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Portland State University experiments with Attend Anywhere model – OPB News

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Kathleen Williams is like many students at Portland State University shes juggling other responsibilities on top of school. She recently had to miss class because of her internship, but that wasnt a big problem.

Williams is part of a pilot at Portland State this fall in which students can choose to go to class in-person or online on any given day. Some professors, like Williams, also opt to record lectures for students to view at a later time.

I can just watch the lecture after work, Williams said. I do prefer in-person classes, so having that option is great, but its also inconvenient to not have the option to not go sometimes, so I guess this is just the best of both worlds.

Portland State University instructor Annette Dietz lectures to the 13 students in the classroom and others who are online, Wednesday, Nov. 3, 2021 in Portland. PSU is experimenting with a new course modality in hopes of moving toward becoming a "hybrid university, where students can choose to attend class in person or virtually.

Kristyna Wentz-Graff / OPB

Back in spring 2020, the pandemic forced all of Oregons universities to pivot to online learning. While many classes have shifted back on campus, conversations are starting around what changes forced by the pandemic are worth keeping.

The flexibility of simultaneous in-person and online classes has potential, particularly for students with busy lives. But there are still concerns, ranging from teaching quality to support for instructors to technology constraints. The university is hoping to work out the kinks as it determines how the new course modality might fit into its future, and the future of higher education as a whole.

In her welcome email to the Portland State campus community early last month, University Provost Susan Jeffords wrote that PSU has begun considering what it would mean to become a hybrid university.

Jeffords told OPB the university will start to have conversations this year about what a hybrid university could look like, and what it would take to get there.

What we had been hearing, and then the pandemic really accelerated, is how much our students would like to be engaged in their learning in different ways, Jeffords said. We began to hear our students really wanted more flexibility in the ways that they could access their learning, and so, at the heart, thats what a hybrid university looks like.

The pilot program that student Kathleen Williams is part of, called Attend Anywhere, is one hybrid proposition thats come up so far.

The University of Oregon launched a similar pilot last year it called its HyFlex method. Now, the university says it is using the mixed in-person and remote course modality mostly for students who are isolating or quarantining because of COVID-19 exposure. UOs Portland campus is also experimenting with the format for some of its graduate students this year.

At Oregon State University, some faculty have been teaching using that format. Other schools across the nation have been attempting this too as the pandemic continues. And some colleges began experimenting with the model way before the pandemic, in the mid 2000s.

Jeffords said the idea for the course modality at PSU started when classes were still mostly remote, but some instructors wanted to be able to teach online students from a classroom in order to use a whiteboard.

If youre doing that anyway, within the pandemic restrictions, are there ways that some students could come to that class, and not all would have to? she said. That became the genesis of this idea.

Jeffords said the university used some of the federal COVID-19 relief funds to outfit many of its classrooms with Zoom capabilities such as installing microphones and cameras on lecture podiums. PSU now counts 151 Zoom-capable rooms.

Still, experimenting with Attend Anywhere classes is starting small.

Were studying this right now to try to figure out the best way both for students to engage in learning in that way, but also, what is it that faculty need in the way of support to be able to teach effectively in that way, Jeffords said.

There are 145 Attend Anywhere class sections offered this fall, less than 5% of PSUs total classes. The bulk of those Attend Anywhere sections, 74 classes, are in PSUs Maseeh College of Engineering and Computer Science.

I think we recognize that Attend Anywhere would meet sort of the needs of both the students who wanted an in-person learning and the students who wanted a remote experience, said Chris Monsere, Associate Dean for Academic Affairs in the college of engineering and computer science.

Monsere said the college sent a survey out to students registered in Attend Anywhere courses at the beginning of the term. About 80% of the survey respondents said the flexibility of Attend Anywhere increased their confidence they could successfully complete the course.

One of the things that weve been talking about both at the college level and as well as the department level is what to extract from the pandemic and remote learning, especially for Portland State University and our student population, Monsere said.

He continued: Theres a split between students who need in-person learning to be successful And then there are students who are able to manage things better with the ability to have remote attendance.

Kathleen Williams Attend Anywhere class a water resources engineering course is in the College of Engineering and Computer Science.

Williams said Attend Anywhere fit her life better than a strictly remote or strictly in-person class.

Her internship schedule makes it hard to schedule classes around, but she still likes to have the option to attend in-person when she can.

Attend Anywhere is the most convenient, Williams said.

She also really enjoys her professor, Annette Dietz.

Portland State University instructor Annette Dietz walks between desks as she conducts an engineering class, Wednesday, Nov. 3, 2021 in Portland. The course is run both in-person and online as part of a pilot called "Attend Anywhere."

Kristyna Wentz-Graff / OPB

Dietz is teaching two courses this term one, the class Williams is in, is officially Attend Anywhere. The other is mostly in-person, though it has some online components. Dietz said she had specific reasons for choosing those course modalities.

The Attend Anywhere course is mostly seniors, like Williams.

Theyre pretty comfortable with the remote format from their experience last year, Dietz said of that class. The students, especially those who are seniors, theyre working on internships; theyre motivated; theyre organized, and I feel like they can be successful using that method.

As for the other class Dietz is teaching, those students are mostly incoming juniors. Dietz felt it was more important to have those students attend class in person.

Many of the students are transfers, and theyre new to PSU and their junior year, and its their first quarter here, Dietz said. I really felt it was important to at least start the quarter being more in community.

As Dietz gets more familiar with the various options online, in-person, hybrid shes finding certain instructional situations that only work one way.

I just havent figured out a way to really effectively and equitably offer a lab experience as a remote or in-person, flexible option, Dietz said. We did some creative things last year, letting students take home equipment and do experiments that way. But I feel like the students will really benefit in that class being in lab in-person.

PSU Provost, Jeffords, said she doesnt foresee every class at the university being offered as Attend Anywhere. Hands-on arts and performance-based classes make sense to continue offering in-person, as well as small senior or graduate seminars.

Its no good if one person out of 12 shows up in-person, right? Jeffords said. You ruin some of the kind of texture of conversations that happens with a small group of folks sharing a space together.

As the Attend Anywhere pilot continues, Dietz said PSU should consider how its helping or hindering students.

Maybe we think about only offering it for upper division courses, or maybe its only offered if you can maintain a certain GPA, because, you know, it seems like maybe youre having trouble with a remote setting, Dietz said. Some students do feel like they do better with in-person classes. Thats for sure.

PSU has a larger-than-average number of non-traditional students in comparison to Oregons other public universities. According to the university, 25% of students have children.

Overall, Dietz said, the Attend Anywhere course has provided flexibility for students as their lives have changed further during the pandemic.

Ive had one of my students welcome a new baby into their family, and so, how wonderful to just be able to not have to make that trip and lose the commute time to be able to spend more time with your family, she said.

Dietz said she also had students who appreciated having access to the coursework when they were kept from in-person learning by having to isolate or quarantine due to COVID-19. One of her students ended up getting COVID-19, but continued going to class online.

They hadnt been coming to class in-person, because they had symptoms, and they didnt feel this pressure to show up in-person that I think we always used to have.

Although the Attend Anywhere format might be more convenient for students, it inevitably adds work for instructors who have to manage both a classroom of in-person students and a Zoom room full of online students at the same time.

The PSU Faculty Senate Academic Quality Committee shared that concern earlier this year with administrators. They also worried about quality of learning for students.

For example, we know from the shift to remote that not everything that works in a classroom works on Zoom, and vice-versa, the committee wrote. Will faculty need to plan their courses and classroom activities for two different types of audiences? Or will faculty simply lecture or do some kind of low student-input activity, given the potential logistical challenges of handling the two different groups?

Dietz said she can see where the concerns from the faculty groups are coming from.

Of course theres always a learning curve, Dietz said.

Dietz said shes experienced the expected issues, like making sure everything is properly connected and running smoothly over Zoom.

She said at times it can be hard to keep track of online students asking questions over Zoom, as well as remembering to repeat questions from in-person students so that remote students can hear them.

In the college of engineering and computer science teaching assistants sometimes monitor students over Zoom, while professors focus on teaching in-person.

One of the challenges, I think in any format, is keeping students engaged and interested, and that doesnt change even if theyre all there in person, Dietz said.

University Provost Jeffords said administrators are looking to improve the Attend Anywhere experience by expanding classroom Zoom capabilities, such as adding cameras and microphones to classrooms. That way professors can move around more freely, and remote students can get more than just one view of the classroom.

We dont want to just say to people, we want you to do this and it has to look like this, Jeffords said. Were trying to give faculty some flexibility in how they want to adapt this kind of technology to their instruction.

Jeffords said PSUs Office of Academic Innovation will be assessing all of the universitys course modalities that took place this fall term. That office will also get direct feedback from the professors who taught Attend Anywhere classes, and start offering professional development.

Thats absolutely the next step here, Jeffords said. Its never a bad idea to invest in our faculty.

PSUs Office of Academic Innovation will also look at how students GPAs were affected, and other metrics like persistence to see how Attend Anywhere worked for students.

I think by the spring were going to have a much clearer idea of where were headed on this, Jeffords said.

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Digital Engineering Spend to account for more than 50% of the overall Global Engineering R&D Spend and will grow rapidly at 19% to exceed USD 1 Tn by…

Relentless focus and investments in Digital Engineering have positioned Hi-Tech and Services-led verticals to overtake Manufacturing-led verticals in terms of ER&D spend in the next couple of years

NEW YORK, Nov. 17, 2021 /PRNewswire/ -- The appetite for digital will surge unabated over the next 4 years, across newer technologies, industry players, and changing customer, employee, and partner dynamics. Zinnov's analysis shows that Digital Engineering spends will constitute over 50% of the overall Global ER&D spending by 2024, the details of which are included in its study titled, 'Global ER&D Landscape and Evolving Enterprise Priorities 2021.' This comprehensive study is leveraged extensively by business leaders across verticals to identify strong partners for faster and more efficient deployment of Engineering and R&D-led services initiatives across geographies. Apart from evaluating the Global Engineering R&D (ER&D) landscape, the study also estimated that the Global ER&D spend by organizations will grow at a 9% CAGR to reach USD 2.1 Tn by 2024, as they double down on their digital investments to fortify their market positions.

Zinnov Logo

The pandemic has resulted in enterprises relooking at their ER&D priorities and renewing their focus on Digital Engineering investments. As a consequence, the relentless focus on Digital Engineering by the Hi-Tech and Services-led verticals (BFSI, Healthcare, Retail, etc.) will surpass the traditional Manufacturing-led bastions in their overall ER&D spend, in the next couple of years. For instance, Retail firms have increased their Digital Engineering spend manifold to build capabilities such as contactless commerce through "touchless order-to-delivery" experiences for customers.

Zinnov believes that while there is a mixed bag of digital priorities for companies, there are a few frontrunners catalyzing digital transformation:

5G Enterprise use cases with high speed and low latency requirements across verticals are expected to drive 5G investments. Companies across the value chain (Telco operators, Network Equipment Providers, Semiconductor companies, etc.) are leveraging 5G to enable use cases such as Asset Tracking, Logistics Intelligence, Vehicle-to-everything, etc.

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Digital Thread A key lever of digital enablement is digital thread which is playing a strategic role in enabling touchless manufacturing systems and serviceability. By incorporating 'intelligence' at every step of the value chain and enabling outcomes by intertwining next-gen technology into the process, digital thread will become a critical component for antifragility in manufacturing-led enterprises. In fact, digital thread is already transforming the way products are designed, manufactured, and serviced across Z10001 enterprises. From a use case perspective, smart manufacturing, tracking, and smart insights already lead adoption, while smart design is still playing catch up.

Sustainable Engineering Sustainability adoption is buoyed by growing consumer preferences and investor interests. Today, companies are enabling Sustainability Engineering outcomes by making investments across the Digital Engineering stack for product innovation and operations excellence. Z1000 enterprises across verticals are focusing on Digital Engineering-led Sustainability Engineering, investing in use cases such as smart infrastructure, Intelligent Automation, vehicle electrification, etc., and also focusing on reducing their carbon footprint by enabling a circular economy.

Helming these large-scale initiatives, both for themselves and for their Enterprise customers, are Service Providers (SPs). In fact, SPs with significant exposure to Manufacturing-led verticals (Automotive, Industrial, etc.) were initially impacted in terms of revenues, and are now in the recovery cycle. Those SPs with exposure to Hi-Tech and Services-led verticals maintained a healthy growth trajectory even during the pandemic and are poised for further growth.

Speaking about the study, Pari Natarajan, CEO, Zinnov, said, "Technology has become the true core of companies across verticals even in traditional enterprises such as Banks and Retail companies, which was further reinforced during the pandemic and beyond. In fact, the last year not just moved companies from a physical construct to a digital space, but also transformed how they seamlessly manage their customer, employee, and partner experiences digitally. It is a testament to this heightened focus on digital that companies have increased their Digital Engineering spend not only to build new digital products and experiences but also to digitally enable their existing products and services. Enterprises are investing in themes such as connected, electrified, and autonomous, and have renewed their focus on building sustainable products and services."

"As enterprises look at ushering in the next wave of growth, they are increasingly collaborating with the Service Provider community to accelerate their product roadmaps while keeping sustainability at its core by bringing in product innovation. With the changing macro-economic variables, the exacerbating war for talent on the back of The Great Resignation, and the increased focus on digital skills in technologies such as Cloud, IOT, Automation, AI/ ML etc., across verticals, Service Providers are poised to play a more comprehensive, elaborate, and crucial role in product development in the coming years."

Zinnov's Assessment of ER&D Service Providers

Zinnov's assessment of global ER&D Service Providers is unique this year, because of the geographic evaluation done across high spending countries such as the US, Germany, and Japan, where the primary parameters analyzed include investments, client success, and delivery capabilities for Engineering services. For this study, Zinnov evaluated ~50 Global ER&D Service Providers across the following areas:

Overall

Horizontals

Verticals: Automotive, Aerospace, Consumer Software, Enterprise Software, Industrial, Medical Devices, Semiconductor, Telecommunication

Micro-verticals: ADAS, AI and ML for BFSI, Contactless Retail, Software Cybersecurity, Digital Thread, SDN and NFV, Software Platform Engineering, Telematics, Telehealth, and OTT

Service Providers evaluated: Accenture, Accolite Digital, Aspire Systems, Brillio, Bristlecone, Capgemini, Caresoft Global, Centum, Cognizant, Cyient, Daffodil Software, eInfochips, Encora, Expleo Group, e-Zest, GS Lab, Happiest Minds, HCL, HARMAN DTS, Ignitarium, Infostretch, Infosys, Innominds, KPIT, L&T TS, Marlabs, Mindtree, Mphasis, Musala Soft, Ness Digital Engineering, Persistent Systems, QuEST Global, R Systems, Rishabh Software, Robert Bosch Engineering and Business Solutions Private Limited (RBEI), Sacumen, Sasken, Segula, Sonata Software, SS&C Chorus, Tata Elxsi, Tata Technologies, TCS, Tech Mahindra, To The New, Trigent, UST, Virtusa, Virtusa, Volansys, VVDN Technologies, Wipro

1Z1000 represents Top 1000 global ER&D spenders across 20+ verticals

About Zinnov Zones

Zinnov Zones is an annual rating published by Zinnov which assesses Global Service Providers based on their competencies, capabilities, and market success. Since 2009, Zinnov Zones (previously known as GSPR Global Service Provider Ratings) has become one of the most trusted reports globally, for both enterprises and Service Providers to better understand the vendor ecosystem across multiple domains such as Digital Transformation, ER&D Services, IOT, HIA, and Media and Entertainment.

This is the thirteenth consecutive year that Zinnov has assessed Service Providers for their ER&D capabilities. The detailed ratings and contact information of Service Providers are available at: https://zinnovzones.com/

About Zinnov

Founded in 2002, Zinnov is a leading global management and strategy consulting firm, with presence in Santa Clara, Houston, Bangalore, Gurgaon, and Paris. Over the past 19 years, Zinnov has successfully consulted with over 250+ Fortune 500 enterprises and technology companies to develop actionable insights that help them create value across dimensions of both revenue and optimization. With core expertise in Product Engineering, Digital Transformation, Innovation, and Outsourcing Advisory, Zinnov assists clients by:

Enabling global companies to develop and optimize a global engineering footprint through center setups, and technology and functional accelerators to achieve higher R&D efficiencies, innovation, and productivity;

Advising global PE firms in asset shortlisting and target evaluation, commercial due diligence, and value creation;

Growing revenue for companies' products and services in newer markets through account intelligence, market entry, and market expansion advisory;

Structuring and implementing Digital Transformation levers enabled by technologies like AI/ML, Cloud, IOT, and RPA;

Helping global companies outline and drive their open innovation programs, design and operate accelerator programs, and enable collaboration with start-ups across specific use cases and predefined outcomes.

With their team of experienced consultants, subject matter experts, and research professionals, Zinnov serves clients from across multiple industry verticals including Enterprise Software, BFSI, Healthcare, Automotive, Retail, and Telecom in the US, Europe, Japan, and India.

For more information, visit http://zinnov.com.

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Rackspace Technology Helps Organizations Maximize VMware Investments with Rackspace Elastic Engineering for VMware – Yahoo Finance

New Offering Delivers Modern, Highly Collaborative, Consumption-Based Support Model

SAN ANTONIO, Nov. 17, 2021 (GLOBE NEWSWIRE) -- Rackspace Technology (NASDAQ: RXT), a leading end-to-end multicloud technology solutions company, today announced the launch of Rackspace Elastic Engineering for VMware. The offering delivers an industry differentiating engineering and support model that provides premium value to assist companies in their larger strategic goals of cloud transformation by getting the most out of orchestration, automation, and general tooling for VMware multi-cloud computing infrastructure.

As companies drive to achieve core objectives, including automating tasks, better securing workloads, accelerating application delivery, controlling costs, and adopting new technologies such as Kubernetes using VMware, they are confronting common challenges. These include lack of expertise, limited bandwidth, rigid partner support costs, tech debt, and heavily siloed IT teams. Rackspace Elastic Engineering for VMware addresses these common obstacles by providing access to unmatched VMware and multicloud expertise delivered through agile methods with high affinity to customers and their teams.

The IT skills gap challenge facing organizations is only increasing as the Great Resignation trend makes it even more difficult to find the necessary expertise, said Bryan Litchford, Rackspace Technology Vice President, Private Cloud. Elastic Engineering for VMware gives organizations the peace of mind that they will always have access to a team of qualified VMware and multicloud experts who are dedicated to understanding their business needs and delivering outcome-focused results.

Through Rackspace Elastic Engineering for VMware, companies can leverage a DevOps approach to address key challenges. This new service offering for VMware multicloud computing infrastructure allows organizations to access services through a highly flexible consumption model, empowering organizations to transform as fast or slow as their business demands. Companies gain access to a dedicated team of VMware experts that can optimize workload migrations, accelerate innovation, or augment IT teams with specialized skills or ongoing management and support services.

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Whats unique about this service is that its designed to support both a traditional and modern IT operations strategy, added Litchford. Not all customers are evolving at the same pace or need to transform everything today. Sometimes they require extra expertise to complete the project or want to off-load the management and architecture of a VMware environment. Rackspace Elastic Engineering for VMware allows them to get the level of expertise they require, and only pay for what they use.

Rackspace Elastic Engineering for VMware provides expertise on a broad range of VMware technologies, including building, migrating, optimizing, and managing VMware multicloud computing infrastructure on premises, across hyperscalers and in third party data centers. The offering is designed to accelerate and strengthen critical components of VMware environments including:

Architecture Build-Out: Tanzu, Software Defined Data Center (ESX, NSX, vSAN)

Automation and DevOps: vRealize Automation and vRealize Orchestrator

Cloud Migrations: HCX, VMware Site Recover, vSphere vMotion and Zerto Virtual Replication

Infrastructure Platforms: Dedicated and shared environments on VMware Cloud Foundation, VMware Cloud on AWS, Azure VMware Solutions, and Google VMware Cloud Engine

Optimization: Tanzu, vRealize Operations, vRealize Network Insight

Security: Carbon Black, NSX, Service Defined Firewalls, SASE, SD-WAN

VMware provides many advantages for organizations adopting a multi-cloud strategy. Serving as a strategic advisor, Rackspace Technology can help our mutual customers realize the true potential of everything VMware multi-cloud computing infrastructure can deliver, said Rajeev Bhardwaj, vice president, VMware cloud provider platform solutions, VMware. Rackspace Elastic Engineering for VMware is helping deliver exactly what customers need consumption-based support and engineering that helps them accelerate and navigate their move beyond the data center while unleashing the benefits of VMware Cloud.

With Rackspace Elastic Engineering for VMware, customers will benefit from:

Flexible operational costs A flexible pool of hours for simultaneous use across one or many VMware workloads that can scale up or down as the organizations needs change.

On-demand access to experts Engagement of an on-demand team, including hardware and certified professionals with expertise in all aspects of VMware and data center management.

Consistent team structure A dedicated team of VMware experts familiar with the organizations goals, mission, and strategic priorities.

Shared knowledge and resources Rackspace Technology creates and shares resources, platform tools and framework across all cloud expert teams to deliver the best possible know-how to customers.

Rackspace Elastic Engineering for VMware is the latest Elastic Engineering solution to launch from Rackspace Technology. Other Rackspace Elastic Engineering solutions include support for key hyperscale clouds AWS, Google Cloud and Microsoft Azure, data and security services, ERP and Microsoft 365.

Rackspace TechnologyRackspace Technology is a leading end-to-end multicloud technology services company. We can design, build and operate our customers cloud environments across all major technology platforms, irrespective of technology stack or deployment model. We partner with our customers at every stage of their cloud journey, enabling them to modernize applications, build new products and adopt innovative technologies.

VMware is a registered trademark of VMware, Inc. in the United States, and other jurisdictions

PR ContactNatalie SilvaRackspace Technology Corporate Communicationspublicrelations@rackspace.com

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Rackspace Technology Helps Organizations Maximize VMware Investments with Rackspace Elastic Engineering for VMware - Yahoo Finance

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Engineering alumna wins New York Emmy as host of youth program ‘I Can Be What?’ – RIT University News Services

Jennifer IndovinaRIT alumna, entrepreneur, international TED Fellow and adjunct faculty memberwas part of the WXXI team that won a 2021 New York Emmy for its educational and career focused programming, I Can be What?

Announced recently during the 64th annual New York Emmy Awards ceremony, the award was given in the Children/Youth (12-and-Under) Short-form Content category. Winners were Indovina, host; Erin McCormack, executive producer;and producers Karen Heller, Katie Epner, Cara Rager, Todd McCammon, and Lisa Famiglietti. It was one of five earned by the local NPR affiliate.

As host of the program, Indovina interacts with individuals in exciting jobsfrom zookeepers to pilots to dancersto show how young people can make career dreams possible.

We try to show kids not just how a typical day might look but also the personality fit, the culture of the job, and what might draw you to do it outside of just educational requirements. We concentrated on how you can still spark interest and curiosity in kids by showing jobs that could match their skills and personalities, said Indovina 06 (electrical engineering), 07 (MBA). Its about setting realistic expectations and seeing what its like to be in someone elses shoes.

Indovina is comfortable trying on different shoes.

Im constantly drawn to different mediums and how they could collaborate together, she said. I believe in crossover, lets bridge technology, entertainment, design, and art, and lets look at it from a child-like place of wonder and see what we can build together.

The Emmy is one more success Indovina built.

She started a business, TENREHTE, a clean-tech company that develops the PICOwatt Smart Plug, an energy-saving outlet adapter. She and the team participated in the annual Consumer Electronics Show. TENREHTE held its own among giants, winning the 2010 Best of CES Green Technologies award. Some other winners that year included Panasonic, Motorola, and Ford Motor companies.

That was a Cinderella story, she said.

After sharing TENREHTEs story during the 2010 TED conference, she became a TED Fellow the next year and continues with the international community through the Fellows and as co-founder of TEDx Rochester.

At RIT, she gives back in several ways, volunteering with students in the campus organization Engineering World Heath. Indovina gives a series of workshops on using and repairing medical devices and equipment the students traveling to Haiti or Guatemala will work with during their stay in the countries. Most recently, she began teaching 3D digital design and physical interface design in RITs College of Art and Design. And students in the Multidisciplinary Senior Design Program in the engineering college interact with her as a professional guide.

Its fun to see what the students are building, and as a guide, its great that I can bring in the entrepreneurial aspect, share information with them about product commercialization and how to go from the white board to the schematics to the productbringing all the new product development ideas together, she said. Students are enjoying it and so am I.

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Engineering alumna wins New York Emmy as host of youth program 'I Can Be What?' - RIT University News Services

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ORITE to host meeting with Ohio county engineers, other transportation leaders – Ohio University

Published: November 16, 2021 Author: Staff reports

Ohio Universitys Russ College of Engineering and Technology is collaborating withcounty engineersfrom across the stateto discuss how thecollege can support infrastructure research and deploymentthrough theOhio Research Institute for Transportation and the Environment(ORITE).Dr. Shad Sargand,Russ professorandvice director for Business Development ofORITE,andDr. Issam Khoury, associate professor and director of ORITE,are planninganeventto bring together countyengineers with other transportation leadersincludingthe Ohio Department of Transportation,DriveOhio,andconsultantsandprivate sector representativesto discussastatewide strategy that will inform the future research of ORITE.Theplanning and introductory sessionto launchthemeetingwas hosted on Tuesday, Oct. 12, 2021. The meeting was attended by 15 OHIO engineering alumni and their colleagues who currently work and live in Southeast Ohio.Industry leadersandpersonnelfrom the Ohio Department of Transportation andDriveOhiojoined the meeting as well.The partnership of Ohio County Engineers and Ohio University on solving industry issues through research partnership opportunities has been of great value to county engineers, attendeeBrett Boothe (BSCE07), Gallia County engineer and OHIO alumnus,said.Past research projectsby Ohio University have changed practices in the field.Dick Dickerson,CEO of Utility Technologies International,chair of the Russ Colleges Board of visitorsandanalumnus of OHIOs Civil Engineering program(BSCE 80),gaveopening remarks at the meetingandexpressed that he islooking forward to the future of this collaboration.Theconference hosted by Ohio University was great for relationship enhancement, Dickerson said. Thismeeting was a great example of Ohio working for Ohio.

Fairfield County EngineerJeremiahUpp(BSCE97) added,We need partners, like OhioUniversity, that have facilities in place to provide research andreal-world options that can be utilized forvalueengineering.Russ College of Engineering and TechnologyDean Mei Wei welcomed the group over lunchand drew specific attention to the value ofRuss College alumni. She said that alumninot only know what Russ graduates need to succeed in the field, but theyarealso vital in creating successful partnershipswith key leaders in the public and private sectors.I am looking forward to seeing what transpires as a result of this meeting with our regional county engineers who also happen to be Russ College alumni, Wei said. ORITE is one of the top research centers within the Russ College. We are proud of our track record in assistingODOT and our regional partners with high-quality research and teaching and look forward to tackling newchallenges as they come forward.

Thisinitialmeetingwelcomed stakeholders from around the region who are invested in the success of ORITE and its research. As a result, several county engineers and OHIO alumni will join the planning committee for the statewide meeting which will be held in the coming months.AsaWashington County engineer, forming a partnershipwith Ohio University to provide research on infrastructure issues is very beneficial to our department, Washington County Engineer Roger Wright (BSCE 99) said. With research determiningthe most appropriate way to perform repairs to failing infrastructure, our limited county budget can be focused on solutions. I appreciate Ohio University coordinating and providing an environment in which local infrastructure issues can be discussed and future research projects developed.

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ICC and Define Tech Add Engineering Solutions to Their Suite of Turnkey Clusters – HPCwire

NORTHBROOK, Ill., Nov. 17, 2021 International Computer Concepts (ICC), a leading systems integrator of enterprise-level computing solutions along with its European counterparts Define Tech Ltd, have added to their suite of Turnkey Cluster offerings, with a solution tailored for engineering workloads including computer aided engineering (CAE), finite element analysis (FEA), computational fluid dynamics (CFD) and exploratory data analysis (EDA).

Modern engineering design workloads depend on simulation-driven technologies that both ingest and generate huge datasets. With these continually growing datasets comes the continual need for more and more compute power and ultimately a high-performance computing infrastructure. Finding a compromise between cost and research requirements is something we offer with our Turnkey CFD Cluster solutions.

Featuring latest generation hardware and LMX Cloud software, the turnkey offering is a densely heterogeneous computing platform, featuring leading generation CPU integration to help maximize workload acceleration, boost memory and performance. Built-in GPU acceleration delivers unprecedented compute performance enabling engineers and analysts to harness the power they need to perform complex simulations and solve the most challenging engineering problems.

Highly parallel engineering applications require an HPC storage system that can respond to application demands, which is why this solution includes WekaFS the fastest file storage for AI and Technical Computing. With support for latest generation CPUs including the newly announced AMD Milan-X chip, which is reporting up to 50 percent performance improvements on targeted technical computing workloads. The cluster also includes a built-in software application repository for engineering and analytical tools which allows users to easily deploy certified applications such as Ansys and OpenFOAM.

As a leader in HPC solutions, we appreciate the challenges our customers face regarding the level of expertise needed when deploying HPC Clusters, noted ICCs Director of Development, Alexey Stolyar, with this latest addition to our HPC Cluster suite, we aim to provide our customers with an easy-to-use, cost-effective, AI-optimised solution made specifically for simulation-driven engineering workloads.

We recognize that high-performance clusters are not a one-size-fits-all solution, and each industry vertical brings a new set of requirements and applications to the table. Thankfully, our LMX Cloud software bridges the gap between software and hardware requirements for any vertical. For engineering workloads, LMX enables users to interface with the environment via an easy-to-use Web GUI which includes support for remote visualization as well as GPU rendering for pre/post processing of simulation applications adds David Power, CTO at Define Tech.

To find out more about these turnkey cluster solutions, visit http://www.icc-usa.com or http://www.define-technology.com.

About International Computer Concepts (ICC)

International Computer Concepts (ICC) is a leading provider of IT technology. Since 1993, ICC has been integrating computing systems with the latest hardware and software components to meet the ever-changing business and IT requirements of its clients. With a focus on technical expertise and delivering energy-efficient and high-performance solutions, ICC uses only the best components available to design and assemble computing systems. Based in Northbrook, Illinois, ICC works closely with clients that include local businesses, multinational corporations, institutions of higher learning, high performance computing and government agencies to equip them with superb systems built for their needs. For more information on International Computer Concepts (ICC), visit http://www.icc-usa.com.

About Define Tech Ltd.

Define Tech is a global provider of cloud technology solutions, with capabilities and expertise across the entire IT supply chain. The ISV is focused on helping companies design and implement their desired technology strategy, by coupling the right software, cloud, and storage solutions at the right price, while managing and optimising the wider software estate. For more information on Define Tech, visit http://www.define-technology.com.

Source: ICC

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SWARM Engineering and Virginia Tech Collaborate to Solve Problems in the Agri-Food Supply Chain – Yahoo Finance

IRVINE, Calif., Nov. 16, 2021 /PRNewswire/ -- SWARM Engineering, a startup that uses next generation cognitive computing to tackle challenges in the agri-food supply chain, announces a research & development collaboration with Virginia Tech. The goal is to tackle real-world optimization problems in the agri-food supply chain, using a unique approach that combines the latest AI and machine learning techniques with operational research, and novel visualization approaches. This union leverages the high-quality research and world-class talent within Virginia Tech's Grado Department of Industrial and Systems Engineering, along with SWARM's pioneering technologies and cloud-based software platform. Virginia Tech's LINK + LICENSE + LAUNCH team facilitated the relationship and assisted with contract details, intellectual property rights, and support needs.

Virginia Tech researchers led by Dr. Ran Jin, Associate Professor and Director of Laboratory of Data Science and Visualization at the Grado Department of Industrial and Systems Engineering, will team up with SWARM to develop innovative ways to optimize key processes repeatedly used in the agri-food supply chain, with a particular focus on how to manage and visualize multiple-objective optimizations. These types of optimizations are often highly complex to both model and solve, and frequently combine several functional areas of a value chain in a single process. Solving this category of problems can deliver significant efficiency benefits in the cost of food production and transportation, positively impacting sustainability. The research project will have the potential to expand into several key areas for the University and SWARM.

"The Grado Department of Industrial and Systems Engineering is committed to continued advancement on the forefront of science and technology. This collaboration with SWARM will expand our innovations in the cognitive computing space," Dr. Jin said. "Our current projects explore areas at the intersection of AI and machine learning applied to State-of-the-Art Optimization and Problem Formulation."

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"We're thrilled to launch this project with Dr. Jin and his team at Virginia Tech. The quality of the University's research and their ability to attract world-class students, faculty, and staff to work on some of the most cutting-edge science, makes this collaboration a great opportunity to jointly develop advanced AI models. SWARM is excited to work on technologies and new approaches that will help democratize AI and Operational Research, making the latest scientific advances available to people running agri-food businesses, in an easy-to-consume way," Anthony Howcroft, SWARM CEO said.

About SWARM Engineering:SWARM is a Software-as-a-Service platform that uses next generation cognitive computing to tackle challenges in the agri-food supply chain to save costs, reduce waste, and deliver environmental benefits. The SWARM platform is structured around a multi-agent approach which utilizes a curated market of algorithms to transform key processes such as demand/supply planning, optimizing yield, inbound and outbound logistics, or pricing optimization. SWARM provides an easy way for business users to define problems, and rapidly match them to advanced solutions without any software coding, knowledge of advanced AI, or machine learning. SWARM is democratizing AI for the agri-food supply chain.

About Virginia Tech:Dedicated to its motto, Ut Prosim (That I May Serve), Virginia Tech pushes the boundaries of knowledge by taking a hands-on, transdisciplinary approach to preparing scholars to be leaders and problem-solvers. A comprehensive land-grant institution that enhances the quality of life in Virginia and throughout the world, Virginia Tech is an inclusive community dedicated to knowledge, discovery, and creativity. The university offers more than 280-degree programs to a diverse enrollment of more than 37,000 undergraduate, graduate, and professional students in eight undergraduate colleges, a school of medicine, a veterinary medicine college, Graduate School, and Honors College. The university has a significant presence internationally and across Virginia, including the Innovation Campus in Northern Virginia; the Health Sciences and Technology Campus in Roanoke; sites in Newport News and Richmond; and numerous Extension offices and research centers. A leading global research institution, Virginia Tech conducts more than $550 million in research annually.

LINK+LICENSE+LAUNCH is a team of Virginia Tech professionals dedicated to all aspects of corporate partnerships, from research collaborations to corporate giving, technology commercialization, and start-ups.

Media Contact:Holly Self(949) 414-6559323864@email4pr.com

Cision

View original content:https://www.prnewswire.com/news-releases/swarm-engineering-and-virginia-tech-collaborate-to-solve-problems-in-the-agri-food-supply-chain-301424870.html

SOURCE SWARM Engineering

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L&T Technology Services Chosen by NVIDIA and Mavenir as Engineering Partner to Accelerate Adoption of Industrys First Converged AI-on-5G Platform -…

BENGALURU, India, November 17, 2021--(BUSINESS WIRE)--L&T Technology Services Limited (BSE: 540115, NSE: LTTS), a leading global pure-play engineering services company, announced that it has been selected as an engineering partner by Mavenir and NVIDIA, to accelerate adoption of the industrys first converged AI-on-5G.

LTTS will support Mavenir with customization, integration and deployment of AI applications for deployment on NVIDIAs AI-on-5G Platform

AI is already transforming many industries across the globe. When combined with the power of 5G networks, the two technologies will enable powerful new use cases in a quick, secure, and cost-effective manner.

NVIDIAs AI-on-5G platform is a unified platform that brings together developments at the edge to accelerate the digital transformation of enterprises across all industries. 5G provides the underlying connectivity for billions of devices, extending AIs reach to all connected objects and enabling new use cases and new markets. AI-on-5G is supported by a large ecosystem of partners offering a range of GPU-optimized applications and by NVIDIA SDKs, toolkits, and APIs.

Abhishek Sinha, Chief Operating Officer & Member of the Board, L&T Technology Services said, "5G and AI are two inseparably linked technologies - both poised to significantly improve the performance of applications and solutions and enabling huge amounts of data to be processed in real-time. We are delighted to support NVIDIA and Mavenir on this transformative initiative to offer powerful AI solutions that unlock the true potential of 5G."

Soma Velayutham, Industry General Manager, AI & 5G, NVIDIA said, "NVIDIA is building platforms to bring the power of AI to the edge to support enterprise transformation. LTTS expertise in digital engineering will help accelerate the adoption of AI-on-5G platforms at the edge globally."

BG Kumar, President, Communication Services Business Group, Mavenir said, "With the recent launch of Mavenirs Intelligent Video Analytics (IVA), Communications Service Providers (CSPs) and Enterprises can take advantage of seamless, hyperconverged AI-on-5G applications enabled by Mavenirs deep knowledge in AI coupled with broad solutions expertise serving a diverse customer base. Selecting L&T Technology Services as an engineering partner will enable the technology to reach organizations on a global level and unleash the endless possibilities provided by 5G."

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About L&T Technology Services Ltd

L&T Technology Services Limited (LTTS) is a listed subsidiary of Larsen & Toubro Limited focused on Engineering and R&D (ER&D) services. We offer consultancy, design, development and testing services across the product and process development life cycle. Our customer base includes 69 Fortune 500 companies and 57 of the worlds top ER&D companies, across industrial products, medical devices, transportation, telecom & hi-tech, and the process industries. Headquartered in India, we have over 17,900 employees spread across 17 global design centers, 28 global sales offices and 72 innovation labs as of September 30, 2021. For more information please visit https://www.ltts.com/

View source version on businesswire.com: https://www.businesswire.com/news/home/20211116006497/en/

Contacts

Aniruddha BasuL&T Technology Services LimitedE: Aniruddha.Basu@LTTS.com T: +91-80-67675707

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L&T Technology Services Chosen by NVIDIA and Mavenir as Engineering Partner to Accelerate Adoption of Industrys First Converged AI-on-5G Platform -...

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BioLargo at "apex of opportunity" as it sees strong engineering division growth in 3Q – Proactive Investors USA & Canada

BioLargo Inc CEO Dennis Calvert tells Proactive it saw a jump in consolidated revenue during its third quarter. The company generated $712,000 in revenue, a 7% year-over-year increase. Revenue for its engineering division increased by 73% year-over-year and 92% month-over-month. Its net loss during the quarter was reduced to $1.3 million, down from $2.1 million in the year-ago period.

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Strathclyde engineering professor first in Scotland to receive Chinese honour – University of Strathclyde

Professor Tariq Durranifrom the University of Strathclyde is the first person from Scotland to be elected as a Foreign Member of the Chinese Academy of Sciences.

The Academy is the world's largest research organisation, with around 60,000 researchers working in 114 institutes, and has been consistently ranked among the top research organisations around the world.

It functions as Chinas national academy and as the national scientific think tank and academic governing body. Election to the Academy is one of the highest honours that China bestows on a citizen of a foreign country.

Professor Durrani, a Research Professor in Electronic and Electrical Engineering, was recognised for his innovations in key areas of signal processing, his leadership of the engineering profession, his long term collaboration with Chinese researchers and his establishment of the China Scotland Signal Image Processing Research Academy (SIPRA) ten years ago.

He said:

I am thrilled, delighted and honoured at this unique recognition, coming especially from peers in China who lay great store on innovation, quality and impact of ones work."

The professorwill be inducted into the Academy at a ceremony in later in the New Year, COVID restrictions permitting.

Professor Durrani joined Strathclyde as a lecturer in 1976 and was appointed Professor of Signal Processing in 1982, the first on the subject in the UK.

He was formerly Deputy Principal, overseeing staff development, the Hunter Centre for Entrepreneurship, Centre for Lifelong Learning and the Universitys IT and computing infrastructure, and was Head of the Department of Electronic and Electrical Engineering from 1986 to 1990.

Professor Durrani was appointed an OBE in 2003 for his services to Higher Education and electronics research and has been Vice President (International) of the Royal Society of Edinburgh, and Vice President for Educational Activities for the Institute of Electrical and Electronics Engineers.

He was also the Co-Chair of the Advisory Board for the UNESCO Engineering Report II on the progress of UN Members States towards achieving the Sustainable Development Goals by 2030 and, in 2018, was elected Foreign Member of the US National Academy of Engineering again the first person from Scotland to receive such recognition.

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Strathclyde engineering professor first in Scotland to receive Chinese honour - University of Strathclyde

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