Category Archives: Computer Science
Checking in with Alumni from the Class of 2021 – Trinity College
Within six months of graduating from Trinity, alumni from the Class of 2021 have achieved their goals of employment, graduate studies, volunteer service, and other fulfilling pursuits.
Recent data gathered from members of the Class of 2021 showed a 97-percent positive outcome rate, according to Joe Catrino, the executive director of career and life design at Trinity. Seventy percent of respondents have secured full-time employment and 23 percent are continuing their education, while others are employed part-time, traveling, or are volunteering through organizations like the Peace Corps and Teach for America.
This data tells us that, even during a pandemic, Trinity students are successful in whatever they choose to pursue, Catrino said. It demonstrates how powerful the Trinity network is and how prepared our students are for the workforce.
Trinitys Career and Life Design Center works with students throughout their time at the college to first learn about themselves and then learn how their skills and interests can take them where they want to go. Career and Life Design is more than just the place you go to work on making plans for after Trinity, Catrino said. We help students navigate and design their Trinity experience, support them with goal setting and decision making, and assist them in connecting with alumni and searching for internships. We encourage students to recognize their skills and leverage those skills to be prepared for the future of work. Students are prepared for life after Trinity.
The Career and Life Design Center offers one-on-one career coaching, in addition to help with things like writing personal statements for graduate school and determining professional industries to explore. Students also are introduced to alumni, parents, and friends of the college who work in various fields. The Connect mentoring programwhich matches Trinity seniors with alumni working in their fields of interestis just one of the many programs and events organized by Career and Life Design to help students explore careers, design career plans, build skills, and network with alumni and employers. Using the career management system Handshake, Trinity students and alumni can search for jobs, internships, and fellowships. Additionally, the Bantam Career Network offers a community in which students engage with alumni, and alumni engage with each other.
Below, alumni from the Class of 2021 talk about where they are now, what helped them get there, and the advice they have for current and future Trinity students:
After earning her degree from Trinity with a major in economics and a minor in formal organizations, Barden is now a financial institutions group analyst at BlackRock in New York City.
My focus on experimental economics during my senior year helped me explore how humans are influenced by various factors in their environments. I was specifically interested in how these factors come together to inform market behavior, said Barden, who is from New Canaan, Connecticut. My time as the events chair for the Mark Twain Center for the Study of Human Freedom was also a great outlet to connect with leaders of various industries, helping me to broaden the scope of my interests. In my current position, I am constantly staying up to date with the economy and learning how market movements may impact client portfolios. My studies and extracurriculars at Trinity gave me the fundamental skillset and knowledge to navigate this area of my position.
Barden said that faculty and staff at Trinity helped her focus her interests and build connections. [Kathryn Wasserman Davis Professor of Economic Organizations and Innovation and Director of the Shelby Cullom Davis Endowment] Edward Stringham helped to connect me with former Trinity students to conduct interviews that would contribute to various papers I wrote, which was extremely beneficial to not only my learning of the subject at the time, but also to figuring out what I was most interested in, she said. My time working with Severn Sandt and the Career and Life Design Center opened up a lot of opportunities in terms of networking. Notably, practice interviews with Trinity alumni were a critical part of my preparedness. I found that our alumni base was always willing to help, and I have made numerous connections and found great mentors that Im still in touch with today.
With a bachelors degree from Trinity with majors in film studies and psychology, Brinkley is now an MFA candidate at the Loyola Marymount University School of Film and Television in Los Angeles, studying writing and producing for television.
As a current student of a screenwriting program, I use what I learned at Trinity more than I could have imagined, said Brinkley, who is from Bronx, New York. My psychology background comes in handy when Im creating a new character or trying to figure out why they act the way they do. And as for film studies knowledge, I draw inspiration from it whenever I reflect on the great films I was introduced to while in the program.
Brinkley said that serving as the social chair in Imani, the Trinity College Black Student Union and then later as the co-founder and president of the Digital Media Club reinforced the idea that he wanted to continue to be in a creative environment after leaving Trinity. That, in turn, prompted me to apply and attend film school, he said.
The Career and Life Design Center helped to connect Brinkley with alumni who were thriving in the professional fields of which he aspired to be a part. Meeting such alumni throughout the course of my four years at Trinity showed me that the future I wanted was achievable and made me work harder to obtain it, Brinkley said. My advice for current and prospective Trinity students is to connect with people doing what you want to do in the long run, whether that be classmates, professors, alumni, or someone you find on LinkedIn. And once you connect with those people, learn all that you can from them and use the newfound knowledge to help guide you into choosing the best post-grad path.
Flynn earned her Trinity degree with a major in neuroscience and a minor in human rights studies. She is now a postbaccalaureate student at Northeastern University in Boston and a referral specialist working remotely for Connecticut Childrens Medical Center in Hartford.
While at Trinity, I was on the pre-med track. I am now able to apply the knowledge I obtained from Trinity to my courses at Northeastern University, said Flynn, who is from East Hartford, Connecticut. I am also able to analyze and understand conditions children are diagnosed with through my position at work.
Flynn was not sure what career she wanted to pursue when she arrived at Trinity, but decided to become a physician after taking neuroscience courses. Ive always been passionate about human rights, she added. Through my human rights courses, I learned about the disparity in health care for people in lower-income communities, specifically women of color, and those who are incarcerated. Learning these facts has been the driving force in my goal to become a physician to bridge the gap for women of color and those who are incarcerated.
While working at the Career and Life Design Center as a service ambassador, Flynn learned the importance of networking and connecting with alumni. Flynn encourages present and future Trinity students to take advantage of all the college has to offer, whether its doing research within your respective major, attending events or programing at the Career and Life Design Center, or tapping into the alumni network to make connections. Ask questions, be an active member of the community, and be willing to give and receive help, because it will take you a long way.
The work that Long did while earning his Trinity degree helped him develop the skills that he is using in his job as a software developer for General Motors in Austin, Texas. Long majored in interdisciplinary computing with physics and minored in film studies. I studied computer science at Trinity and I learned a lot of the foundational knowledge that I can now apply to my job while Im writing and reading code, said Long, who is from Cape Elizabeth, Maine.
Long said that the computer science work he did at Trinity taught him to use creative problem solving. It prepared me for a variety of different software disciplines: front-end, back-end, full stack, he said. One specific class that has helped me a lot at my job was Intro to Databases.
The advice that Long offers to others preparing for their careers after Trinity involves thinking about how to match your own interests with the opportunities available to you. Make sure to spend time learning about technologies that interest you and how they are used in the real world, he said. Working on personal projects can be really helpful for your first job.
Riskevich majored in political science and minored in English at Trinity. After coming to Trinity from Minnesota, she is now an account executive at Prosek Partners in New York City, working in the field of business public relations. Riskevich said that her Trinity education taught her how to work hard and be resourceful. My current job connects with both my major and minor at Trinity. My political science major provided me with strong research skills which I use every day at my job, whether that be researching new reporters in the private equity, asset manager, and credit space or searching for relevant themes or topics that my clients could speak to, she said. My English minor taught me how to be an excellent writer, which is crucial for writing press releases, media pitches, bylines, LinkedIn social posts, etc.
At Trinity, Riskevich worked with the Career and Life Design Center through its mentorship program, which she called the most helpful experience when it came to preparing for a career after college. I spoke with my mentor, Allyn Magrino 89, once a week for a few months and she gave the best advice for seeking out your first job and advice around being successful as a woman in public relations, Riskevich said. After the mentorship program ended, my mentor continued to help me by reviewing my cover letter and resume. She coached me through the entire process, and I couldnt be more thankful.
The most important advice that Riskevich has for current or prospective Trinity students is all about networking. Trinity has such an incredible alumni program, and it is important to take advantage of the resources Trinity provides, she said. I am at Prosek Partners due to networking with Trinity alumni.
Verbeek double-majored in computer science and mathematics at Trinity and is now a graduate student in the Massachusetts Institute of Technologys Center for Computational Science & Engineering in Cambridge, Massachusetts. He also is an intern for the software company NVIDIA, based in Santa Clara, California.
My graduate program in computational science and engineering is a perfect combination of my Trinity College computer science and mathematics majors, said Verbeek, who is from Bethesda, Maryland.
At NVIDIA, I work on systems-level programming optimizations for simulation software, he said. The materials I learned in Intro to Computer Systems and High-Performance Computing prepared me well for the systems-level programming optimizations work I do with NVIDIA.
The experiences of conducting research alongside faculty also proved to be meaningful to Verbeeks path after Trinity. While at Trinity, I was also fortunate enough to work with Professor of Engineering Lin Cheng on vehicle network simulations, as well as to write a thesis with Associate Professor of Mathematics Per Sebastian Skardal on simulating epidemic disease spread. The skills that I acquired and refined during these two research projects have been invaluable to my graduate research simulation work, as well as the simulation work I do at NVIDIA.
Verbeek recommended that Trinity students with interest in attending graduate school should take advantage of as many research opportunities as possible at Trinity. Participating in undergrad research will give you a good sense of what graduate school is like, while also allowing you to hone the skills required to do well in a graduate program, he said.
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Checking in with Alumni from the Class of 2021 - Trinity College
American Academy of Arts and Sciences Adds Two Rutgers Professors as Members – Rutgers University
Researchers Gabriel Kotliar and Endre Szemerdi are recognized for their scientific contributions
Two Rutgers professors have been elected as members of the American Academy of Arts and Sciences, which recognizes accomplishments and leadership in academia, the arts, industry, public policy and research.
Physicist Gabriel Kotliar and theoretical computer scientist Endre Szemerdi, both from the School of Arts and Sciences at Rutgers University-New Brunswick, are among 261 new members elected this year.
Kotliar, a theorist who is focused on the physics of strongly correlated materials, holds a Board of Governors Professor Chair in the physics department at Rutgers and is the director of the Center for Material Design and Theoretical Spectroscopy.
Szemerdi has been recognized for fundamental mathematical proofs that have been applied to several branches of mathematics and the field of computer science. A decade ago, he received the Abel Prize, an award established by the Norwegian government in 2002 and one of the most prestigious honors for mathematicians.
Kotliars theories explain and predict the properties of exotic compounds, ranging from superconductors to nuclear fuels and materials for energy storage. Society needs better materials, said Kotliar, further explaining that his research will help accelerate the discovery of materials that can help advanced technologies.
Kotliar, who received his doctoral degree from Princeton University and has been at Rutgers for more than three decades, said he got a lot from society and wants to give back to the world for the support he received in both obtaining his education and pursuing the research that led him to this award.
Kotliar was elected to the National Academy of Sciences in 2019 and was awarded the 2020 Aneesur Rahman Prize for computational physics. Previously an Alfred P. Sloan Research Fellow, the physicist also has received a Presidential Young Investigator Award, a Lady Davies fellowship, a Guggenheim fellowship, the Blaise Pascal Chair, the Agilent Technologies Europhysics Prize and a Carl Friedrich von Siemens Research Award.
Szemerdi has been the State of New Jersey Professor of Computer Science at Rutgers since 1986. In addition, he holds a professor emeritus status at the Alfrd Rnyi Institute of Mathematics of the Hungarian Academy of Sciences. His study of theoretical computation forms the scientific computation that is fundamental to developing specific instructions for the creation of databases, graphics, networking, artificial intelligence and network security.
Szemerdi, who received his doctorate degree from Moscow State University, says although he doesnt work for recognition, he is happy that the work he does is being recognized. One works on a problem that at the beginning seems very abstract but, fortunately, sometimes much later will have real-life applications, said Szemerdi.
Kotliar and Szemerdi join Joan W. Bennett, a Distinguished Professor of Plant Biology and Pathology at RutgersNew Brunswick, who was elected to the academy last year.
Founded in 1780 and based in Cambridge, Mass., the academy describes itself as an honorary society and an independent research organization convening leaders from across disciplines, professions and perspectives to address significant challenges.
The academy, which elected 261 new members this year, states it honors excellence and convenes leaders to examine new ideas, address issues of importance to the nation and the world and advance the public good.
These individuals excel in ways that excite us and inspire us at a time when recognizing excellence, commending expertise and working toward the common good is absolutely essential to realizing a better future, David Oxtoby, president of the academy, said in a prepared statement.
Kotliar and Szemerdi join fellow academy members Sanjay Gupta, a neurosurgeon and CNNs chief medical correspondent; singer and songwriter Joan Baez; and journalist James Fallows, a national correspondent for The Atlantic.
Previously elected members to the academy include Benjamin Franklin (1781), Alexander Hamilton (1791), Ralph Waldo Emerson (1864), Maria Mitchell (1848), Charles Darwin (1874), Albert Einstein (1924), Robert Frost (1931), Margaret Mead (1948), Milton Friedman (1959), Martin Luther King Jr. (1966), Stephen Jay Hawking (1984), Jennifer Doudna (2003), Bryan Stevenson (2014), M. Temple Grandin (2016), John Legend (2017) and Viet Thanh Nguyen (2018).
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American Academy of Arts and Sciences Adds Two Rutgers Professors as Members - Rutgers University
6 Engaging & Lucrative Cyber Security Career Paths – Hashed Out by The SSL Store – Hashed Out by The SSL Store
Its no secret that the cybersecurity industry is a job seekers market. This article explores half a dozen of the most popular cyber security career paths to see what opportunities exist and what these roles entail
Editors Note: This is a guest blog contribution from Michelle Moore,Academic Director and Professor of Practice for the University of San Diegos Master of Science in Cyber Security Operations and Leadership program. Moore shares her perspective on six of the most popular careers in the cybersecurity industry.
It seems like not a week goes by without an unfortunate cybersecurity-related incident making headlines. In 2021 alone, more than 40 million patients records were compromised in data breaches. The victims of 2021s biggest data breaches included:
Data breaches now cost companies an average of $4.24 million per incident and, as recent cyber crime statistics show, the cost of cyber crime seems to have nowhere to go but up. Amid this highly active cyber crime climate, it is easy to see why there is such strong demand for skilled and knowledgeable cybersecurity professionals. And the need for talent cuts across a range of different cybersecurity careers. The ideal one for you will depend on your experience, skills, education, and career goals.
But what are some of the major cyber security career paths? And what are some of the skills and certificates you might be expected to have to land these careers?
Lets hash it out.
First, lets discuss the half-dozen main cybersecurity career path feeder categories outlined by Cyber Seek:
As the category indicates, these types of positions work closely with all types of networks and computer systems. Responsibilities typically include overseeing and maintaining networks managing wide area networks (WAN) and local area networks (LAN) and other types of communication systems. The top skills requested include knowledge and experience with Linux, Cisco, network engineering, WAN, LAN and routers.
These types of positions work with a wide range of programming and coding software, such as Java, SQL, JavaScript, Python and Linux. Common job titles in this category include:
At a high level, professionals in these types of positions focus on managing complicated systems. This could include managing software, developing and maintaining new products, working on new security systems, and aiding other engineers involved in the process.
Cybercrime threatens any companys financial stability and health, which is why its important to employ skilled professionals who have the business acumen to help mitigate risk and protect a companys financial interests. Accounting, financial analysis, budgeting, risk management, financial reporting and project management are among the skills typically needed for these types of positions.
The world of cybersecurity requires constant vigilance, and a large part of that includes gathering and monitoring security intelligence. In these types of positions, professionals gather relevant information, data and intel that will help a company prepare for or avoid a cyber attack. Security intelligence is used for everything from carrying out hypothetical or real-life training/preparation to modifying a companys overall cyber strategy or business goals.
If youre a people person, roles in this category may be of interest to you. IT support covers a wealth of roles that often interact directly with customers and other end-users. Examples of some of the roles that fall under this umbrella include technical support specialists, help desk technicians, and IT support specialists.
Want some good news about cybersecurity careers? You can choose from a variety of positions (depending on your interests and career goals), salaries are high, and the job market is booming. In fact, a recent LinkedIn search for cybersecurity positions in the United States yielded more than 100,000 results for top companies such as:
And since cybersecurity touches practically every industry, you could find yourself working at Bath & Body Works, Target, Duke University, the NBA, or NASCAR all companies that were recently looking to hire skilled cybersecurity professionals.
Now lets explore some of the top positions, including required skills and certifications and average salary. One note: Salary estimates are listed below, but they often vary as they are updated in real time.
First up on our list of cyber security career paths is an Information Security Analyst. This professional is on the front lines, generating and implementing strategies to prevent cyber attacks. They may also create policies and work to ensure employees are complying with certain requirements and regulations. U.S. News & World Report ranks this role as No. 4 among Best Technology Jobs, No. 10 in Best STEM Jobs, and No. 15 overall.
A Cybersecurity Architect is typically responsible for everything related to a company or organizations computer and network security infrastructure. This includes designing, testing, and maintenance.
You may also find this position listed as an IT or information security specialist or simply security specialist. Responsibilities typically include testing and implementing security measures, working to secure sensitive or classified information or assets, and identifying vulnerability risks in various systems.
A high-ranking Chief Information Security Officer who oversees the development and implementation of security processes for a business or organization. The goal is to provide and maintain protection from different types of risks and cyber threats.
The goal of a Penetration Tester is just as the name indicates to test how difficult it is to penetrate a company or organizations software, network, and other systems. This also includes conducting tests to gather specific information about vulnerabilities so that they can be hardened before bad guys exploit them.
A Network Administrator oversees networks within a company, organization or government agency to ensure theyre running as they should be. This includes managing and monitoring Local Area Networks (LANs), Wide Area Networks (WANs) and other systems, testing equipment, troubleshooting, and providing maintenance.
This article, by no means, is an exhaustive list. Here are some other popular cybersecurity career paths:
There are many ways to position yourself for a successful career in cybersecurity. Here are some of the most popular ones:
From finance and engineering to software development and risk analysis, there is a wide variety of cyber security career paths for those interested in pursuing or advancing a meaningful career in cybersecurity.
Check out this related article for some additional cyber security career job-related tips.
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Class of 2022: Kodua ‘KD’ Kwarteng flexes the versatility of computer science to find his path – Virginia Tech Daily
When searching for majors to pursue, Kodua "KD" Kwarteng saw computer science as a perfect match because it was both rewarding and a creative outlet. Drawing inspiration from his Black Engineering Support Teams mentor Kayla Moore '20, Kwarteng said he was fascinated when she spoke of her experiences and aspirations with computer science.
Through several courses, including Introduction toHuman-Computer Interaction, Kwarteng and his classmates were asked to considerwhether technology contributes to isolationism and were tasked with creating a project that supported their position on the question. One of the first activities included a rapid-fire brainstorming session in which students pitched ideas involving wearable technology and virtual reality.
"The point of the exercise was to think outside of the box and pitch the first things that came to mind," said Kwarteng. "Brainstorming this way allowed me to separate the complexity aspect from possible solutions, as I was encouraged to pitch my most unique ideas. The exercise taught me that we tend to limit our creativity to what we know is already possible and what we have already experienced."
Kwarteng and his classmates developed Project Fellowship, asserting that technology brings people together rather than causing isolation and using the various applications of technology during the pandemic to support this claim. "We then chose a problem to focus on, which was socializing during the pandemic, and began working on our solution," said Kwarteng. This direction resulted in prototyping a virtual space for graduating students to connect.
When the department introduced the Human-Computer Interaction minor, Kwarteng jumped at the opportunity. The minor provided a gateway to all the possibilities he could explore within the computer science major while also maintaining flexibility.
If I didnt find enjoyment in making software in a certain field, I could try a new one, said Kwarteng. If I had an idea that I wanted to bring to life, I would have the tools and knowledge to begin developing it."
In high school in Falls Church, Virginia, Kwarteng knew he wanted to pursue engineering. Having Virginia Tech as an in-state option, he said he was naturally drawn to the programs prestige. Virginia Techs College of Engineering has been consistently ranked as a leading undergraduate program in the country.
As with most students, stepping onto campus and receiving a warm welcome helped solidify Kwartengs decision. He felt even more at home after learning about the UJIMA Living-Learning Community, which he would later join. UJIMA places a special emphasis on understanding the unique experiences of Black and African American people in society, including their college journeys.
Kwarteng joined a variety of campus clubs to meet more people and express himself academically, culturally, and socially. He cites joining the National Society of Black Engineers (NSBE) as one of the best decisions he made.
Kwarteng admits that this was one of the best decisions based onimposter syndrome. "I initially had a hard time convincing myself that I belonged in this program, but NSBE allowed me to overcome that," he said. "I spoke to students that were in similar situations to me, who also shared similar backgrounds. This made it a lot easier to see myself in an engineering field post-graduation."
He also credits the society for supporting career development by hosting various resume-building workshops and company sessions that proved beneficial during recruiting seasons. "After participating in these events, I never experienced difficulty receiving interviews from top companies. I felt like I knew what companies were looking for and how to highlight my skills," said Kwarteng.
Inspired by his Ghanaian heritage, Kwarteng became active in Virginia Techs chapter of the African Student Association, a multicultural student group hosting campuswide events such as Taste of Africa, which made home feel a little less far away.
He and his parents were born in Kumasi, Ghana. The family moved to Falls Church when he was 1 years old. "Initially, we had no assets, no income, and at one point, no home," said Kwarteng. "My mother worked relentlessly and eventually became a nurse, making our situation better."
Witnessing his mother's efforts inspired Kwarteng to take hiseducation very seriously. "Here I am today, on track to being the first member of my family to receive a bachelor's degree."
Never one to shy away from a new experience, Kwarteng embraced the opportunities the College of Engineering offered with its Rising SophomoreAbroad Program through the Department of Engineering Education. In addition to the spring global Science, Technology, Education, and Math practice course, Kwarteng did a two-week international module in Spain and Morocco. Participating in this program gave me insights into computer science opportunities outside of the United States, he said.
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Howard found her path to computer science in University College – Ohio University
Xiangsi Howard started her computer science training as an Athens High School student enrolled in College Credit Plus courses at Ohio University. She will soon be a fourth-year computer science student in the Russ College of Engineering and Technology, but Howard began her career at OHIO as an undecided student in University College.
Howard knew she was interested in computer science but wanted to explore her academic options during her first year at OHIO. Her Learning Community instructor and advisor was Dr. Patti McSteen, who was then serving as interim dean of students. According to Howard, McSteen helped her explore her academic interests by reflecting on the courses she was taking.
This activity made me think critically about which majors I would enjoy pursuing, Howard said.
She also found guidance from within the Russ College of Engineering and Technology, beginning when she attended orientation at OHIO.
Julie Chiki (then the director of student success and retention in the Russ College) greatly impacted my journey as an undecided student, Howard said. At Bobcat Student Orientation, she took the time to help me explore my future options at Ohio University, Howard said.
Howard said two of her favorite classes were Introduction to Computer Science I, which helped solidify her decision to pursue computer science, and Professional and Ethical Computing, where students set aside the technical aspects of computing and analyze the ethical components.
This winter, Howard was selected to present in the Choose Ohio First Showcase. Her project, Natural Language Processing: Sentiment Analysis and COVID-19 Vaccines, focused on using speech and language patterns via Twitter to better understand the public perception of COVID-19 vaccines.
Howard is a recipient of the Choose Ohio First Scholarship, awarded by the Ohio Department of Higher Education to students from Ohio who pursue a degree in STEM disciplines at a college or university in Ohio.
Starting out undecided can present challenges in determining what classes to take and building a friend group, according to Howard, but she found support, guidance and connection in her first-year Learning Community.
Many times, your friends are the other students you meet in your major, Howard said. The Learning Community helped with both aspects. It offered a cluster of courses to take with the same group of students, Howard said.
Her advice to other students? Be confident and take risks.
Its OK to try something and fail, but the most important thing is to be confident in yourself, Howard said.
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Howard found her path to computer science in University College - Ohio University
Bering Waters: Engineering Competition at Polish Universities Will Boost Region’s Tech and Blockchain Sectors – GlobeNewswire
HONG KONG, May 10, 2022 (GLOBE NEWSWIRE) -- Continuing its work to build up Poland's blockchain sector, Bering Waters University, a program of Bering Waters Group, is partnering with the 4 Science Institute in a diploma thesis competition "Engineer 4 Science 2022" targeting leading local universities and organized under the patronage of IEEE (Institute of Electrical and Electronics Engineers) Poland Section, GovTech Poland, and Alumni Association of the Faculty of Electronics and Information Technology at Warsaw University of Technology.
Through the contest, Bering Waters University's objective is to identify promising graduates aspiring for software engineering careers in blockchain to join its vision.
Bering Waters University is a program designed to train recent graduates for software engineer careers to become experts in blockchain. The first iteration of the program, launching in Poland, is focused on the Solana ecosystem for smart contract and platform development. Shortlisted candidates who successfully complete the purpose-built training curriculum are offered opportunities to work across the Solana ecosystem. While working in fields of specialization chosen during the course, the graduates will be involved in some of the most exciting projects in the industry.
"Education is the first step toward developing cutting-edge projects and businesses, and we want to use this thesis competition as an opportunity to encourage talented university graduates to consider careers in the blockchain industry,"said Michael Weinrub, Bering Waters Tech Business Lead. "Making Poland's top students more aware of opportunities available today for software engineering and computer science majors is an excellent way to foster future talent and drive adoption of blockchain."
Bering Waters Group has submitted open positions to all participants of the thesis contest, allowing them to apply for the Bering Waters University program as Junior Software Engineers. Additionally, the group has advertised new opportunities for the graduates from the region including roles in analytics, business development, and project management.
It's the fifth competition of this kind, initially launched in 2018. The 4 Science Institute and its patrons are promoting the contest across Poland at the 23 universities strategically specializing in engineering, scientific, and technological training. Hundreds of theses on the most compelling developments in the technology industry, competing in the contest, demonstrate the untapped potential of the region's tech talent. The objective of the competition includes providing practical opportunities to the most talented university graduates and identifying ideas ready for implementation in the marketplace.
"Since our founding in 1972, one of IEEE Poland's main goals has been to provide a harmonious interaction between universities and private sectors, and this competition is a touchstone of that sentiment," said Prof. Dr hab. in. Adam Dbrowski, Chairman of IEEE Poland Section. "We're pleased Bering Waters has chosen to become one of two of the biggest partners in the competition this year and excited to receive some of the most innovative ideas from graduate students across Poland, leading to their inclusion in the emerging verticals of the tech industry."
Bering Waters has selected a total of eight departments at seven universities located in the major cities and tech hubs that are aligned with its vision. Bering Waters has been announced as a business partner for the Engineer 4 Science 2022 Contest at the following universities:
The Bering Waters sponsorship is aimed at introducing a new contest for Blockchain and related technologies in addition to the existing categories in Artificial Intelligence, Embedded Systems, and Cybersecurity.
Bering Waters is a Diamond Sponsor, alongside Intel, the largest benefactors of the competition. Other major sponsors include Samsung, Philips, and Nordea.
Bering Waters is committed to expanding the size and utilization of blockchain technology through a range of initiatives, including targeted investments, businesses, and internal projects. Bering Waters is additionally supporting mentorship programs to grow Poland's blockchain workforce and prepare local entrepreneurs for success on the global stage.
For example: In addition to its sponsorship of the theses contest,Bering Waters recently awarded a $30,000 prizeto a team of blockchain engineers in Poland for developing a peer-to-peer system for exchanging digital assets, called Invariant. Bering Waters sponsored the prize in order to highlight the best entry from Poland in a global competition for blockchain developers, the Solana Riptide Hackathon.
About Bering Waters Group
Founded in 2018, Bering Waters Group is a group of three blockchain and cryptocurrency companies that provides a decisive advantage to its wide network of financial institutions, blockchain companies, and high-ticket individual investors worldwide. The group comprises the following industry-leading businesses: Bering Waters OTC, Bering Waters Ventures, and Bering Waters Tech. Headquartered in Hong Kong, Bering Waters Group is delivering solutions that push the boundaries limiting the mainstream adoption of blockchain and cryptocurrency. Learn more at:https://beringwaters.com/.
About Bering Waters Tech
Founded in 2020, Bering Waters Tech is a technology development and advisory business cooperating in strategic ways with Bering Waters Group portfolio companies. Within the partnerships, it is responsible for strategic placements of developer resources to solve the tech-talent shortage, accelerate product timelines, and create in-house innovative solutions and technologies.
About IEEE
The Institute of Electrical and Electronics Engineers (IEEE) IEEE is the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity. Through its highly cited publications, conferences, technology standards, and professional and educational activities, IEEE is the trusted voice in a wide variety of areas ranging from aerospace systems, computers, and telecommunications to biomedical engineering, electric power, and consumer electronics. IEEE has approximately 400,000 members in over 160 countries, approximately 2,100 active technical standards, and over five million scientific publications collected in the IEEE Xplore Digital Library. Learn more at: https://www.ieee.org/.
About IEEE Poland Section
IEEE Poland Section (IEEE PS) is the Polish branch of IEEE associating over 1,000 members in the above-mentioned disciplines. IEEE PS develops activities in over 25 Societies of IEEE, among students, young engineers, and women, and actively cooperates with companies.
Contact: marketing@beringwaters.com
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Image 1: IEEE/4Science/BeringWaters Thesis Competition 2022
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Associate Professor / Assistant Professor within Computer Science job with NORWEGIAN UNIVERSITY OF SCIENCE & TECHNOLOGY – NTNU | 292799 – Times…
About the position
At the Department of ICT and Natural Sciences there are up to two positions as Associate Professor (Frstelektor) /Assistant Professor (Universitetslektor) within Computer Science.
The positions are connected to the bachelor program in computer science (BIDATA) and the master program in Simulation and Visualization. In addition, our staff is doing research through the research group Sustainable Digital Transformation Group (SDT).
You will report to the head of Department.
Duties of the position
As an employee, you will prepare own teaching and supervise according to BIDATA-study profile and contents. The study is profession oriented and emphasizes modern teaching methods as formative assessment, algorithmic thinking, constructive teaching through enhanced use of laboratory education.
In this position you will be especially relevant for teaching in courses like: Programming, Operative Systems, Information security, Mobile applications, Computer Graphics, Algorithms and data structures. Other courses can also be relevant. You must also supervise students through their work of bachelor- and master-theses. In addition, you need to coordinate internal projects, bachelor theses and specialization projects.
It is expected that some of your work plan is related to research and development that strengthen our study programs, the strategic effort at SDT group and the department.
Required selection criteria
The position of Associate Professor (frstelektor) within Computer Sciencerequires that you meet the criteria in theregulations concerning appointment and promotion to teaching and research posts section 1-5.
The position of Assistant Professor (universitetslektor) within Computer Science requires that you meet the criteria in theregulations concerning appointment and promotion to teaching and research posts section 1-6.
New employees who do not speak a Scandinavian language by appointment is required, within three years, to demonstrate skills in Norwegian or another Scandinavian language equivalent to level three of thecourse for Norwegian for speakers of other languages at the Department of Language and Literature at NTNU.
You must document relevant basic competence in teaching and supervision at a university/higher education-level, as referenced in the Norwegian nationalRegulations. If this cannot be documented, you will be required to complete an approved course in university pedagogy within two years of commencement. NTNU offers qualifying courses.
Preferred selection criteria
Personal characteristics
In the assessment of the best qualified applicant, we will emphasize education, experience and personal suitability as well as your motivation for the position.
We offer
Salary and conditions
The position is paid as Associate Professor (code 1198) or Assistant Professor (code 1009) depending on qualifications and seniority.From the salary, 2% is deducted as a contribution to the Norwegian Public Service Pension Fund.
The engagement is to be made in accordance with the regulations in force concerning State Employees and Civil Servants, and the acts relating to Control of the Export of Strategic Goods, Services and Technology. Candidates who by assessment of the application and attachment are seen to conflict with the criteria in the latter law will be prohibited from recruitment to NTNU. After the appointment you must assume that there may be changes in the area of work.
About the application
The application and supporting documentation to be used as the basis for the assessment must be in English or Norwegian.
Please note that applications are only evaluated based on the information available on the application deadline. You should ensure that your application shows clearly how your skills and experience meet the criteria which are set out above.
If, for any reason, you have taken a career break or have had an atypical career and wish to disclose this in your application, the selection committee will take this into account, recognizing that the quantity of your research may be reduced as a result.
The application must include:
Joint works will be considered. If it is difficult to identify your contribution to joint works, you must attach a brief description of your participation.
In the assessment of the best-qualified applicant, we will emphasize education, experience and personal suitability as well as your motivation for the position. You will be expected to deliver high-quality teaching at undergraduate and postgraduate levels and undertake supervision. Evaluation of these skills will be based on documented experience and relevant teaching qualifications. Applicants with teaching experience at university level are preferred. Quality and breadth of the teaching qualifications will be evaluated.
NTNU is committed to following evaluation criteria for research quality according toThe San Francisco Declaration on Research Assessment - DORA.This means that we pay special attention to the quality and professional breadth of these works. We also consider experience from research management and participation in research projects. We place great emphasis on your scientific work from the last five years.
Your application will be considered by an expert committee and the most suitable applicants will be invited to an interview and to deliver a lecture.
General information
A good working environment is characterized by diversity. We encourage qualified candidates to apply, regardless of their gender, functional capacity or cultural background. NTNU wishes to increase the proportion of women in its academic positions, and therefore has a number of measures to promote equality.
The city of lesund,with its population of 50 000, will provide you with plenty of opportunities to explore a region ofNorway that is famous for its beautiful scenery with high mountains and blue fjords. lesund itself, with its Art Nouveau architecture, is by many considered to be the most beautiful city in Norway! The Norwegian welfare state, including healthcare, schools, kindergartens and overall equality, is probably the best of its kind in the world.
As an employee at NTNU, you must at all times adhere to the changes that the development in the subject entails and the organizational changes that are adopted.
Under the Freedom of Information Act (offentleglova), your name, age, position and municipality may be made public even if you have requested not to have your name entered on the list of applicants
If you have any questions regarding the position, please contact the head of Department Rune Volden, tel:+47-92887753, e-mail: rune.volden@ntnu.no. If you have questions regarding the recruitment process, please contact GirtsStrazdins, e-mail:gist@ntnu.no
If you think this looks interesting and is in line with your qualifications, please submit your application electronically via jobbnorge.no.
NTNU - knowledge for a better world
The Norwegian University of Science and Technology (NTNU) creates knowledge for a better world and solutions that can change everyday life.
Department of ICT and Natural Sciences
Our campus in lesund works in a partnership with industry that is in a class of its own among Norwegian universities. This ensures a practical focus for our study programmes, while they are firmly anchored in modern theory. The Department offers programmes in automation engineering, computer engineering, electric power systems, simulation and visualization. Our research areas include autonomous vessels, robotics, cybernetics, medical technology and health informatics, and artificial intelligence.The Department of ICT and Natural Sciencesis one of seven departments in theFaculty of Information Technology and Electrical Engineering.
Deadline7th June 2022EmployerNTNU - Norwegian University of Science and TechnologyMunicipalitylesundScopeFulltime (2 jobs)DurationPermanentPlace of servicelesund Campus
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Splendid Sunsets on the Marina: USC ISI’s Class of 2022 is Graduating with Big Dreams and Fond Memories – USC Viterbi | School of Engineering – USC…
ISI class of 2022
USCs Information Sciences Institute (ISI) has an impressive Class of 2022, featuring undergraduate, graduate, and doctoral students from all over the world. These students, nearly all graduating from the USC Viterbi School of Engineering, had the opportunity to work and research at USC ISI, the universitys storied crown jewel research institute.
ISIs 2022 graduating class features students from Wuhan China; Karachi, Pakistan; Novo Hamburgo, Brazil; Binh Duong, Vietnam; California, Japan, South Korea and India, to name a few.
For one of the graduating students, Thamme Gowda, this achievement is particularly meaningful: he is the first engineer from his Southern Indian village, near Bangalore. With his brand new Ph.D. in computer science, he even wonders if he is also the first doctor from his hometown not the medical type, though! he admitted jokingly. When asked about the most impactful project he worked on at ISI, Gowda responded that he made a concrete impact: he expanded machine translation support to rare languages.
While most competitors (including Google and Microsoft Translate) currently support only about 100 languages, said Gowda, I have created higher-quality translation models for up to 500 languages.
Making an impact
The impactful projects were abundant for this years graduates. Jonathan Nguyen, who worked with supervisor David Barnhart and will be graduating with an M.S. in astronautical engineering, stated: I was leading a team developing sensors that determine relative attitude and distance for satellite docking. We were able to secure a flight opportunity to the International Space Station for testing in microgravity. He also has quite the anecdote: There was a time when I used my packed jacket on a stick to poke at our test platform to simulate impulsive thrust of a spacecraft to guide it for docking, and it worked. After graduation, Jonathan would like to work in spacecraft propulsion, hypersonic, or astrodynamics.
Sami Abu-El-Haija, who will graduate with a Ph.D. in computer science, spent a lot of his time at ISI initializing deep graph neural networks. His goal was to make the training process of graph neural networks faster by a significant amount without affecting their performance. The next step for Sami? He has already accepted, and started, a role as a research scientist at Google Research.
Others are also going to big tech companies, like Yuzi He, graduating with a Ph.D. in physics, who will join Meta as a research scientist upon graduation. Haoda Wang, with his bachelors in computer engineering and computer science, also has big dreams: I worked at NASA-JPL for a bit, working with the flight software onboard Mars 2020. Building software for spacecraft like that would be pretty nice. Hopefully, they will notice him through his out of the box ideas: I wrote a blog post that analyzed whether a LEGO rocket could really fly, and it somehow got featured on Ars Technica, recalled Wang.
Seungmin Lee, graduating with an M.S. in computer science, believes his most impactful project at ISI was, working on how to leverage multi-layers storage, how data communication evolves with batch size. Rehan Ahmed, who got his masters in applied data science, spent his time at ISI detecting potential sources of vulnerabilities in open source code and figuring out a way tofix them. Minh Pham, Ph.D. in computer science, focused on automating the process of understanding, processing and cleaning tabular data.
ISI has inspired many students to explore different areas of research, and for Shen Yan, Ph.D. in computer science, her work at ISI even prompted her thesis. I worked on an IARPA project named Tracking Individual Performance with Wearable Sensors (TILES) when I first joined ISI. TILES is a project focused on the analysis of stress, task performance, behavior and other factors pertaining to professionals engaged in a high-stress work environment. We design machine learning models to estimate human behaviors from sensory data. I learned a lot from the project and decided to make it my dissertation research.
Sunset dreams and innovations
She also has plans to change how we communicate: I would love to invent a tool or app that can help mimic more real, supportive human-to-human interactions. Eventhough we have a phone, video calls, messages, and many social platforms, remote connections still cannot provide sufficientcompanionship. For family and friends that cannot meet in person, we need a tool to provide them with better connections and mental support.
For Yiwen Ma, M.S. in healthcare computer science, the sky is the limit when it comes to inventing: I would love to create a time machine to allow one to travel through time and space, which bridges the distance and provides us more time to spend with family and friends.
Other fond memories had little to do with research. Many students remembered the beautiful views from ISIs Marina Del Rey office building and its breathtaking sunsets on the harbor. Matheus Schmitz, an ISI student who will be graduating with an M.S. in applied data science after working on a model to identify anti-vaccination users on Twitter, recalled his first time in the office seeing ISIs view of the marina. Likewise, Akira Matsui, who is graduating with a Ph.D. in computer science, will have a hard time letting go of the splendid sunsets on the beautiful marina he got to witness while he was working on machine learning and human forecasting to predict geopolitical events. He shares the best advice he received during his years at ISI: do your homework and be positive.
Sunset in Marina Del Rey from the ISI building.
Erin Szeto, graduating with an M.S. in applied data science, also has some solid words of advice for anybody who would like to work in this field: Your first round of code will never be perfect, and you will always be rewriting and improving your code. Talk to the rubber duck! But the wisest words have to be those spoken to Jae Young Kim, who got his masters in applied data science: Focus more on the big picture: not the trees, but the forest.
Congratulations to the Class of 2022, and thank you to our featured ISI students Thamme Gowda, Matheus Schmitz, Akira Matsui, Seungmin Lee, Erin Szeto, Jae Young Kim, Rehan Ahmed, Haoda Wang, Shen Yan, Yuzi He, Jonathan Nguyen, Minh Pham, Yiwen Ma, and Sami Abu-El-Haija. Fight On!
Published on May 9th, 2022
Last updated on May 9th, 2022
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100 Moments That Rocked Computer Science – Women Love Tech
100 Moments that Rocked Computer Science, a podcast that made the Apple Top-10 in its first series, takes the listener on an entertaining tour of computing history one groundbreaking moment at a time.
Host Prof. Sue Black OBE is a professor of computer science at Durham University and a social activist known for saving Bletchley Park using the power of social media.
Listen in as Sue chats with tech pioneers about the human stories behind each moment and discusses their personal contributions to the tech that changed the world.
Series 2 moments will include the birth of quantum computing, the rise of portable computers and the explosion of 3G. New for this series, Sue invites two computer science students to help break down each weeks moment and consider what the world would look like without them and what the future may hold.
The guests in this 6-episode series are: Lopa Patel (digital entrepreneur and chair of Diversity UK), Priya Lakhani (CEO of Century Tech, which uses AI in education), Jacky Wright (CDO at Microsoft), Tom Ilube (CEO of Crossword Cybersecurity and former CIO of online bank Egg), Dame Steve Shirley (1960s software pioneer) and Jimmy Wales (founder of Wikipedia).
About Prof. Sue Black OBE
If anyone can convince the world about Computer Science its Sue! Martha Lane Fox (co-founded LastMinute.com)
Prof. Sue Black OBE overcame a disadvantaged start (she left school at 16 and by 25 was living at a womens refuge with 3 small children) to become one of the most high-profile computer scientists in the country, picking up an OBE along the way for services to technology (2016). Now a professor at Durham University, Prof. Black is on a mission to recruit more women and under-represented groups into computer science.
Celebrated for her successful social media campaign to preserve Bletchley Park, Prof. Black went on to author the best-selling book Saving Bletchley Park. As founder of BCSWomen, the UKs first online network for women in tech, and #techmums, a social enterprise that empowers mothers through technology, Prof. Black has appeared often in the media to champion women in STEM. Other notable media appearances include Infinite Monkey Cage, Desert Island Discs and BBC3s Girls Can Code.
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Peoples-Stokes to receive Norton Medal at UB commencement – UB Now: News and views for UB faculty and staff – University at Buffalo
Campus News
The Chancellor Charles P. Norton Medal is UBs highest honor.
UBNOW STAFF
Crystal D. Peoples-Stokes, Majority Leader of the New York State Assembly, will be awarded the Chancellor Charles P. Norton Medal, UBs highest honor, during the universitys 2022 commencement ceremonies being held April 29 through May 22.
Sargur N. Hari Srihari, SUNY Distinguished Professor and an internationally renowned pioneer in the field of computer science, will receive the UB Presidents Medal posthumously in recognition of extraordinary service to the university.
Also this commencement season, SUNY honorary doctorates will be presented to Ravinder K. Bansal, co-founder, former chairman and CEO of AirSep Corporation, and Francesco Calogero, a theoretical physicist and Distinguished Professor Emeritus at Italys Sapienza University of Roma.
The Chancellor Charles P. Norton Medal is presented annually in public recognition of a person who has, in Nortons words, performed some great thing which is identified with Buffalo a great civic or political act, a great book, a great work of art, a great scientific achievement or any other thing which, in itself, is truly great and ennobling, and which dignifies the performer and Buffalo in the eyes of the world.
Crystal D. Peoples-Stokes will receive the Norton Medal at the School of Engineering and Applied Sciences graduate commencement ceremony on May 20.
Serving New York States 141st Assembly District in the city of Buffalo since 2003, Peoples-Stokes was named assembly majority leader in 2018, becoming the first woman and the first African American legislator to hold the position in state history. She has chaired both the Legislative Womens Caucus and the New York State Association of Black and Puerto Rican Legislators. From 1993 until 2002, she served on the Erie County Legislature, being appointed majority leader in 1998.
As an assemblymember, Peoples-Stokes has worked to enhance quality of life for not only the constituents of her district, but all Western New Yorkers, particularly in the area of education.A former teacher, she has secured millions of dollars in funding for the Educational Opportunity Center at UB, as well as the Buffalo Public Schools, to name a few institutions. Among her numerous accomplishments, she established and secured the resources to launch the Buffalo Urban Teacher Pipeline Residency Program, an initiative that helps teacher aides and assistants complete their higher education degrees and pursue their teaching certification.
A steadfast advocate of equitable access and opportunity, Peoples-Stokes has championed minority and women-owned businesses to ensure that they have a fair chance of being awarded state contracts. Her Diversity in Medicine initiative has promoted entry into the medical field with academic and financial support for promising students of color.
A Buffalo native, Peoples-Stokes earned her bachelors degree in elementary education and masters degree in student personnel administration from Buffalo State College.
The UB Presidents Medal, first presented in 1990, recognizes outstanding scholarly or artistic achievements, humanitarian acts, contributions of time or treasure, exemplary leadership or any other major contribution to the development of the University at Buffalo and the quality of life in the UB community.
The Presidents Medal will be presented to Sargur Srihari posthumously at the School of Engineering and Applied Sciences graduate commencement ceremony on May 20. Sriharis wife, Rohini Srihari, professor and associate chair of the Department of Computer Science and Engineering, will accept the award.
Srihari died March 8 due to complications from a glioblastoma. He was 72.
A pioneer in the field of computer science, he taught computers to read handwriting and significantly advanced the fields of pattern recognition, computational forensics and machine learning.
A UB faculty member in the School of Engineering and Applied Sciences for more than 40 years, Srihari established the university as a leading center for pattern recognition and machine learning. He founded the Center of Excellence for Document Analysis and Recognition (CEDAR), which conducted groundbreaking research for the U.S. Postal Service in the 1990s, ultimately teaching machines how to read handwritten envelopes.
Sriharis research advances, which have received seven U.S. patents, paved the way for the handwriting-recognition technology that is used in modern systems ranging from tablets to scanners. His early research on 3D imaging also remains influential in fields such as 3D printing. Srihari would later become a pioneer in the field of computational forensics. In 2002, he conducted the first computationally based research to establish the individuality of handwriting, with important implications for the criminal justice community.
Srihari held fellowships in the International Association for Pattern Recognition (IAPR) and the Institute of Electronics and Telecommunications Engineers (IETE, India), and he was a life fellow of the Institute of Electrical and Electronics Engineers (IEEE). The recipient of numerous honors, Srihari received the IAPR/ICDAR Outstanding Achievements Award in 2011 for his outstanding and continued contributions to research and education in handwriting recognition and document analysis, and for his service to the community.
An accomplished entrepreneur, humanitarian and researcher, Ravinder Bansal is co-founder and former chairman and CEO of AirSep Corporation, one of the worlds largest manufacturers of medical oxygen concentrators and generators. He has made a tremendous economic impact across the region while helping pioneer the development of life-saving devices that benefit patients globally.
Bansal will receive a SUNY Honorary Doctorate of Science at the School of Engineering and Applied Sciences undergraduate commencement ceremony on May 21.
Born in India, Bansal earned his doctoral degree in mechanical engineering from Georgia Institute of Technology, moving to Buffalo in 1977 to work at Praxair and founding AirSep in 1987. As a result of his leadership, AirSep is one of Buffalos most successful manufacturing businesses, developing advanced, affordable oxygen systems in high demand worldwide.
An avid aviator, Bansal became, at 68, the only person of Indian origin to circumnavigate the earth solo in a single-engine plane. His flight had two missions: to raise cancer awareness and enough money to buy an urgently needed MRI machine for a charity hospital in his hometown.
Bansal has had a long, productive association with UB. In addition to hiring many graduates to work at AirSep, he has served as a member of UB boards and committees including the UB Foundation, the Advisory Council for UBs Educational Opportunity Center, the Deans Advisory Council for the School of Engineering and Applied Sciences, and the Advisory Board for UBs Center of Excellence on Human Capital, Technology Transfer & Economic Growth and Development.
A world-renowned scholar who is deeply involved in international activism related to arms control, nuclear disarmament and conflict resolution, Francesco Calogero will receive a SUNY Honorary Doctorate of Science in absentia at the College of Arts and Sciences undergraduate commencement ceremony for students in the arts, natural sciences and math on May 22. UB faculty member Gino Biondini, professor and chair of the Department of Mathematics, will accept the award in Calogeros behalf.
Calogeros research into mathematical and theoretical physics is collected in five books and more than 450 scientific articles. A pioneer of the theory of integrable systems, Calogero authored, in 1982, one of the first research monographs ever available on the subject; today, it continues to serve as a major reference in the field. As an international activist, Calogero has published more than 400 articles, and co-authored and co-edited several books. From 1989 to 1997, he served as the secretary general of Pugwash Conferences on Science and World Affairs; during his tenure, the organization received the Nobel Peace Prize for its efforts to diminish the part played by nuclear arms in international politics and, ultimately, eliminate such arms.
Calogero has established a longstanding connection to UB through his highly productive collaborations with, and mentorship of, UB mathematics and physics faculty members in the fields of nonlinear waves, soliton theory and integrable systems. The corresponding research groups involve dozens of students, including more than 20 past and current PhD students.
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