Category Archives: Computer Science

NJIT Computer Science and Engineering Experts Talk About ‘Smart’ Cities – NJIT News |

Accomplished computer science and engineering professors at New Jersey Institute of Technology were among the featured speakers at a conference about creating smart cities that was organized by two centers of NJITs Martin Tuchman School of Management: the Leir Research Institute and Hub for Creative Placemaking.

Distinguished Professor of Computer Science Guiling Grace Wang talked about her research into developing responsive traffic signals whose timing adjusts based on the volume of traffic. Artificial intelligence is central to that project.

In addition, Wang, whos also associate dean of research at NJITs Ying Wu College of Computing and director at the universitys Center for AI Research, detailed her efforts to use blockchain technology to create a decentralized credential management system for vehicles thats secure and protects privacy.

Assistant Professor of Civil and Environmental Engineering Rayan Hassane Assaad identified 10 technological disruptions that are spurring the development of smart cities, including drones, sensors, wearables, automation, the internet of things and self-driving cars.

Assaad, founding director at the Smart Construction and Intelligent Infrastructure Systems Lab at NJITs Newark College of Engineering, also emphasized the importance of data collection, interconnectedness and intelligence in managing infrastructure systems, be they in transportation, water management or energy. He ended his presentation with a quote from entrepreneur Jim Rohn: For things to change, you have to change.

The professors were among nine speakers at the conference, which took place at NJIT. The experts came from a variety of organizations, including the New Jersey Economic Development Authority, Regional Plan Association, National Endowment for the Arts, Gensler design and architecture firm, Choose New Jersey and New Jersey Business Action Center.

The hub for the conference was apropos as NJIT is known for bringing people together, advancing knowledge and spurring innovation, as President Teik C. Lim and Martin Tuchman School of Management Dean Oya Tukel noted in their welcoming remarks.

The keynote speaker was an interesting choice: Ben Stone, the design and creative placemaking director at the NEA. Stone, who holds degrees in fine arts, American studies and city planning, shared nine examples of how design and creativity can help shape and explain new infrastructure projects.

On a day of rapid-fire, PowerPoint-fueled show-and-tell, Stone also detailed NEA grant programs that support community development around the country. Our Town, for example, funded the painting of murals on buildings in Baltimore that teased the transformation of three neighborhoods into an arts and entertainment district.

Stone, whose grandfather taught mechanical engineering at what was then Newark Technical School (now NJIT), illustrated the need to put people first in the development of smart cities a theme that other speakers echoed throughout the conference.

The design expertise that our team provides is not just about aesthetics. Its about economics. Its about connections. Its about community development, bringing people together around a shared vision, Stone said.

Artists and designers are creative problem-solvers who can work alongside all of you, he added, noting that they can serve as allies in the work you all are doing, allies in community development work, allies in thinking about the future of our communities and thinking about them creatively and holistically together.

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NJIT Computer Science and Engineering Experts Talk About 'Smart' Cities - NJIT News |

The Necessary Evil of Computer Science 124 | Magazine – Harvard Crimson

In late March, Noa Kligfeld 24 sent an email to various College mailing lists with the subject line, HAVE THOUGHTS ABOUT CS 124? In the email, Kligfeld, a Computer Science concentrator, explained that she was working on a class project to help make CS 124 better. She hoped to share the survey results with Harvard professors to improve the class experience.

Why might Kligfeld hope to make the course better? Take a look at the Spring 2023 QReports: Do not take this class for pride; No social life. You will be maiden-less.

Most students, however, arent taking Computer Science 124: Data Structures and Algorithms for pride. Theyre taking it to fulfill the computer science concentrations Algorithms requirement. Hence the courses description as a necessary evil in the Q Guide.

Last year, the average number of hours students reported spending on coursework outside of class per week was 16.70, with the plurality of students reporting it took up 18-20 hours a week. But this isnt the only reason the course draws complaints: while many computer science students are hoping to use their degree to go into industry, CS 124 is a theoretical course, focusing more on proofs than programming. This is consistent with Harvards CS department at large. Many students step foot on campus hearing about how theoretical Harvards CS department is.

Adam C. Hesterberg, the current assistant director of undergraduate studies for CS, says that the theoretical focus of courses like CS 124 is an attempt to circumvent the rapidly changing industry trends.

We try to teach skills that will be useful to computer scientists even when the hottest language in industry moves onto the next thing, probably in a few years, he says.

He views the department as equipping students with timeless skills, not the currently useful languages in the industry.

Boaz Barak, a CS professor and co-director of undergraduate studies, also hopes undergraduates will find a broad range of applicability from their CS studies.

Our goal is to prepare Harvard CS concentrators to many possible career options, Barak says. Courses that focus too much on practical knowledge may become outdated before students even graduate.

Hesterberg notes that he frequently hears back from former students of CS 124 who state that what they learned in 124 was really useful to them. Similarly, Barak says that it is no accident that the material of CS 124 is the one that is often used by tech companies in their interviews.

Computer science concentrator Amulya Garimella 25 agrees, saying she really enjoyed the theoretical aspects of Harvards computer science classes.

Understanding deep down why things work is helpful. I think that it also helps you understand how to think about problems like a machine would, which I think is really helpful, says Garimella, a former Crimson magazine editor.

Garimella says that anyone could easily learn a language by searching up the syntax, but the ability to understand the super base layer of computer science had allowed her to code better in her research positions and even in a biotech startup.

Most languages are pretty similar, deep down. They have some very important differences in how theyre implemented, she says. Certainly GPT-5 will be able to code very well, but deep down, its the math and the theory that even made those advances possible.

Charlie Chen 27, who plans to concentrate in Computer Science, says that hes not concerned about finding a job despite Harvards CS being largely theoretical.

Im not too worried. I feel like with SWE interviews nowadays, a lot of the prep work comes from outside of classes where you have to write code. And Harvard also does have a lot of clubs that provide great relevant experience, like T4SG, he says, referring to Tech For Social Good.

Still, theres the courses rigor: the 16.7 hours of week that caused one QReports writer to say, Do not take this class if you wish to have work-life balance.

In response to complaints and questions from students about the courses rigor, Barak clarifies, The instructors of CS 124 have worked at reducing difficulty in recent years, and in particular making it less dense by eliminating material that appears in other courses. We certainly shouldnt make [the] course hard for the sake of being hard.

The growing number of CS concentrators which roughly doubled in the last decade, according to Hesterberg has also presented a challenge in sourcing enough teaching staff to support students. Barak says this staff shortage likely contributes to the negative experiences students have reported in more challenging classes.

Though the rigorous theoretical and mathematical components have dissuaded many students from pursuing a computer science concentration, others remain undeterred.

I feel like the material we learn is all really interesting, because its just very problem solve-y, Chen says.

Typically, those with stronger math backgrounds coming into college have found the theoretical CS classes relatively easier, making the barriers of entry higher for those from under-resourced schools and backgrounds.

Usually the people who are super exposed to math find it really easy to just pick up coding, says Garimella, who took a linear algebra class in high school. To keep up, its definitely a challenge.

In a similar vein, many QReport comments recommend that students have a solid math foundation before taking the course, with one even suggesting that you should take the class if you excel in Math 55.

Chen, however, says that he feels math background isnt that big.

A lot of the hard part of the course comes from being able to absorb a lot of hard information quickly, he says. Its a lot more a question of how much time you can put into going to class, going to lectures, going to section and office hours.

Garimella says that students might perceive the theoretical CS classes to be harder because they came into college having done well in their studies.

You come to Harvard, and you might have a math lecture where you just understand none of that. I think thats really disheartening, she says.

I think people should just stop being scared about these courses especially if you dont want to go to grad school and your grades dont matter as much, she adds. I think that people should be more comfortable with going to lecture not understanding anything.

At the end of the day, CS 124 might not be all that different from the courses at other schools.

Two of my apartment-mates are software engineers at Google who went to MIT, and were complaining pretty similarly about thinking that MITs CS classes were not really relevant to their jobs, says Hesterberg, laughing. My MIT alum apartment-mates were impressed at the practical applicability of our CS classes. So it seems like there is some amount of a grass is always greener on the other side aspect.

Magazine writer Chelsie Lim can be reached at chelsie.lim@thecrimson.com.

Staff writer Xinni (Sunshine) Chen can be reached at sunshine.chen@thecrimson.com. Follow her on X @sunshine_cxn.

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The Necessary Evil of Computer Science 124 | Magazine - Harvard Crimson

10 colleges and universities shaping the future of cybersecurity education – Help Net Security

Institutions featured on this list often provide undergraduate and graduate degrees, courses, as well as certificate programs tailored to meet the growing demand for cybersecurity professionals in various industries.

Some notable colleges and universities renowned for their cybersecurity programs and courses include:

Information Networking Institute (INI)

The Information Networking Institute (INI) at Carnegie Mellon University (CMU) educates and develops engineers through technical, interdisciplinary masters degree programs in information networking, security and mobile and IoT engineering that incorporate business and policy perspectives.

Program: Master of Science in Information Security (MSIS)

Institute for Information Security & Privacy (IISP)

The Georgia Institute of Technologys Institute for Information Security & Privacy (IISP) is a research institution dedicated to advancing cybersecurity and privacy technologies. Established within Georgia Tech, the IISP serves as a focal point for interdisciplinary research, education, and collaboration in the field of information security and privacy.

Program: Master of Science in Cybersecurity

MIT Department of Electrical Engineering and Computer Science

A joint venture between the Schwarzman College of Computing and the School of Engineering, EECS is grounded in three overlapping sub-units: electrical engineering (EE), computer science (CS), and artificial intelligence and decision-making (AI+D).

Programs:

Cyber Policy Center and Computer Science Department

The Cyber Policy Center brings together researchers across the Stanford campus to solve the biggest issues in cybersecurity, governance and the future of work.

Programs:

An independent subsidiary of SANS, the SANS Technology Institute offers graduate programs (masters degree and graduate certificates) that develop technically-adept leaders and undergraduate programs (bachelors degree and undergraduate certificate) for people who want to enter the cybersecurity field.

Program: Cybersecurity Masters Degree

School of Information

The School of Information is a graduate research and education community committed to expanding access to information and to improving its usability, reliability, and credibility while preserving security and privacy. This requires the insights of scholars from diverse fields information and computer science, design, social sciences, management, law, and policy.

Program: Master of Information and Cybersecurity (MICS)

Department of Computer Science and Technology

The Department of Computer Science and Technology (formerly known as the Computer Laboratory) is the academic department within the University of Cambridge that encompasses computer science, along with many aspects of technology, engineering and mathematics.

Courses:

Global Cyber Security Capacity Centre (GCSCC)

The Global Cyber Security Capacity Centre (GCSCC) is an international centre for research on efficient and effective cybersecurity capacity-building, promoting an increase in the scale, pace, quality and impact of cybersecurity capacity-building initiatives across the world.

Course: MSc in Software and Systems Security

Department of Computer Science

The scientists of the Department of Computer Science combine their diverse research activities in three main research areas:

Program: Masters degree program IT Security

Research is a cornerstone of Tel Aviv Universitys mission, with its scholars making discoveries in fields ranging from biotechnology and cybersecurity to archaeology and social sciences.

Programs:

Fill out the form to get your copy of this whitepaper and find out what it takes to join a growing industry:

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10 colleges and universities shaping the future of cybersecurity education - Help Net Security

Professor Qinru Qiu Named Distinguished Professor Syracuse University News – Syracuse University News

STEM

Qinru Qiu

Electrical engineering and computer science (EECS) Professor Qinru Qiu has been named a distinguished professor by the College of Engineering and Computer Science (ECS).

Qiu previously received the Associated for Computing Machinery (ACM) SIGDA Distinguished Service Award and the National Science Foundation (NSF) CAREER Award. She has also been a distinguished member of ACM since 2022 and was recognized as a fellow of the Institute of Electrical and Electronics Engineers (IEEE) in 2023. Qiu also serves as the EECS graduate program director.

Her current research focuses on improving the energy efficiency of computing, from runtime power and thermal management of computer systems, and energy harvesting real-time embedded systems, to her recent works in brain-inspired hardware and software for neuromorphic computing.

I am delighted to learn that Professor Qinru Qiu is being elevated to the rank of distinguished professor, says EECS Distinguished Professor Pramod Varshney. Qinru is widely known for her seminal work on energy-efficient computing as well as neuromorphic computing. Her contributions to scholarship, education, and service at Syracuse University are exemplary. She truly deserves this timely recognition.

I am very excited and truly honored to receive this special award, says Qiu. I want to thank my colleagues for their support and trust. This is a new start for me, and I will continue performing my best.

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Professor Qinru Qiu Named Distinguished Professor Syracuse University News - Syracuse University News

From classrooms to corporations: Computer science graduate makes a pioneering impact and has a promising future in … – University of Alabama at…

Moolchandani is also a DJ, which is not a mere hobby but a commitment that complements her academic pursuits in computer science as she blends her passion for both technology and music through this role.

Neha Moolchandani, anHonors Collegestudent, came to the University of Alabama at Birmingham on the pre-medical track. Soon she discovered she was passionate about technology, robotics, machine learning and AI, and she switched her major to computer science. To further feed her curiosity and love for learning, she has a concentration inmathematicsandCollat School of Businessinformation systems. Moolchandani has held prestigious internships such asoperations manager at Amazon, where she analyzed data, managed and led her own projects, formulated business development strategies, and built applications to ensure efficiency and long-term success.

Moolchandani has been a leader on UABs campus her most notable roles include president of the Society for Women Engineers at theSchool of Engineering, co-founder of the Association for Computing Machinery, student adviser and teaching assistant for computer science, an Honors Ambassador, and a CAS Champion.

Moolchandani is graduating from UAB this spring while successfully advancing through interview stages with big-tech giants like Microsoft, Amazon and Google. She will be moving to Nashville, Tennessee, to begin working for Amazon full-time.

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From classrooms to corporations: Computer science graduate makes a pioneering impact and has a promising future in ... - University of Alabama at...

College Station senior student receives Amazon scholarship, summer internship – 25 News KXXV and KRHD

COLLEGE STATION, Texas A College Station senior student has received a scholarship includes up to $40,000 to study computer science or engineering, and a paid internship with Amazon the summer after her freshman year.

Broadcast Script:

Like many high school seniors, Cynthia Zhao has been applying for scholarships for college.

"I know I applied but I didn't feel like it could be me," Zhao said.

That's how she came across the Amazon Future Engineer Scholarship.

"Cynthia, like many seniors, sent me a recommender email from Amazon as well as other various universities that she wanted to apply to, and I filled out the application for her she's an exceptional student. It was not very hard to write great things about her, and then I sent it off."

About three weeks ago, Amazon reached out to Kimberly Munoz, Cynthia's computer science teacher, saying she won the scholarship they set out to plan a secret guest speaker event for the class when really, it was to surprise Cynthia.

"They just walked over to me and gave me the box and everyone's just and I was like, so excited," she said.

It's a $40,000 scholarship to study computer science or engineering, and a paid summer internship with Amazon the summer after her freshman year.

"I already can imagine myself on my next summer, don't go home and go to Seattle for a week that's like, super exciting."

Cynthia is one of 43 students across Texas, and 400 students nationwide to receive this scholarship. She says this will help her focus on her studies, instead of worrying about finances.

"Financially, for my family, it's a big help I have a sister and now, with a scholarship, if I can get most of my tuition covered, they can my family can focus on hers."

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College Station senior student receives Amazon scholarship, summer internship - 25 News KXXV and KRHD

Computer science expert predicts sweeping disruption from AI – Wisbusiness.com

A computer science expert with UW-Madison predicts AI advancement will lead to massive disruptions in the social fabric of the country and world, in much the same way as the industrial revolution did more than 200 years ago.

Prof. Patrick McDaniel, the Tsun-Ming Shih Professor of Computer Sciences in the universitys School of Computer, Data and Information Sciences, shared his outlook on the fast-growing technology during a recent Wisconsin Alumni Foundation webinar.

His experience in this area includes working on a national strategy document around AI for the White House in 2017, when the potential for the technology was becoming more clear.

What were seeing is the beginning of what we call social disruption What were going to see is a change in the very nature of work, he said last week.

Just as the transition from a largely agricultural society to an industrial society led to a huge boost in productivity starting in the late 1700s, McDaniel says market forces resulting from AI being much cheaper than human labor will do the same across many industries. These include health care, finance, insurance, marketing, education, e-commerce, manufacturing and transportation.

I wouldnt look at this as simply a loss, but this is a recalculation, a recalibration of our society. And perhaps leading to a renaissance, McDaniel said. What if we could spend much more of our time, the vast majority of our time, in more creative, more inventive, more innovative endeavors?

He said AI being applied to labor-intensive industries like trucking will help drive this trend, along with national policies aimed at helping the economy handle the rapid changes he foresees.

But at the same time, AI is also being applied in the creative realm, as generative software can produce text, pictures and even videos that are increasingly difficult to distinguish from whats real.

This will change the nature of creation, and it will create new opportunities for immense innovation in things like entertainment, he said. But it has some downsides, because we have to worry about things like propaganda.

And though he conceded that outsourcing certain tasks to smart software will lead to a loss of human expertise gained through experience, McDaniel noted AI will always need to be fed new information and maintained by people.

He argues the technology can be extraordinarily fragile and vulnerable in certain situations, and is far from infallible. For example, AI will often reproduce the biases inherent to human decision making when trained on datasets that are heavily influenced by people, he said.

Just handing it over to AI is kind of a popular cliche, but thats not actually the way AI is going to play out in practice, he said. Whats going to happen is were going to get better at watching the AI evolve, and as we do that, were going to become much better at thinking about expertise in a broader context.

Still, he expects workers in the lowest skill levels of the economy will be affected the most by AI-enabled automation.

Amazon can spend what they paid one employee a year for to buy a robot that never sleeps, never strikes and lives for some 10 years so the economics are overwhelming, and so what well see is that massive displacement, he said.

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Computer science expert predicts sweeping disruption from AI - Wisbusiness.com

UNCG Computer Scientist Applies AI to Health Care – UNC Greensboro

Even if you do not consider yourself technologically savvy, you likely encounter AI regularly scrolling social media, shopping online, or navigating to a new location.

AI is powerful, says UNC Greensboro Computer Science Assistant Professor Yingcheng Sun. We can use it to save us labor and cost. Its useful, but by no means perfect.

While an AI mistake in one context may be minor, a mishap in other fields, such as health care, can be detrimental. Sun is working to mitigate some of AIs errors by leveraging the strengths of both humans and technology, a field known as human-centered AI.

Our goal is to improve AI and avoid repeated mistakes by involving peoples feedback throughout the process, he says.

Early in his career, Sun has already published his findings in some of the top publications in his field, including the Journal of Biomedical Informatics and the Journal of the American Medical Informatics Association.

Suns recent research revolves around improving information retrieval in an important context: clinical trial recruitment.

Currently, there are an estimated half a million clinical trials. Each year, findings from about 11,000 clinical trials are published to advance knowledge and improve treatments.

When scientists need to develop new medication or new drugs, they want to hire or recruit volunteers, but there are a lot of requirements to be a part of a study, Sun says.

While findings from clinical trials are key to driving science forward, researchers often find it challenging to recruit participants. Meanwhile, individuals open to participating in research are not sure how to engage. One study estimated that less than half of surveyed people feel comfortable finding a relevant clinical trial.

Researchers sometimes put flyers on elevators and patients can check to see whether they are interested in these and then call them, Sun says. This approach is very inefficient.

Without ample clinical trial participants, science stalls.

During the COVID-19 pandemic, Sun created COVID-19 Trial Finder, an online platform that connects interested people with clinical trial opportunities that fit their background and location.

Potential participants can answer a few questions about themselves, and then the platform generates a list of clinical trial options aligned with their responses. Whats more: if there are not any clinical trials that match the persons interest, AI will provide other similar options.

If the study is closed or isnt recruiting new volunteers, then we will recommend relevant studies, Sun says. This is similar to when youre online shopping and the item is out of stock. The website may recommend relevant products.

The benefits of Suns platform extends beyond matchmaking scientists and clinical trial participants. Hes also leveraging human-centered AI to catch mistakes and improve the platform.

Heres how it works: after a person receives AI-generated clinical study recommendations, they can review the list and modify their responses to effectively train the AI.

We have the user participate in the process. If they feel anything is wrong, they can modify it, Sun said. Equally important, we log all the modifications by the user.

Tracking user feedback allows the research team to optimize the platform. In this way, Sun believes the best of both worlds humans and AI can come together to maximize efficiency and accuracy.

AI is not enough theres still a lot of room to improve, Sun says. So how to improve, is we collect this feedback and continue training the AI tool.

Sun hopes to build upon these findings.

In the future, we will develop new tools based on this for other kinds of trials for the public not only COVID-19, but also other kinds of disease, he says.

Sun is also hard at work in other research areas, including building a platform called Evidence Map to expedite researcher synthesis of peer-reviewed papers. Sun says hes grateful to be in the Department of Computer Science where his colleagues are friendly, and students are motivated.

We have many local students from Greensboro. I enjoy working with them, he said. The students here really want to learn.

Story by Rachel Damiani Photography by Sean Norona, University Communications

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UNCG Computer Scientist Applies AI to Health Care - UNC Greensboro

Meet one of SLCC’s "Graduates of Excellence" who will graduate in May – FOX 13 News Utah

Salt Lake Community College (SLCC) has seven "Graduates of Excellence" who will be graduating in May, 2024.

One of them is Lexus Lindeman, who will be getting her degree in Computer Science. Lexus joined us on The PLACE to talk about her experience.

SLCC was her third time attempting to go to college, and she is the first in her family to attend college. She was awarded a trio stem scholarship to attend SLCC, so that helped her financially.

Lexus says loved the teachers, and the classes were not too big, so she felt like she got personal help and found connections with other students.

She told us at first she considered nursing at SLCC, but she already helps care for her siblings, so she wanted a break from that.

When she took at computer science class she really liked it, and it felt like a good path. Plus, she read that only 2 percent of those who work in computer science fields are Hispanic women, so she wants to help change that statistic.

After SLCC, Lexus will be going to Weber State University to earn a bachelor's in Computer Science. She loves the fact that SLCC has a pathway with WSU that allows you to earn a degree quicker.

Eventually, Lexus wants to work toward an MBA in technology.

She offered some advice for those who can relate to her story and are wondering if they have what it takes to go to college.

Lexus says to be okay with failing and starting again. "I did fail a lot, but it was through those failures that I was able to learn and succeed now."

She adds to focus on your successes instead of failures and says don't be afraid to ask the people around you for help.

You can find more at slcc.edu.

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Meet one of SLCC's "Graduates of Excellence" who will graduate in May - FOX 13 News Utah

Students break the code at first Hawkathon – The HawkEye

ULMs chapters of the Google Developers Student Club (GDSC) and Association for Computing Machinery (ACM) created a new event called the ULM Hawkathon. The Hawkathon, which took place on April-12-13, provided computer science students with opportunities for skill development, networking and enhancing problem-solving abilities.

GDSC president Bishwo Dahal explained why the two organizations collaborated to sponsor the Hawkathon. He states that the Hawkathon provides computer science students with real-life experiences they cannot get elsewhere on campus.

I mean, computer science is practical, sophomore computer science major Dahal said. You need to have practical knowledge before going to any IT company, and events like hackathons help you test your practical skills.

Once students arrived at the Hawkathon, they engaged in an open discussion to identify campus-wide problems and brainstorm potential solutions. After the open discussion, judges gave the teams criteria for the Hawkathon project. Students needed to create an app linking ULM students by sharing interests or addressing a campus issue.

Freshman computer science major Unika Bista explained his reasons for participating in the Hawkathon. He mentioned how he enjoyed working with his fellow computer science majors to create a new project.

Its a great event for students. Teams here are really giving their best and we can see a lot of good projects, freshman computer science major Unika Bista said. I think, for me, I got an opportunity to network with people of Cs.

Representatives from International Business Machine Corporation (IBM), a multinational technology conglomerate with multiple branches in North Louisiana, presented on the developing field of AI. Currently, IBM is focusing on developing new AI software. The speaker discussed the genAI chatbot, which extracts data from provided videos to gather information.

Following the presentation, the teams showcased their projects to the judging panel. The top three teams were invited on stage to deliver presentations to the entire audience. Judges chose the winners based on their presentation and technical skills.

Team Byte Builders won the Hawkathon led by Prashan Sapkota, Unnayan Thapa, Utsab Neupane and Sulav Dhakal. Team member Prashant Sapkota elaborated on why he believes his team won the Hawkathon.

I think what set us apart from others was the problem we were trying to solve, freshman computer science major Prashan Sapkota said. We focused on solving three problems on campus and used five programming languages to compete.

17 teams attended the competition, which served as a platform for students to work together on challenges. However, Dahal seeks to expand the Hawkathon beyond ULMs campus.

Our next goal is to organize a state-level hackathon or at least a hackathon compromising other universities, Dahal said.

The GDSC and ACM plan to continue collaborating on events such as the Hawkathon, showing off ULMs talented and tech-savvy student body.

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