Computer science – Cetril http://cetril.org/ Tue, 21 Jun 2022 19:00:34 +0000 en-US hourly 1 https://wordpress.org/?v=5.9.3 https://cetril.org/wp-content/uploads/2021/08/cropped-icon-32x32.png Computer science – Cetril http://cetril.org/ 32 32 How to Find a Meaningful Career in IT https://cetril.org/how-to-find-a-meaningful-career-in-it/ Tue, 21 Jun 2022 19:00:34 +0000 https://cetril.org/how-to-find-a-meaningful-career-in-it/ sarayut Thaneerat/Moment/Getty Images The booming tech industry has changed the world for both better and worse. If you want to join the industry but want to make sure your work has a positive impact, consider pursuing a meaningful career in IT. In this growing field, there are IT career paths that provide valuable services, such […]]]>
A person's hands holding soil and a tree seedling.

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The booming tech industry has changed the world for both better and worse. If you want to join the industry but want to make sure your work has a positive impact, consider pursuing a meaningful career in IT.

In this growing field, there are IT career paths that provide valuable services, such as those in healthcare, education, and nonprofit organizations.

Here, we look at these and other significant IT career paths, and how you can land these jobs.

IT Salaries vs Sense

Job seekers often balance salary and the pursuit of their passions and values.

While computer science salaries attract many people to the field, computer science jobs also offer exciting opportunities. According to PayScale’s Meaningful Jobs survey, nearly 50% of IT managers, researchers, and systems analysts said they have a great deal of significance to their jobs.

In each of these positions, IT professionals have the opportunity to improve the way individuals and organizations use technology and information.

They help people and organizations perform better and make better decisions.

IT career paths that make the world a better place

The best IT careers are those that offer competitive salaries and personal benefits. The following list sheds light on IT career paths that enable IT professionals to make a meaningful contribution to the world.

1. Non-profit organizations

Non-profit organizations, including technology-focused organizations like NPower or mainstream organizations like Feeding America, offer many career paths in IT.

Nonprofits deal with a myriad of issues and come in all sizes. According to PayScale, the average base salary offered by nonprofit organizations is $58,000.


SEE: Non-profit tech jobs: Support a good cause


2. Non-governmental organization (NGO)

IT professionals can find NGOs that serve most passions and interests. These nonprofits tend to have an international focus, which can increase their size and salary expectations.

Oxfam and Partners in Health are among the NGOs hiring IT professionals.

3. Body B

B-Corps are organizations that meet high standards for social and environmental impacts. They create IT career paths that help underserved populations and the environment. Compared to other companies, some B-Corps like Participate Learning and Dr. Bronner’s pay more balanced ratios between highest-paid and lowest-paid professionals.

4. Clean Technology

Clean technology organizations offer IT career paths for professionals with environmental interests.

Organizations like AeroFarms and Planet use data and technology to investigate and solve environmental problems. According to PayScale, clean energy employees earn an average base salary of $83,000.

5. Educational Technology

Ideal for professionals with a passion for education, the edtech industry aims to make learning more accessible and effective. Computer science career paths can be found at organizations such as Duolingo and Apex Learning.

These professionals earned an average annual salary of $71,640 in May 2021.

6. Health Technology

Health technology is a desirable IT career path for those interested in improving healthcare and health outcomes.

Tech professionals working in health tech earn an average base salary of $86,000, according to PayScale. Organizations in this industry include Illumina and 3M Health Care.

7. Civic Technology

The civic tech industry empowers people to engage and solve socio-political issues. For professionals interested in politics and engagement, this IT path offers many opportunities, including organizations like DataMode and Clear Ballot.

The average annual salary in this field was $64,320 in May 2021.

How to Find a Meaningful Career in IT

1. Pick a cause you care about.

Finding a meaningful career path in IT starts with identifying your cause or passion. You may want to help people with specific problems, help certain populations, or help prevent particular problems.

2. Look for businesses and organizations that support this goal

From there, you can search for organizations working in those areas. You can focus on a specific industry or search across industries for organizations focused on the issues you prioritize.

Research the impact of the organization and its plans for the future. After determining if their values ​​and orientation match yours, check to see if the organization is hiring and reach out to them.

3. Check out industry-specific job boards

To find a meaningful career path in IT, search industry-specific job search sites.

For example, if you are interested in health care or education, you can search for sites that focus on careers in those fields. You can also use issue-specific search terms, such as climate change or renewable energy, on general job boards.

To get started, check out these industry and cause specific job boards. These sites provide links to job postings from organizations in the education, health, and nonprofit sectors.

More Ways to Use Your Computer Skills to Give Back

If you are unable to find or pursue meaningful employment right now, there are other ways to give back and make a difference.

Volunteering

Non-profit organizations are almost always looking for volunteers. You can lend your time and talents to these organizations and industries, tackling projects for them or mentoring others in the field.

Help others in your current job

You can find meaning in any job. Try to make a difference from within by pushing your organization to get involved in social issues; creating ethical business practices; and introducing diversity, equity and inclusion initiatives.


SEE: Here’s how tech companies are diversifying recruiting and hiring


This article has been reviewed by Monali Mirel Chuatico

Monali Mirel Chuatico, a woman with long black hair, smiles in a headshot.

In 2019, Monali Mirel Chuatico earned her bachelor’s degree in computer science, which gave her the foundation she needed to excel in roles such as data engineer, front-end developer, UX designer, and computer science instructor.

Monali is currently a Data Engineer at Mission Lane. As Captain of Data Analytics at a non-profit organization called COOP Careers, Monali helps new graduates and young professionals overcome underemployment by teaching them data analytics tools and mentoring them. in their career development.

Monali is passionate about implementing creative solutions, building community, advocating for mental health, empowering women and educating young people. Monali’s goal is to gain more experience in her field, broaden her skills and do meaningful work that will have a positive impact on the world.

Monali Mirel Chuatico is a paid member of the Red Ventures Education Integrity Network.

Last revised May 4, 2022.

Unless otherwise noted, wage and employment growth data are from the United States Bureau of Labor Statistics to June 20, 2022.

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Manufacturing Analysis Market Size 2029 https://cetril.org/manufacturing-analysis-market-size-2029/ Sat, 18 Jun 2022 11:36:09 +0000 https://cetril.org/manufacturing-analysis-market-size-2029/ New Jersey, United States – The Manufacturing Analytics Market research report examines the market in detail over the predicted period. The research is divided into sections, each of which includes analysis of market trends and changes. Drivers, limitations, opportunities, and barriers, as well as the impact of numerous aspects on the industry, are all variables […]]]>

New Jersey, United States – The Manufacturing Analytics Market research report examines the market in detail over the predicted period. The research is divided into sections, each of which includes analysis of market trends and changes. Drivers, limitations, opportunities, and barriers, as well as the impact of numerous aspects on the industry, are all variables of market dynamics.

The report provides participants with essential information as well as specific recommendations for gaining a competitive advantage in the global business world. It studies how different players compete in the global market and shows how they compete differently. The market size for the Manufacturing Analytics Market is calculated using a projected period included in the research study. Current market status and trends, along with business growth drivers, industry share, sales volume, interesting BI dashboards, and market forces are all explored.

Get Sample Full PDF Copy of Report: (Including Full TOC, List of Tables & Figures, Chart) @ https://www.verifiedmarketresearch.com/download-sample/?rid=1882

Key Players Mentioned in the Manufacturing Analytics Market Research Report:

Dell, Computer Science Corporation, IBM, Oracle, Tibco, Tableau, SAS, SAP, Alteryx, Zensar Technologies Ltd.

Our analysts have performed a qualitative and quantitative analysis of the microeconomic and macroeconomic components of the Manufacturing Analytics market. This study will also help in understanding changes in Manufacturing Analytics Market industrial supply chain, manufacturing processes and costs, sales scenarios and market dynamics.

This analysis highlights significant mergers and acquisitions, business expansion, differences in goods or services, market structure, competitive conditions in the Manufacturing Analytics market, and market size. by the participant.

Manufacturing Analytics Market Segmentation:

Manufacturing Analytics Market, By Type

• Software
• Service

Manufacturing Analytics Market, By Application

• Predictive maintenance and asset management
• Inventory management
• Supply chain planning and sourcing
• Energy management
• Emergency management
• Sales and customer management
• Other applications

Manufacturing Analytics Market, By End User

• Automotive and aerospace manufacturing
• Manufacture of electronic equipment
• Food and Beverage Manufacturing
• Manufacture of chemicals and materials
• Manufacture of machinery and industrial equipment
• Pharmaceuticals and life sciences
• Manufacture of paper, pulp, plastic and rubber
• Others

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Scope of the Manufacturing Analytics Market Report

ATTRIBUTES DETAILS
ESTIMATED YEAR 2022
YEAR OF REFERENCE 2021
FORECAST YEAR 2029
HISTORICAL YEAR 2020
UNITY Value (million USD/billion)
SECTORS COVERED Types, applications, end users, and more.
REPORT COVER Revenue Forecast, Business Ranking, Competitive Landscape, Growth Factors and Trends
BY REGION North America, Europe, Asia-Pacific, Latin America, Middle East and Africa
CUSTOMIZATION SCOPE Free report customization (equivalent to up to 4 analyst business days) with purchase. Added or changed country, region and segment scope.

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6. What will be the CAGR and size of the Production Analytics market throughout the forecast period?

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Associate Researcher in ESI, Computer Science and Systems Research at NATIONAL UNIVERSITY OF SINGAPORE https://cetril.org/associate-researcher-in-esi-computer-science-and-systems-research-at-national-university-of-singapore/ Fri, 17 Jun 2022 12:29:09 +0000 https://cetril.org/associate-researcher-in-esi-computer-science-and-systems-research-at-national-university-of-singapore/ Institute of Energy Studies The Energy Studies Institute (ESI) is a research institute of the National University of Singapore that seeks to advance understanding of energy policy issues by conducting independent research and analysis. We are looking for researchers to join a multidisciplinary team conducting research projects on a range of energy issues of concern […]]]>

Institute of Energy Studies

The Energy Studies Institute (ESI) is a research institute of the National University of Singapore that seeks to advance understanding of energy policy issues by conducting independent research and analysis. We are looking for researchers to join a multidisciplinary team conducting research projects on a range of energy issues of concern to Singapore and the region.

The Institute is looking to recruit a data and/or IT specialist at the rank of research associate. Appointed staff will operate under the responsibility of the director of the institute and will work closely with members of each of the divisions of the institute.

Candidates should be highly familiar with data analysis, visualization, and deploying modern IT techniques and workflows for upgrading and optimizing research results. An understanding of Singapore’s economic system and local work experience is desirable. The nominated candidate should also have a good knowledge of current and emerging trends in energy and environmental research.

job description

Depending on experience and rank:

  • Develop and present ideas to the Head of Institute and senior research staff (Division Heads) on opportunities to integrate and complement contemporary computing and processing techniques into our existing research projects and workflows .
  • Explore the potential and possibly support the development of digital twin architectures for policy analysis in the context of an energy system. This would likely involve close collaboration with other systems scientists and modelers within the institute.
  • Play an active role in the elaboration of project reports, but also be ready to provide expertise to projects managed by other researchers within the institute.
  • An example where the skills of a computer scientist, for example, can be applied directly to research is the research on carbon pricing in Singapore, where blockchain technologies will be an integral part of data capture and monitoring processes. .
  • Collect, clean and analyze data on different projects, potentially involving the development of a shared database infrastructure for the institute, eg mySQL.
  • Support the development of the institute website, either hands-on or by engaging with the website administrator.
  • To assist in the technical delivery of public events, such as workshops and conferences.

The specific area of ​​work will depend on the priorities of the institute at any given time.

Terms

  • Possess a master’s degree in computer science, data science or other related fields, or possess a bachelor’s degree in finance or other related fields with at least 2 years of relevant work experience.
  • Applicants should have demonstrated experience in quantitative data analysis.
  • A good contemporary understanding and interest in energy and environmental issues.
  • Relevant professional and practical experience in industry or government agencies in the field of energy and environment in Singapore would be highly valuable.
  • A track record of publications in reputable journals would be an advantage.
  • Able to work independently and in a team.

Application process

To apply for this position, please combine the following documents into 1 PDF and attach it under the CV column when submitting your application:

  • Curriculum vitae
  • A cover letter, no longer than 800 words, explaining the candidate’s previous research experience and skills in relation to the research project

Interested candidates, please submit your application with all required documents. Only shortlisted candidates will be notified. Shortlisted candidates may be called for an interview, either in person or via zoom, as appropriate. If you have not heard from us within 3 months, you should assume that your application has not been successful.

Covid-19 message

At NUS, the health and safety of our staff and students is one of our top priorities, and the COVID vaccination supports our commitment to keeping our community safe and making NUS as safe and welcoming as possible. . Many of our roles require a significant amount of physical interaction with students/staff/audience members. Even for professional roles that can be performed remotely, there will be instances where on-campus presences will be required.

As per Singapore legal requirements, unvaccinated workers will not be able to work on NUS premises from January 15, 2022. Thus job applicants will need to be fully vaccinated against COVID-19 to gain successful employment with NUS .

More information

Location: Kent Ridge Campus

Organization: Institute of Energy Studies

Department: Institute of Energy Studies

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Sony Computer Science Laboratories opens a new research center in Italy: Sony CSL Rome https://cetril.org/sony-computer-science-laboratories-opens-a-new-research-center-in-italy-sony-csl-rome/ Thu, 16 Jun 2022 07:23:08 +0000 https://cetril.org/sony-computer-science-laboratories-opens-a-new-research-center-in-italy-sony-csl-rome/ Sony Computer Laboratoriesopens a new research center in Italy: Sony CSL RomeRome research center dedicated to information, sustainability and artificial intelligence. Sony Computer Science Laboratories, Inc. (Headquarters: Shinagawa-ku, Tokyo; President and CEO Hiroaki Kitano; hereafter referred to as Sony CSL) will officially open its second European branch, Sony CSL Rome, today. The Rome branch is […]]]>

Sony Computer Laboratories
opens a new research center in Italy: Sony CSL Rome
Rome research center dedicated to information, sustainability and artificial intelligence.

Sony Computer Science Laboratories, Inc. (Headquarters: Shinagawa-ku, Tokyo; President and CEO Hiroaki Kitano; hereafter referred to as Sony CSL) will officially open its second European branch, Sony CSL Rome, today.

The Rome branch is Sony CSL’s 4th research location after Tokyo, Paris and more recently Kyoto, and Sony CSL Rome’s business will be dedicated to information research, sustainability and intersection between artificial intelligence and art. Sony CSL Rome is located in the prestigious Enrico Fermi Center for Studies and Research, located in the historic building “I Ragazzi di Via Panisperna”. The new laboratory was born thanks to a scientific agreement with the “Enrico Fermi” Research Center (hereinafter referred to as CREF) and represents a unique public-private effort.

Image reproduced with the kind permission of CREF

The creation of Sony CSL Rome was announced at Maker Faire Rome in October 2021 and after the long shutdown due to the pandemic, the inauguration event of the new office will take place physically today. Inviting local and national institutions and representatives from the world of entrepreneurship and innovation, this represents an opportunity to present the new laboratory and its potential synergies with the surrounding ecosystem.

Sony CSL is a cutting-edge laboratory dedicated to research that contributes to the common social good. The extreme flexibility and multidisciplinarity of the approach, adopted in the four offices in Tokyo, Kyoto, Paris and Rome, allows it to explore the most diverse fields of research, combining science, technological innovation, art and public good in a same conceptual space. The specific themes range from music to language, from the future of cities to sustainable agriculture, from creative processes to the great challenges of humanity.

The new laboratory in Rome focuses on three main areas of research:

  • Infosphere, aimed at rethinking information technologies to make information more accessible and online social dialogue more transparent, understandable and healthy.
  • Sustainable cities, aimed at developing new tools for understanding urban environments and creating predictive scenarios to make them more sustainable in order to improve the living conditions of its citizens.
  • increased creativity, explore how AI can grasp the complexity of open systems, support creativity and the arts, and help people find original, brilliant, innovative and practical solutions.

Vittorio Loreto, PhD, Director of Sony CSL Paris and Rome, says: “The opening of a new research laboratory in Rome strongly signifies Sony CSL’s expectation of Italy as a rich reservoir of excellence and creativity. The new lab’s focus on the Sustainable Development Goals and its new public-private format represents a unique opportunity to foster the establishment of a transdisciplinary community of problem-solving researchers, policymakers and practitioners. difficult with a transforming eye.”

Hiroaki Kitano, Ph.D., President and CEO of Sony CSL emphasizes, “Sony CSL is a ‘dispersive organization’ that embraces change and is constantly challenging for the future of humanity and this planet. Now that we can connect to the world wherever we are, we see more release from the constraints of physical location, while gaining new perspectives and interactions that can only come from being physically in one place. given also becomes more and more important. With the opening of the new center in Rome, we hope that the activities will develop in greater diversity, in resonance and in interaction with the existing centers and possible collaborators.”

Overview of the new laboratory
Sony Computer Science Laboratories, Rome Branch (Sony CSL Rome)
Venue: Enrico Fermi Center for Studies and Research, Via Panisperna, 89A, 00184 Roma RM, Italy
Website: https://csl.sony.it/
Created: October 2021

Media Inquiries: Corporate Communications, Sony Computer Science Laboratories, Inc.
csl-pr@csl.sony.co.jp

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Abdelzaher’s Two Papers Receive Prestigious Awards at Conference | Computing https://cetril.org/abdelzahers-two-papers-receive-prestigious-awards-at-conference-computing/ Tue, 14 Jun 2022 02:15:13 +0000 https://cetril.org/abdelzahers-two-papers-receive-prestigious-awards-at-conference-computing/ It is a great achievement for researchers to be recognized at a conference for their work. For one researcher from Illinois, his work got attention not once, but twice at the same conference for two different papers. Tarek Abdelzaher Tarek Abdelzaher, professor of computer science at the University of Illinois at Urbana-Champaign and the Coordinated […]]]>

It is a great achievement for researchers to be recognized at a conference for their work. For one researcher from Illinois, his work got attention not once, but twice at the same conference for two different papers.

Tarek Abdelzaher

Tarek Abdelzaher, professor of computer science at the University of Illinois at Urbana-Champaign and the Coordinated Science Laboratory, along with other researchers from UIUC, Massachusetts Institute of Technology and George Mason University, have received an Outstanding Paper Award at RTAS’22 for their work, “Self-Cueing Real-Time Attention Scheduling in Criticality-Aware Visual Machine Perception.” At the same conference, a paper Abdelzaher helped author 20 years ago, “RAP: A Real-Time Communication Architecture for Large-Scale Wireless Sensor Networks,” received the Test of Time award. Influential Paper.

“These two articles were a great team effort, and it would not have been possible without all the authors, said Abdelzaher. “It’s lucky to have a great team, and I think that was a big factor for us to win both awards.”

Both projects focus on improving algorithms that automate sensor data processing, but in very different ways. In the most recent paper, the researchers demonstrated how to minimize the computational footprint of AI so that it can run on smaller hardware: specifically, perception-based AI. Algorithms for perception tasks focus on envisioning anything possible, such as drones and self-driving cars. But all that computing power means a bigger processor. If the researchers reduced the hardware and the cost of the algorithm, then they could build processors that are physically and computationally lighter. This is where the researchers decided to draw inspiration from the way humans perceive the world.

“If I’m sitting in an IMAX theater, I’m not looking at every pixel on that screen and not paying the same attention to it. I’m watching where the action is,” Abdelzaher said. The research was funded by the Army Research Lab as part of the REIGN Internet Battlefield of Things project. “We don’t need a machine powerful enough to track every pixel, because humans aren’t powerful enough to track every pixel. We just needed to know where to focus.”

Rather than targeting everything at once, the AI ​​technology was able to determine the most significant aspect of any given moment by using an algorithm to self-list its attention. This decreased computing power without sacrificing a significant amount of image quality. The team hopes this will be implemented in everyday life in the future.

“I think it promises much more diverse and interesting applications in smart homes, smart hospitals, and just everyday life where more and more computing devices are equipped with smart capabilities,” Abdelzaher said. “I think some of this work will enable more applications in this space.”

Abdelzaher’s other paper, “RAP: A Real-Time Communication Architecture for Large-Scale Wireless Sensor Networks,” has gained considerable recognition among researchers since its publication 20 years ago. The paper has been cited several hundred times over the years and was honored at the conference for its significant contribution to the field.

In 2002, the authors of the paper wrote that RAP provides a new prioritization protocol for distributed micro-sensing applications. This has been beneficial for communications planning in sensor networks, in which many wireless devices are seamlessly integrated into a physical space to perform real-time monitoring or control, such as a surveillance system.

“Our paper was the first to propose a scheduling algorithm that addresses real-time constraints on end-to-end tasks that run in very large distributed sensing systems,” Abdelzaher said. “It’s really flattering to hear that an article we wrote 20 years ago won an influential article award. That’s a very good compliment.


Read the original story from the Coordinated Science Laboratory.

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I belong to IT https://cetril.org/i-belong-to-it/ Fri, 10 Jun 2022 10:28:16 +0000 https://cetril.org/i-belong-to-it/ Reading time: 6 minutes At the Raspberry Pi Foundation, we believe that everyone belongs in computing and that it’s a much more varied field than is commonly thought. One of the ways we want to promote inclusivity and highlight the variety of IT skills and interests needed is through our “I Belong” campaign. We do […]]]>
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A teacher inspires Sherando senior’s interest in computing | https://cetril.org/a-teacher-inspires-sherando-seniors-interest-in-computing/ Fri, 10 Jun 2022 04:00:00 +0000 https://cetril.org/a-teacher-inspires-sherando-seniors-interest-in-computing/ Ashraf Ibrahim has spent the past four years taking advantage of every opportunity possible, and now this Sherando High School senior is ready to venture out into the world and leave his mark. After graduating, 18-year-old Ibrahim will attend the University of Virginia to study computer science. He will enter the university there as a […]]]>

Ashraf Ibrahim has spent the past four years taking advantage of every opportunity possible, and now this Sherando High School senior is ready to venture out into the world and leave his mark.

After graduating, 18-year-old Ibrahim will attend the University of Virginia to study computer science. He will enter the university there as a Rodman Scholar, which is awarded to approximately 5% of each incoming class in the School of Engineering and Applied Science.

Ibrahim found inspiration from many of his teachers, but he was really inspired to pursue computer science by his math teacher, Christa VanOlst. After taking his first year of class, he took his computer course the following year.

“Halfway through my second year, COVID hit and the school closed, Ibrahim said. “I got really bored…so I learned to program more, and it had a snowball effect.”

VanOlst enjoyed teaching Ibrahim and watching him grow as a student and an individual.

“I first met Ashraf during his freshman year of honors algebra, and like most teachers, when I heard chatter coming from the back of the room, I was curious myself. of the conversation. However, when asked to share his thoughts, he surprised me not only by being on task with the task, but also by eagerly asking thought-provoking questions,” he said. she said, “I truly believe that Ashraf knows how to balance life, which is a lesson some may never learn. He is an independent, motivated and complete human being. »

Ibrahim is a determined student, and although his schedule is usually busy, he finds time to delve deeply into research on topics that interest him. This voracious desire for knowledge led him to where he is now.

“I feel like the state I’m used to is a state of constant development,” he said. “I found a balance in the fact that I really like to learn.”

Outside of the classroom, Ibrahim engaged in many activities during his time at Sherando. Some of these include sports, peer tutoring, music, being a chemistry lab assistant, and participating in student ambassadors.

One of the newest additions to Ibrahim’s list of extracurricular activities is the coding club.

“At the end of the junior year, I started the coding club at Sherando,” he said. “Sherando’s computer science department is really small…I realized that having an after-school community to do this would be really helpful, not just for me, but also for other kids who wanted to learn computer science and computer science. coding.”

Ibrahim wants others not to hold back from the opportunities that life presents.

“If you see it, don’t wait,” he said. “Life is just a period of time where you get to know yourself… If you don’t really dig deep into this thing that you love, you really won’t be able to know yourself too.”

Ibrahim spent his time at Sherando growing and learning as much as he could, and he was determined to continue growing throughout his senior year.

“I feel like a lot of my time at Sherando really got me thinking about how I spend my time,” he said. “This year has really been about savoring my time before I go and making sure I leave the legacy I want to leave.”

With his kind heart and determined spirit, Ibrahim surely left a lasting legacy in Sherando.

The class of 2022 from Sherando High School graduates at 7 p.m. today at Warrior Stadium.

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UMass Lowell launches computer science school with support from esteemed alumni https://cetril.org/umass-lowell-launches-computer-science-school-with-support-from-esteemed-alumni/ Thu, 02 Jun 2022 17:36:44 +0000 https://cetril.org/umass-lowell-launches-computer-science-school-with-support-from-esteemed-alumni/ Media contacts: Emily Gowdey-Backus: 978-934-3369 or Emily_GowdeyBackus@uml.edu and Nancy Cicco: 978-934-4944 or Nancy_Cicco@uml.edu UMass Lowell will launch a new computer science school that will be named after prominent alumnus Rich Miner, co-founder of Android, the company and mobile operating system that was acquired and launched by Google. University management had approached Miner, believing that her […]]]>

Media contacts: Emily Gowdey-Backus: 978-934-3369 or Emily_GowdeyBackus@uml.edu and Nancy Cicco: 978-934-4944 or Nancy_Cicco@uml.edu

UMass Lowell will launch a new computer science school that will be named after prominent alumnus Rich Miner, co-founder of Android, the company and mobile operating system that was acquired and launched by Google.

University management had approached Miner, believing that her story and accomplishments would contribute to the vision they had for the new school. Today, the UMass Board of Trustees approved the establishment of the Richard A. Miner School of Computer & Information Sciences at UMass Lowell with a $5 million gift from Miner as well as a matching contribution of $2 million from the State.

“UMass Lowell’s new Richard A. Miner School of Computer and Information Science further elevates a well-known program for transformative education and pioneering research in the field,” said Chancellor of UMass Lowell. UMass Lowell, Jacquie Moloney. “We are deeply indebted to Rich. His latest gift reflects his continued generous donation of his time, expertise and resources to support students through entrepreneurial competitions like UMass Lowell’s DifferenceMaker and prepare them to be leaders in their careers. .

A beloved story

Miner, who holds three computer science degrees from UMass Lowell (BS 1986, MS 1989, Ph.D. 1997) exemplifies the university‘s longstanding investment and commitment to preparing students for the ever-changing industry. evolution.

Today, the department, elevated to school status with the vote of trustees, is home to nearly 1,600 undergraduate students and more than 300 graduate students, making it the largest university program on campus with nearly than 6% of the total undergraduate population at UMass Lowell. From fall 2016 to fall 2021, UMass Lowell undergraduate enrollment in computer science programs increased by more than 50%. This year, a record 12% of students in the UMass Lowell applicant pool listed computer science as their intended major.

UMass Lowell’s research spending on IT has grown in line with enrollment, from $2.7 million in 2016 to $4.4 million in 2021. health and more.

Miner co-founded Android, the world’s most popular operating system with over 3 billion users. After selling Android to Google in 2005 and launching early versions, Rich co-founded GV, Google’s first venture capital fund. GV has led investments in a number of the most successful startups of the past decade. In his role at GV, Rich has backed some of Massachusetts’ top startups, including Recorded Future, Toast, Hubspot, and Tamr.

As an undergraduate at UMass Lowell, Miner wrote computer programs for the Commodore 64, a first-generation gaming system. During his graduate years, his work with the university’s Center for Productivity Improvement paved the way for breakthroughs in imaging, video scanning and videoconferencing. In that same university lab, he helped incubate Avid Technology, the world’s first computer video editing platform. Later, he co-founded Wildfire Communications, the first voice-based personal assistant, patenting many concepts now common in voice assistants today. He considers his training at UMass Lowell key to his entrepreneurial success and believes his gift will help computer science students see how limitless their future is as they follow their passion.

“UMass Lowell has prepared me academically and entrepreneurially for a career where I have been able to contribute so many impactful innovations. I am honored to be able to give back in a way that could inspire others to meet or exceed their dreams, Miner said.

Miner returned to UMass Lowell to share his story and mentor students, including those participating in the university’s Rist DifferenceMaker Institute, a program that provides training and opportunities in entrepreneurship. In 2012, he established the Professor Patrick D. Krolak Innovation Fellowship. Named for Miner’s mentor, a former UMass Lowell computer science faculty member admired for his collaborative approach to research, these scholarships are open to UMass Lowell computer science students.

The next generation

The establishment of the school exemplifies UMass Lowell’s commitment to providing computer science students with the academic coursework, laboratory research, cooperative education, and internship opportunities they need to succeed in this rapidly changing field. .

Housed within the university’s Kennedy College of Sciences, the Richard A. Miner School of Computer & Information Sciences offers bachelor’s, master’s, and doctoral programs that combine applied and theoretical computational studies. The curriculum also includes options for minors in robotics, cybersecurity, data science, and bio-chemoinformatics. In partnership with the university’s Division of Graduate, Online, and Professional Studies, the school also offers certificates in Cyber ​​Security, Systems Models, and Management and Telecommunications.

“The new Richard A. Miner School of Computer and Information Science is designed to provide educational and research opportunities to a diverse body of students and faculty. Together, they will make important discoveries and innovations that will address many of the challenges facing our world. In an increasingly interconnected world, the school will enlighten our future and reduce our uncertainties. We are grateful to Rich Miner for this opportunity to significantly expand the school,” said Kennedy College of Sciences Dean Noureddine Melikechi, Professor of Physics.

The university is planning a ribbon-cutting ceremony in the fall to honor Miner and the new school.

UMass Lowell is a national research university located on a high-energy campus at the heart of a global community. The university offers its students bachelor’s, master’s and doctoral degrees in business, education, engineering, fine arts, health, humanities, sciences and social sciences. UMass Lowell offers high-quality educational programs, vigorous hands-on learning, and personal attention from top faculty and staff, preparing all graduates to be leaders in their communities and around the world. www.uml.edu

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USDA NIFA Funds ‘Farm of the Future’ | Computing https://cetril.org/usda-nifa-funds-farm-of-the-future-computing/ Thu, 02 Jun 2022 15:47:24 +0000 https://cetril.org/usda-nifa-funds-farm-of-the-future-computing/ The United States Department of Agriculture (USDA) announced in late May that it is funding a new collaboration between two institutes and a research center at the University of Illinois at Urbana-Champaign that will create an integrated farm of the future in the American Midwest. Girish Chowdhary Titled “I-FARM: Illinois Farming and Regenerative Management,” the […]]]>

The United States Department of Agriculture (USDA) announced in late May that it is funding a new collaboration between two institutes and a research center at the University of Illinois at Urbana-Champaign that will create an integrated farm of the future in the American Midwest.

Girish Chowdhary

Titled “I-FARM: Illinois Farming and Regenerative Management,” the three-year, $3.9 million project is funded by the USDA’s National Institute of Food and Agriculture (NIFA). The Illinois-led study will develop an 80-acre agricultural test bed, where staple crops (corn and soybeans) and livestock are grown using synergistic and sustainable practices.

“We will accelerate the creation, maturation, and adoption of new management technologies that are fundamentally more sustainable, cost-effective, affordable, and scale-neutral. The new practices will be enabled by the maturation of digital agricultural technologies developed through large-scale research efforts at the University of Illinois,” said lead researcher Girish Chowdhary, associate professor of agricultural and biological engineering. and computing.

NIFA’s “Farm of the Future” proposal process was extremely competitive, and only one was awarded across the country, said Vikram Adve, co-researcher and co-director of the Center for Digital Agriculture (CDA), Professor computer scientist Donald B. Gillies. .

“This grant is a major recognition of our growing strengths in digital agriculture,” Adve said.

The I-FARM is a unique partnership between CDA, the National Center for Supercomputing Applications (NCSA), and the Institute for Sustainability, Energy, and Environment (iSEE) at the U of I. For three years, the bench d I-FARM trial to showcase enhanced precision farming with remote sensing; new autonomous robotic under canopy solutions for planting cover crops, variable rate input applications and mechanical weeding; and artificial intelligence-based remote sensing for animal health prediction, nutrient quantification and soil health.

Adve Vikram
Adve Vikram

“With the data collected through this project, the MyFarm app will provide farmers with an integrated dashboard that can be customized to suit their farm’s needs,” Chowdhary said. “Our focus on scale-neutral technologies can provide a solution to the worsening labor crisis for small farms and improve the sustainability of large, spatially heterogeneous farms.”

I-FARM’s techno-economic simulations and farmer surveys will clarify barriers and incentives to the adoption of sustainable technologies for industry and farmers. Integrated extension activities will be carried out in a research space open to farmers, with demonstrations and training, facilitating the adoption of new technologies and opening new markets. The I-FARM team will also help the agriculture industry create new data-driven products and services for farmers, and an industry advisory board and a farmer advisory board will help maximize impact on practices. agricultural.

“Together, this integrated suite of solutions will lead to sustainable ways to meet the growing demands of agriculture in a changing climate,” said iSEE Co-PI and Acting Director Madhu Khanna, ACES Professor Emeritus of iSEE. agricultural and consumer economics. “CDA, iSEE, and NCSA have built the strongest research proposal by reaching across disciplines and bringing together expertise from across the University of Illinois – from computer science to economics to through crop science and animal science, we explore as many aspects as possible as we seek to build a farm of the future.

Small robot in a crop field.

“We look forward to fruitful collaboration with this project – and similar multidisciplinary work in the future, as it is the best way to solve most of the thorny problems this world will face.”

As the only “farm of the future” nationwide, “all eyes will be on this project as we lay the foundation for the future of farming,” Adve said. “We are excited to start this venture and grateful for the support from across campus.”

Other members of the U of I project include co-PI Kaiyu Guan, associate professor of natural resources and environmental sciences and founding director of the Agroecosystem Sustainability Center; and co-investigators Isabella Condotta, assistant professor of animal science; Deepak Vasisht, Assistant Professor of Computer Science; Shadi Atallah, associate professor of agricultural and consumer economics; Hamze Dokoohaki, Assistant Professor of Crop Sciences; Salah Issa, Assistant Professor of Agricultural and Biological Engineering; Andrew Margenot, assistant professor of cultural sciences; DoKyoung Lee, professor of cultural sciences; and Bin Peng, senior researcher at iSEE and NCSA.

The Illinois team will join forces with Olga Bolden-Tiller, dean of the College of Agricultural, Environmental, and Nutritional Sciences and professor of animal science, and Gregory Bernard, assistant professor of plant and floor at Tuskegee University.

“It’s an exciting time to embark on this project, and it’s a credit to our team, their expertise and the thriving research programs we can build on,” said Chowdhary, who holds also affiliations with electrical and computer engineering, aerospace. Engineering and the Coordinated Science Laboratory of Illinois. “I want to thank the institutes, CDA, our departments and colleges, and our Tuskegee partners for their assistance, the ACES College for securing the agricultural space for us, and especially those in the agriculture industry who graciously offered letters of support.”


Read the original iSEE story.

See more details on the I-FARM webpage.

Read the NIFA announcement.

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Preserving Hawaiian Culture Through Computers https://cetril.org/preserving-hawaiian-culture-through-computers/ Wed, 01 Jun 2022 19:28:00 +0000 https://cetril.org/preserving-hawaiian-culture-through-computers/ Growing up, computer scientist Kari Noe noticed that there weren’t many video games that accurately depicted her homeland, the Hawaiian Islands. She says those who did almost always showed crimes on the islands or insisted on including zombies. So she decided to use her computer skills to paint a more nuanced and accurate picture of […]]]>

Growing up, computer scientist Kari Noe noticed that there weren’t many video games that accurately depicted her homeland, the Hawaiian Islands. She says those who did almost always showed crimes on the islands or insisted on including zombies.

So she decided to use her computer skills to paint a more nuanced and accurate picture of the Hawaii she knew and loved. At the Laboratory for Advanced Visualization and Application (LAVA) at the University of Hawai’i, Mānoa, Kari has coded a range of innovative interactives ranging from immersive digital tours of island forests to virtual reality experiences of her island. native, Kauaʻi.

When YR spoke to Kari, we realized that there are ways art and technology can collide to preserve the best parts of culture. She still thinks that we should be wary of AI…

This interview has been edited for clarity and length.

Chloe Reynolds, YR Contributor: Tell us why you chose to study computer science in the first place.

Kari Noe: Being from Kauaʻi, when I was in school, they actually didn’t have a lot of computer science or programming programs. They had robotics. I got into robotics and I knew nothing about it. They let me do more computer work; I installed computers. It was the initial start to get interested in computers.

For a school project, I made a little video game using an HTML file. From there, when I was a senior in high school, I was like, ‘OK, that was really fun. I really want to learn how to make video games. I then became a computer science student at the University of Hawai’i, Mānoa.

CR: What project are you working on at the moment? What makes it special?

KN: Currently, I’m working on a mixed reality environment in the Create(x) Emerging Media Lab at the University of Hawaii at West O’ahu. In this space, we project the video onto the three walls of the lab to create an immersive environment. The environments are modeled after a real place. So for the demo I’m showing, it’s Wainiha Valley on Kauaʻi.

Being from Kauaʻi, I have a particular fondness for the Wainiha Valley, from camping in the valley to helping eradicate invasive plants. The main idea behind the development of this project was that the more users program new elements in Hawaiian, the more abundant and diverse the forest becomes.

CR: How can augmented reality and virtual reality be used for the greater good?

KN: Technology is always a double-edged sword. For virtual, augmented or extended reality technologies, they have a lot of good because it’s a very interesting experience for someone because you get the feeling of presence. There are a lot of conversations or debates about whether virtual reality could actually improve empathy. Just being present in these experiences affects the way people see things.

CR: How is AI changing computing?

KN: AI is already exploding, we are already using it in our daily life now. It will quickly grow. It’s going to get a lot smarter. And with that, I feel like there are still a lot of questions we still have to ask ourselves, like: how much privacy do you give? How do you create a skill in the general public to understand what AI can do?

I think a lot of people have to talk about [how] Algorithms that do machine learning are biased because they are always learning from the data you feed them. AI results have yet to be reviewed and studied and are not 100% reliable..

CR: Is there a void in your field and have you seen your contributions fill that need?

KN: It’s like Jurassic Park: we didn’t wonder if we should do, we just asked if we could do it. What you see is that a lot of technologies are very exciting, they can be implemented quickly, and we don’t think about the backlash or the effects they have.

When I discovered research opportunities and how extended reality technologies could contribute to cultural preservation and language learning, that’s when I really got interested in it.

CR: What advice would you give to young people looking to break into your world?

KN: Be passionate. Go after. Try to be strategic in the environment. It’s really nice not to be the smartest person in the room, even if it’s scary. It’s really good to be around people who are better than you, because you’ll learn from them.

CR: How do you want your legacy to be remembered?

KN: I would really like to see more technology that is more competent in Hawaiian culture, more technology that helps us preserve and practice our culture, whether it’s through the way we do science here and the mythological methodologies that we have here in Hawai’i for scientific research, or how we tell stories. If the work I do inspires more people to create technologies and projects like this, I would be very happy.

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