved with various charities:

I am currently a committee member for Brainwaves NI, a volunteer-led charity which funds research into brain tumours and provides support to brain tumour patients and their families in Northern Ireland.

"I also perform with Cancer Fund for Childrens Care-Free Choir. This charity helped me connect with other young people who understood what I was going through. These charities as well as Young Lives vs Cancer, supported me and my family which I am eternally grateful for.

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‘I’m not going to take it for granted’ – uta.edu

Wednesday, Jun 28, 2023 Herb Booth : Contact

Minh Tram, a doctoral student in the Department of Computer Science and Engineering at The University of Texas at Arlington, has received a prestigious Science, Mathematics and Research for Transformation (SMART) scholarship from the U.S. Department of Defense (DoD).

This is an amazing opportunity, and Im not going to take it for granted, Tram said. There arent many chances for an academic to get involved with this type of program, and depending on where Im needed, I may gain access to things that Id never know about in the civilian world.

Tram, who has been a student at UTA since 2017, focuses his research on creating novel augmented and virtual reality capabilities for human-robot interaction. He earned bachelors and masters degrees in computer science and just completed his first year as a doctoral student. For the last three years, he has worked in the Robotic Vision Lab, run by Assistant Professor William Beksi, which focuses on robot perception, human-robot interaction and autonomous systems.

Tram uses simulation software to observe and train humans and robots to perform more intuitively and alleviate the amount of processing necessary to do a task. His work could be used, for example, to make autonomous robots require less oversight and maintenance.

Minh is one of my best students, Beksi said. He is doing pioneering research in my lab that will enable us to improve machine learning via virtual reality. This will have broad positive impacts across a variety of fields, including robotics, education and workforce development.

SMART scholarship recipients earn full tuition, a significant annual stipend and a book and health allowance. They also complete a summer internship at a DoD facility and are assigned an experienced mentor. The full scholarship and other benefits allow participants to focus on complex research to further the DoDs mission and create a lasting impact. The program is a one-for-one commitment: For every year of degree funding, the recipient commits to working for a year with the DoD as a civilian employee.

-Written by Jeremy Agor, College of Engineering

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