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School of Engineering commencement to remain virtual, with in-person recognition – Daily Bruin

Although students of the School of Engineering petitioned to have an in-person commencement, the ceremony is set to remain virtual.

Anneliese Peterson, a fourth-year aerospace engineering student, hoped to celebrate her 2021 graduation from the Henry Samueli School of Engineering and Applied Science with an in-person graduation ceremony that resembled those in the years prior to the COVID-19 pandemic. She said she hoped there would be actual seating, a speaker and the opportunity to spend time with friends and shake hands with professors.

I cant think of a single engineering major that doesnt want a graduation, Peterson said.

That is not the plan for this year. According to the UCLA Commencement 2021 website, UCLAs professional schools, most departments and student group communities will hold virtual ceremonies. According to the SEAS commencement website, students of the School of Engineering are a part of those set to have a virtual commencement.

As the COVID-19 situation in LA County improved, Chancellor Gene Block announced April 13 that there would be a special in-person procession and individual commemoration for graduates with no guests allowed.

Amanda Chan, a fourth-year bioengineering student, experienced a similar frustration and disappointment as her peers with the absence of an in-person commencement ceremony.

We really wanted to just express what we were feeling to the administration, also hoping that with the petition, there would be a chance that (they) would reconsider their graduation plans, she said.

Through mutual friends, Chan found Peterson and other engineering students who were also vocal about the issue. Together, they organized a petition addressed to the university on Change.org to call for an in-person School of Engineering graduation ceremony.

College commencement is a deeply meaningful milestone for graduates, representing a culmination of four years of hard work, challenges and growth, the petition stated. We deserve the same commitment from UCLA administration to provide closure to us as other universities in the same county.

The University of Southern California held an in-person commencement ceremony at the Los Angeles Memorial Coliseum from May 14-20. Up to two guests were allowed for each graduate, and a speaker was invited.

The petition initiated by Chan gathered nearly 600 signatures on Change.org.

The administration changed some of their plans after the petition.

On May 7, Vice Chancellor for Student Affairs Monroe Gorden, Jr. announced that up to two guests will now be welcome for the in-person procession and recognition events. Guest seating will, however, still not be provided.

In an emailed statement, Christine Lee, Samueli School of Engineerings Executive Director of Communications, said that the School was able to announce an in-person recognition dedicated to engineering graduates with two guests on June 12 at the Drake Stadium.

This in-person celebration will be two hours long and is neither a commencement nor a degree conferral, and the School of Engineerings official commencement will still take place virtually, according to the SEAS commencement website.

Lee said that the School communicated the new arrangement directly with the students behind the petition.

Its really awesome that they have come up with an option where we do get to have some in-person part to our graduation, said Ahanti Bommireddipalli, a fourth-year bioengineering student who is also one of the petitions organizers.

However, Bommireddipalli said she would like more of a sense of togetherness with her classmates in the celebration, since the available in-person procession spreads graduates celebrations out across different time slots and remains nontraditional.

In a traditional ceremony, it would be me and my bioengineering classmates the people that Ive taken courses with all four years along and we would all get to celebrate and share that moment together as opposed to it being such an individual thing, she said.

In regards to COVID-19 concerns, Chan said she thought in-person graduation could happen this year at a smaller scale. She communicated with the Dean of SEAS, Jayathi Murthy, via email to discuss the possibility of holding departmentwide rather than schoolwide ceremonies her bioengineering major has around 80 graduating seniors this year, she added.

However, the administration rejected the suggestion because this has not been tradition in years prior to the pandemic, Chan said.

The Commencement 2021 website states UCLA will host in-person commencement ceremonies for the entire Classes of 2020 and 2021 and their families and friends at a later date.

Peterson said she went to a departmental town hall and asked a representative there about the possible date of these expected ceremonies. She said the representative told her that the administration would probably not plan anything for at least a year.

Bommireddipalli commended the administrations efforts despite not achieving what the petition wanted.

(The administration was) very appreciative of the fact that we wanted to celebrate our time at UCLA and wanted something to remember it by, she said. But the response was that its not very feasible due because of the pandemic, travel restrictions, social distancing and other protocols that are in place.

Peterson said that given the limited time before the scheduled commencement in June, she does not think the administration will be able to go through the bureaucracy in time to make the in-person SEAS commencement happen. She is therefore focusing on enjoying her remaining time at UCLA instead, she said.

Chan holds a similar view that the graduation plan would not be changed.

Im definitely still going to cherish the celebration we do have with friends and family and just make the most of the format that it looks like this year, Chan said.

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School of Engineering commencement to remain virtual, with in-person recognition - Daily Bruin

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Arts, media and engineering professor awarded yearlong fellowship at Harvard Radcliffe Institute – ASU Now

June 2, 2021

ASUs School of Criminology and Criminal Justicehas renamed the annual Alumni Scholar Award for a distinguished member of its faculty who retired this spring.

The Dr. John R. Hepburn Alumni Scholar Award was renamed at the request of the faculty. It is an annual award presented for outstanding scholarly contributions to the discipline of criminology and criminal justice by a recipient of a MA, MS, or PhD degree from the school. John Hepburn, professor emeritus of the School of Criminology and Criminal Justice at Arizona State University. ASU photo Download Full Image

Hepburns career started at the University of Iowa where he obtained a PhD in sociology. He spent time at Augustana College in Illinois and was an associate professor and fellow for the Center of Metropolitan Studies at the University of Missouri, St. Louis.

Hepburn came to Arizona State University in 1984 as director and professor of justice studies (at the renamed School of Justice and SocialInquiry). He served as director for five years. In 2005, he was named dean of the College of Human Services on ASUs West campus and was instrumental in transforming the Administration of Justice program into the School of Criminology and Criminal Justice, which has continued to thrive since its move to the Downtown Phoenix campus. From 2008 through 2014, he served as vice provost of academic affairs. Since then, Hepburn has served in the role he loves most: a professor who teaches, researches and mentors. He retired from ASU at the end of the spring 2021 semester.

Hepburn has extensive research experience on contemporary issues of corrections, including offender reentry into the community. He studies the effects of individual risk factors and criminal justice organizational structures and processes on the offenders future social and criminal outcomes. The other focus of his research is the sociology of the prison as a complex organization. Throughout his career, Hepburn not only served in key administrative roles, but he also secured over $3.5 million in funded research. He has numerous publications, including both refereed and nonrefereed articles, books and book chapters.

Hepburn has also served as a mentor and friend to countless students and faculty. School of Criminology and Criminal JusticeAssociate Director Hank Fradella is one of those individuals.

Since 1994, John has been my primary academic mentor. He has had a huge influence on my work as a teacher, author, administrator and professional in our discipline. He instilled in me the importance of being a servant-leader and a good mentor for the next generation of scholars, Fradella said. I now know him as one of my dearest friends. While he will be absent from our school, I look forward to seeing Johns continued work in the field and at conferences and symposia. Moreover, I look forward to spending social time with him in his retirement.

The school's Director Jon Gould reflected that, John has been a wealth of information supporting me and the school. I have appreciated his institutional knowledge and help in navigating the university. He may be retiring, but I have his cell number, and he has promised to still answer.

Gould also noted that when Hepburn announced his retirement, several faculty members independently approached him about naming an award in his honor. John always has been and always will be highly regarded, and I am very pleased that we moved forward on naming this award after him, Gould said.

The 20202021 recipients of the Dr. John R. Hepburn Alumni Scholar Award are David Pyrooz, PhD (Class of 2012) associate professor, University of Colorado; and Jill Turanovic, PhD (Class of 2015) associate professor, Florida State University.

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The flame retardants market for engineering resins market size is estimated to be USD 1.7 billion in 2021 and is expected to reach USD 2.3 billion by…

during the forecast period 2021-2026. Factors such as the growth of end-use industries and increasing fire safety regulations will drive the flame retardants market for the engineering resins market. Engineering plastics are increasingly used as substitutes for steel in automotive manufacturing processes to reduce the vehicles weight and increase component efficiency.

New York, June 04, 2021 (GLOBE NEWSWIRE) -- Reportlinker.com announces the release of the report "Flame Retardants Market for Engineering Resins Market by Type, Application, End-use - Global Forecast to 2026" - https://www.reportlinker.com/p06089479/?utm_source=GNW This is increasing the demand for flame retardants. The major restraint for the market will be environmental and health concerns and high loading levels associated with mineral-based flame retardants. However, the innovation in technology and the development of more effective synergist compounds for better performance will act as an opportunity for the market.

Brominated flame retardants is the largest type for flame retardants market for engineering resins market in 2020Brominated compounds have vast applications in several industries.Brominated flame retardants have an inhibitory effect on combustion chemistry.

They reduce the flammability of products.These are generally organobromine compounds and are most effective in plastic applications such as PA, ABS, PBT, PET, and PC.

Bromine stops fire by interacting with the fire cycle in the gaseous phase and stops the chemical chain reaction.The flame retardant acts in two ways, either by preventing the fire from starting or by slowing it down significantly.

They are added to materials such as plastics and do not alter the properties of the parent material. They are very effective flame retardants and used for end-use applications such as textiles, electronics, building materials, plastics, and foams.

ABS is estimated to be the largest application of flame retardants market for engineering resins market between 2021 and 2026.ABS is a common amorphous thermoplastic polymer with no true melting point.It is produced by polymerizing styrene and acrylonitrile in the presence of polybutadiene.

Acrylonitrile increases the heat deflection temperature of the compound and contributes to chemical resistance, hardness, and rigidity.In contrast, styrene gives a shiny and impervious surface to the plastic.

ABS is an engineering plastic that is easy to manufacture and fabricate.ABS is an optimum material for applications when properties, such as resistance, strength, and durability are required.

ABS has various end-use applications such as food handling & equipment, aerospace & defence, oil & gas, medical technology materials, and material handling & conveying.

North America is expected to be the largest flame retardants market for engineering resins market during the forecast period, in terms of value and volume.

North America is projected to be the largest market for flame retardants market for engineering resins during the forecast period.North America has dominated the global flame retardants market for engineering resins market.

This dominance is attributed to the increasing use of flame retardants market for engineering resins is driven by stringent regulations and consumer awareness.Stringent and increasing environmental regulations and strict standards set by other regulatory authorities make North America a substantial market for flame retardant manufacturers.

The demand for flame retardants market for engineering resins is growing, especially in APAC and the Middle East & Africa. Thus, the markets in these regions are expected to register higher growth in comparison to other regions.In the process of determining and verifying the market size for several segments and subsegments identified through secondary research, extensive primary interviews were conducted. A breakdown of the profiles of the primary interviewees are as follows: By Company Type: Tier 1 - 45%, Tier 2 - 30%, and Tier 3 - 25% By Designation: C-Level - 46%, Director Level - 25%, and Others - 29% By Region: North America - 27%, Europe - 27%, APAC - 33%, South America - 7%, and Middle East & Africa - 6%,

The key market players profiled in the report include Albemarle Corporation(US), Clariant AG (Switzerland), Israel Chemicals Ltd(Israel), LANXESS AG(Germany), BASF SE(Germany), Huber Engineered Materials(US), DuPont de Nemours (US), Nabaltec AG (Germany), Italmatch Chemicals S.p.A(Italy), RTP Company(US) and Budeheim Chemicals KG (Germany).

Research CoverageThis report segments the market flame retardants market for engineering resins on the basis of type, application, and region, and provides estimations for the overall value of the market across various regions. A detailed analysis of key industry players has been conducted to provide insights into their business overviews, products & services, key strategies, new product launches, expansions, and mergers & acquisition associated with the market for flame retardants market for engineering resins.

Reasons to buy this reportThis research report is focused on various levels of analysis industry analysis (industry trends), market ranking analysis of top players, and company profiles, which together provide an overall view on the competitive landscape; emerging and high-growth segments of the flame retardants market for engineering resins market; high-growth regions; and market drivers, restraints, opportunities, and challenges.

The report provides insights on the following pointers: Market Penetration: Comprehensive information on flame retardants market for engineering resins offered by top players in the global flame retardants market for engineering resins market Product Development/Innovation: Detailed insights on upcoming technologies, research & development activities, and new product launches in the flame retardants market for the engineering resins market Market Development: Comprehensive information about lucrative emerging markets the report analyzes the markets for flame retardants market for engineering resins across regions Market Diversification: Exhaustive information about new products, untapped regions, and recent developments in the global flame retardants market for engineering resins market Competitive Assessment: In-depth assessment of market shares, strategies, products, and manufacturing capabilities of leading players in the flame retardants market for engineering resins market Impact of COVID-19 on flame retardants market for engineering resins marketRead the full report: https://www.reportlinker.com/p06089479/?utm_source=GNW

About ReportlinkerReportLinker is an award-winning market research solution. Reportlinker finds and organizes the latest industry data so you get all the market research you need - instantly, in one place.

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Inclusion of marine engineering, geomatics in GATE 2022 to help graduates pursue specialised careers – The Indian Express

The inclusion of two new papers, Naval Architecture and Marine Engineering (NA&ME) and Geomatics Engineering, in the 2022 edition of the Graduate Aptitude Test in Engineering (GATE), answers the call of undergraduates who aspire to pursue specialised careers in these disciplines. The GATE 2022 will be conducted by the Indian Institute of Technology (IIT), Kharagpur.

The leap from undergraduate (UG) to masters course is a step towards specialisation. Students who want to pursue a masters in marine engineering did not have the provision of appearing in a specialised GATE paper till now. Such students opted for general engineering papers and consequently, could not score well. This impacted their overall score as they could not get through the admission process of the desired MTech programme. The inclusion of these papers will allow students to score well in their respective fields, K Murali, professor and head of the department of ocean engineering at IIT Madras, said.

The decision could also improve student enrolment in marine engineering at all levels. As per the All India Survey of Higher Education (AISHE) 2018-19, 4189 students enrolled in undergraduate courses in marine engineering. A total of 299 in PG courses and only 180 in PhD. In contrast, 8,80,349 joined UG courses in computer engineering, followed by 29,714 at PG level and 5,846 at PhD level.

Usually, students of marine engineering opt for mechanical engineering or civil engineering papers. They obviously will score less than those who have studied civil engineering for four years. The recognition in GATE will allow students to join marine engineering early in their careers as they will be assured of specialised opportunities in the future. Hence, the enrolment at UG, PG level will automatically increase, giving a boost to the overall field, said Debabrata Karmakar, assistant professor, department of water resources & ocean engineering at National Institute of Technology (NIT) Surathkal.

Read | GATE 2021 topper: Heres how civil engineering topper Shashwat Srivastava prepared for exam

The subject of geomatics, known informally as survey engineering or surveying as a discipline, was part of the civil engineering discipline. However, from the early 20th century, it attracted special attention as it turned to different practices for land measurements. The discipline was then known as topography.

Today, it is popularly named as geomatics as it includes semi-automated and automated processes for data acquisition, data processing, and applications related to Earth information, said Ajay Dashora, assistant professor of geomatics earth sciences group at IIT Guwahati.

Also Read | GATE 2021 Hemant Jindal AIR 8: Not applied for PSU job, want to become a teacher

Technologies like photogrammetry, radar, sonar, GPS, remote sensing, and GIS are some well-known applications of geomatics. Such evolutions also demand changes at the education level and perception of the field.

The subject has diversified from conventional civil engineering and developed itself into a new discipline providing new career ambitions to industry, students, and researchers. The inclusion of geomatics in GATE will not only strengthen the government bodies like (e.g. ISRO, DRDO, Meteorology Dept etc) but will also provide opportunities to students with distinct knowledge for many areas that are important for civil society, Dashora added.

Karmakar added that GATE scores are also accepted by several foreign universities and graduates of these domains will have better career opportunities at their disposal.

Public Sector Undertakings (PSUs) also use GATE scores to hire engineering graduates in various domains. Marine engineering and geomatics engineering have several industry partners, both government and private agencies, that are recruiting through GATE. The initiative of offering these papers will enable the students to qualify for recruitment, This will ensure better employment opportunities, Murali added.

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Q&A: Facebooks new chief in Seattle on 23 years at Microsoft and the future of engineering centers – GeekWire

Facebooks Rajeev Rajan. (Facebook Photo)

Rajeev Rajan first came to the Seattle area as a Microsoft intern in 1994, and ended up staying with the company for 23 years. Four years into a new career at Facebook, Rajan is working to bring other engineers to the region to continue to grow the social media giants sizable hub of more than 7,000 employees.

Rajan is currently vice president of engineering and head of Facebook for the Pacific Northwest, the second largest engineering hub for the company outside of Silicon Valley. He started at the company on its Marketplace platform, supporting engineering before moving to support the video engineering team.

Rajan who replaced Vijaye Raji in leading the thousands of Facebook employs who work in the region is not slowing down the companys amazing growth spurt in the past 11 years. We are going to be looking for real estate all over the place, he said.

GeekWire caught up with Rajan to discuss his long tech career, Facebooks continued growth in the Seattle region, the future of engineering centers and remote work, and navigating Facebooks much-publicized troubles. Keep reading for our Q&A, edited for length and clarity.

GeekWire: 23 years at Microsoft is like a lifetime. Talk about the differences and the similarities between Microsoft and Facebook, the culture and everything around that.

Rajan: I had a very wonderful time at Microsoft, super happy there. I started as an intern on Windows 95, came right out of school. I was at the University of Illinois at Urbana-Champaign. I was actually doing a PhD program, but then I happened by chance to come for an internship in the summer of 94, fell in love with the Seattle area and Microsoft and stayed on full time. I did not actually go back and finish my PhD, I just joined the fun and the party. I worked on many different things over the years Windows operating system, Exchange server, email, SQL server. Towards the end, the last few years, I was part of the team that built Office 365, which was super successful for the company.

Along the way, they made me a distinguished engineer and I left as VP of engineering. So I was doing really well and happy there and with a great team. I happened to know somebody who knew [former Facebook Seattle site lead] Vijaye [Raji], so Vijaye called me over to the Seattle office for lunch. I was really struck by the energy I saw there and just the office itself and the people I met. Vijaye suggested that I go to Menlo Park and meet some leaders. So I flew down and met with some folks there. I was again, super impressed with the Menlo Park campus.

I guess inside me, I was thinking, Do I do another innings? Or do I finish it up at Microsoft? I felt like, perhaps I could try a different thing. Back in the day in Seattle, Microsoft used to be the only choice, or Amazon. And now we have much more opportunity in the Seattle area. So I was like, OK, let me try something new and different. Also it reminded me very much of Microsoft in the 90s. The company was much smaller, I felt the same energy, Zuck is a little bit like Gates in terms of the founder/CEO. I just felt that was sort of like Microsoft, but 30 years in the future in terms of generational shift and things the companys working on, and also just the impact you can have on society in terms of the broad scale set of what Facebook does seemed very appealing. The culture really was the thing that attracted me and I felt like it should be a good change for me.

GeekWire: Talk a little about Facebook in Seattle how many folks are here now?

Rajan: Right now we have more than 7,000 people total in the Pacific Northwest. We started in 2010, one of the first offices outside of Menlo Park. Its the biggest hub outside of Menlo Park for Facebook. We started in Redmond in 2014 and then Bellevue in 2019. And so now we are all across the region. We are super excited about our new Bellevue campus that is opening. The buildings are ready to go and but for the pandemic, we would have opened up already. We also bought the REI headquarters over in Spring District. Given the buildings we already had and the REI headquarters, we now have a nice hub, or campus, if you will. We think it could be very similar to what we call the classic campus. It affords an opportunity for a lot of talent on the Eastside that previously might not have wanted to make the trip across the lake to commute.

GeekWire: Is Spring District and what you mentioned in Bellevue going to impact South Lake Union or are you going to stick around down there?

Rajan: Were going to stick around. We love the South Lake Union area. We have a number of buildings there. Were growing in general in the region, Facebook as a company is growing quite a bit. And were definitely looking to tap into the capacity in the Pacific Northwest. So we are going to be looking for real estate all over the place. Eastside is great to have a location, but Seattle, if we find good properties, well expand there. So were not looking to move out of Seattle, were looking to expand in all the different areas.

GeekWire: How important is Seattle to Facebook overall? You mentioned its the biggest hub outside of Menlo Park. Why did it become that way? What about Seattle made sense?

Rajan: I think lots of things. First of all, I think Facebook was one of the early companies to open a hub. Now every Silicon Valley company, I think, has an office in Seattle I think there are many reasons that drove that, one was we knew that theres a lot of good talent in the region. It has all the elements of a great tech hub, which has proven to be the case. And so because of our early start, we were able to start many teams and products and projects in Seattle. For example, one of the first teams I joined in Facebook was Marketplace. And Marketplace was completely built in Seattle.

When you look at some of the Silicon Valley companies, they tend to start in the Bay Area and then have maybe a smaller team in Seattle. Even Microsoft is famously very Redmond centric. With Facebook, I think the philosophy has been we want to be distributed across many different locations. So having more locations outside the Bay Area was part of the strategy. We have Seattle, we have New York, we have Boston, we have London, we even have one in Tel Aviv. So we have a few locations around the world and from the beginning the philosophy was we want these locations to really work and we want to be able to create products in these locations that are not necessarily Menlo Park-based. We started Marketplace in Seattle, we started Gaming in Seattle, we have a big presence in Groups and Community. And we also have, now over time, all of the parts of the Facebook family of apps represented in Seattle, from infrastructure all the way to the Facebook products. Therefore, if you join Facebook in the Pacific Northwest, you can work on pretty much anything that Facebook works on.

GeekWire: Anything thats coming or products or services that youre working on now that are particularly noteworthy or that youre excited about?

Rajan: We do have a big presence in Redmond and a little bit in Seattle around Oculus and the Facebook Reality Labs. Obviously AR and VR are a big future trend for the company as well as for the world. I personally run the video engineering team and we did a few announcements recently, and Mark did a few announcements, around audio. One thing thats come out of COVID is we are all on these Zoom meetings and its a little tiring to be on video all the time. So imagine you had a meeting like this, its all audio, youre walking outside, enjoying the good weather and youre just talking. We think audio has a big future.

GeekWire: Lets talk a little bit about remote work and your back-to-office plans, Seattle specifically. Do you have a percentage on who you expect back and when and what your offices are going to look like in a post-pandemic world? Youve mentioned a lot of real estate.

Rajan: I think the office is always going to be a big part of our future. In terms of getting back to the office, were looking at the health data locally. We are being super conservative with respect to whats a good timing for it. Well probably have some 10, 20%, some small percentage return to office somewhere perhaps in the July timeframe if things work out right. That small percentage is for people who are actually struggling to work from home right now. Wed like to give them an opportunity to come back in a little bit. But the really big return to office will be in the September, October timeframe. We already signaled that to employees because we wanted them to make summer plans and not be in a situation, Are we going back? Are we not going back?'

GeekWire: [Amazons] Andy Jassy said something in an interview about how the ability to innovate is just better in person. Do you share that viewpoint?

Rajan: Absolutely. We are human beings. We get a lot of energy from each other hallway chats, whiteboard drawings, all kinds of things. So the office is definitely going to be a big part of our future. Now I do think well be competitive with the tech industry in the world in terms of what is a flexible option. Maybe, I dont know, a day of the week youre working from home, something along those lines. Even for people who are working in the office, therell be some flexible options.

Then therell be a set of people like Mark said, who will be completely remote. They can choose to be completely remote. We think thats a big future where you could be not even staying in the Seattle area. You could be living in different states and cities in the U.S. and you can work remotely from home. I do think for those people, they will want to come into the office maybe once or twice a month to meet people in person and get some connections, but for the most part, they can work remotely.

GeekWire: That leads us to the future of engineering centers and whether you think the pandemic will have impacted that, whether fewer companies will see the need to set up these satellite offices away from their headquarters, with this rise in remote work. Or whether were just going to have a short-term memory on that and well get back to business.

Rajan: I think that the aggregate demand for engineers is just going up. I think technology is a good force for society in general. I do think theres a lot more innovation to be had, whether its AR, VR, AI, or all kinds of exciting new trends. So theres going to be a bigger demand for talent in general, which means that the engineering centers are going to continue to grow and were going to need more of them around the U.S. and around the world.

But I do think some of that demand will be met by remote work. And I think that will afford a bunch of people the ability to work from other states or other cities, who dont have to be in the big city or in the big center, where previously you had to be in Seattle or the Bay Area to work for Facebook. Now you could be in maybe Eastern Washington or closer to Portland, you have more choice on terms of where you stay and work. So we get that talent, but well also get a bunch of people who are in the major hubs.

GeekWire: Its been an interesting couple of years, the company itself is dealing with a lot the connection between social media and adolescents or mental health; various conflicts that come up such as Israel and Palestine; COVID-related misinformation; the Trump ban that reared its head again. I like to have your perspective since youre in Seattle. As an engineering leader, how much of this, if any of it, affects your team and your morale and how do you deal with it?

Rajan: Its definitely not easy. When you have all this stuff being told about your company and so on, its not easy, but I think as engineers we come in with the feeling of, How can we make society better? How can we make all the technology work for good? Any tool or any technology can be used in good ways and bad ways, and were seeing some of the bad usages of it. So we come in motivated with, We think we can use AI, we think we can use technology, we think we can use a combination of technology and people to make this be a force for good.

For example, when COVID happened, we came up with this COVID-19 hub in the Facebook app where you can find all kinds of authentic information Wheres my nearest vaccination center? What is the latest science on the vaccines or on masks? Things like that. So we did our best to provide the right information to a lot of people, so that once they get that information, theyre not getting misinformation from other places.

Having groups come together on the platform to help each other is amazing, that really makes me feel excited about all the good we are doing. And when I see bad effects, that motivates me to go and say, OK, how do we go fight this now? How do we make it so that this does not happen? And so thats kind of like the energy that the company has. Yes, of course, its always tough when you see coverage thats not great, but I lived some of this at Microsoft as well. At that time we thought we were building great technology for the world. So I think most engineers and most people who work at the big tech companies want to do good and are finding ways to use technology to help society.

GeekWire: As more pressure has come to bear on Facebook and Google and Amazon, and Microsoft has sort of slid underneath all of that, what do you think about that?

Rajan: I think Microsoft went through its moment and they learned from it and they navigated some of those forces and are in a different place right now. Every technology has its kind of flashpoint in terms of it getting to critical mass and scale Google with the search engine, Amazon with its thing, Facebook with the tools we have built to reach people. So when those tools reach a critical mass and become an important part of society I think it leads to a lot of questions and discussion and whats the right usage of it. And so I think this is just a normal part of getting to critical mass.

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Engineers tap into their reputation for beer drinking – Vancouver Sun

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People are always looking for creative new ways to drink. Thats when we came up with the Pump Action Shotgun Tool. Kevin Yeganeh

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Guzzling an entire can of beer at once has a long tradition among UBC engineering students. For the uninitiated, its called shotgunning.

Kevin Yeganeh, Yohan Cho and Cole Robertson know the tradition well. One day, it sparked an idea why not use a pump action shotgun-type device to shotgun beer?

People are always looking for creative new ways to drink, explained Yeganeh. Thats when we came up with the Pump Action Shotgun Tool.

Its simple, but brilliant, if youre into shotgunning.

You load your can, pump it by pressing the pump action mechanism, rotate it around and theres a nozzle on the sleeve so you can consume your beverage directly, said Yeganeh.

We were the guinea pigs. It definitely took a lot of testing. We spent two to three months designing it and testing it. We even ran a limited release, where we had a limited set of customers that got to use it first.

In a normal time, the idea might have never gotten off the drawing board. But during the COVID-19 pandemic, the friends found they had a lot of time on their hands. So they started a company to try to inject an aspect of creativity into the alcohol industry.

Their first product is the Pump Action Shotgun Tool.

Our first prototype was literally a PVC pipe and some nuts and bolts, and people were already excited about it, asking us to design one, said Yeganeh.

So we spent a few months designing it, ran a Kickstarter (campaign to raise money), set up our injection moulding facilities and fulfilment centres and launched our online store in late November.

Its been a hit, selling 4,000 units across North America in six months, at about $30 a pop.

There are parts produced in Canada, and we have a facility (producing the device) in Asia, he said. And then everything is sent to the States, which is where our fulfilment centre is. The fulfilment centre does our packaging and sends it out.

Some engineers would balk at the perception that engineering students drink a lot, but Yeganeh and co. embrace it they even called their company Drunk Engineers.

We do enjoy our fair share of drinks, he admits.

(But) drinks taste better when youve earned it were a big believer in putting in the work so you can have a drink at the end of the day.

The engineering students all recently graduated, and soon will be looking for jobs. But theyre going to keep up their company theyre designing other drinking devices, like a shotgunning gadget for five people.

The idea behind that one is its more of a race, he said.

This might alarm organizations opposed to alcohol abuse, but Yeganeh said they havent had any negative feedback yet.

We really like to promote safe drinking, he said.

Theres a whole belligerent stigma thats associated with the drinking industry. We think were different than that. Theres a big difference between drinking and drinking to be belligerent, and we dont promote that at all.

jmackie@postmedia.com

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UNLV Engineering and Dental Researchers Team with NASA, Colgate on June 3 Space Launch – Newswise

Newswise As the famous TV ad said, four out of five dentists recommend Colgate toothpaste on Earth. But, what about in space?

Researchers from UNLVs College of Engineering and School of Dental Medicine have teamed with NASA and Colgate-Palmolive to find out just how effective the personal care brands oral health products might be on periodontal disease or cavity-causing bacteria growing in the mouths of Earthlings working and maybe even one day living among the cosmos.

On June 3, an International Space Station-bound rocket, SpaceX CRS-22, will blast off from Cape Canaveral, Fla. carrying on board oral bacteria and saliva gleaned from the mouths of 30 UNLV dental clinic patients contained in 25 kits developed by UNLV engineers. These kits, which contain 3D-printed, battery-powered microfluidic pump devices, will test the germs growth and treatment with Colgate toothpastes, mouthwashes, and other disease-fighting products. The test kits will be returned in July for analysis in a UNLV lab alongside similar bacterial specimens grown on Earth for comparison purposes.

There are many great oral hygiene products. But if you think about long-term space travel, theres no guarantee that the Earth methods will work in zero gravity, said project collaborator Jeffrey Ebersole, an immunologist and associate dean for research at UNLVs School of Dental Medicine. This experiment will help push the envelope on understanding how one deals with oral health both maintaining quality oral care and treating diseases in space.

The project has been two years in the making and, like many things of late, was temporarily stalled and continually challenged in development by the COVID-19 pandemic.

In 2019, Colgate-Palmolive, working in conjunction with NASAs Center for the Advancement of Science in Space, approached UNLV about growing oral biofilms on the International Space Station. The UNLV researchers proposal was accepted by Colgate and NASA following a rigorous review process and development phase that was made lengthier by pandemic restrictions that slowed the acquisition of U.S. and overseas parts needed for fabrication and development. Whats more, university scientists, Colgate microbiologists, and a payload implementation team from Teledyne-Brown Engineering were unable to conduct onsite office and lab work for months.

However, UNLV engineering professors Shengjie (Patrick) Zhai and Hui Zhao, who designed the testing kits which include 3D-printed components say it was worth the wait. They believe the multi-channel microfluidic devices are the first such instruments that both operate automatically without human intervention (via battery power) and dispense fluids at an ultra-low flow rate, which mimic conditions that would occur inside the human mouth.

UNLV dental clinical researchers, Dr. John Gallob and Lacey Rahmig, collected saliva and three different kinds of bacteria microbes that constitute a healthy oral environment, as well as germs that cause cavities and gum disease from the mouths of 30 Las Vegas patients.

On Earth, bacteria in our mouths grow attached to the surface of our teeth (thats why you brush and floss to remove the accumulated bacteria, more commonly known as plaque). On the space station, the bacteria will be grown at the average human body temperature of 98.6F on 5 mm hydroxyapatite chips, a hard substance that resembles the structure of teeth.The microfluidic devices designed by UNLV Engineering will hold the hydroxyapatite and allow liquid nutrients needed for bacterial growth to continuously flow over the chips. Each test will run for 48 hours, and help researchers evaluate whether conditions in space impact the bacterias response to the microgravity environment, as well as the effect of the treatment agents to block the bacterias abilities to metabolize the nutrients and form biofilms that could destroy gum tissues and tooth enamel.

In order to ensure safety among and easy manipulation by the space crew, each of the 25 kits is organized with color-coded fluid bags and matching tubing, self-contained in 10-inch x 10-inch NASA-approved zip lock bags, and requires minimal handling by astronauts.

That was one of the bigger challenges we had: How do we do this outside of our standard lab environment, package it safely, and make it as simple as possible for the crew to conduct the science, Ebersole said. For example, a liquid drop that escapes in zero gravity floats around with nothing to stop it and could end up in a crew members eye, so you had to think through all these different experimental processes.

Both Ebersole and Zhai are traveling this week to Florida to be on site for the launch of SpaceX CRS-22.

Zhai is excited about the potential for the project to attract young future scientists. He will be on hand to answer NASA personnel questions about test kit operations. Throughout the week, Ebersole who has enjoyed his crash course in space radio traffic lingo will be available at odd hours (the flight crew operates on Greenwich Mean Time) to communicate with astronauts in real-time through video feeds from the space station as they work through the experiments.

For these two UNLV scientists, the project represents dreams coming true for society, and themselves.

Along with firefighter and dinosaur hunter, astronaut seems to be on every childs list of dream jobs, Zhai said. Now, my astronaut dream has come true in another way."

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UNLV Engineering and Dental Researchers Team with NASA, Colgate on June 3 Space Launch - Newswise

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Varroc Engineering reports consolidated net loss of Rs 145.40 crore in the March 2021 quarter – Business Standard

Sales rise 31.86% to Rs 3619.26 crore

For the full year,net loss reported to Rs 631.91 crore in the year ended March 2021 as against net profit of Rs 0.19 crore during the previous year ended March 2020. Sales rose 1.63% to Rs 11302.75 crore in the year ended March 2021 as against Rs 11121.87 crore during the previous year ended March 2020.

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First Published: Fri, June 04 2021. 17:21 IST

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Associate Professor, Human Factors Engineering job with UNIVERSITY OF SOUTHAMPTON | 256273 – Times Higher Education (THE)

Civil, Maritime & Environmental Engineering

Location: Boldrewood CampusSalary: 51,034 to 64,145Full Time PermanentClosing Date: Wednesday 30 June 2021Interview Date: To be confirmedReference: 1383421DA

Move transport forward faster. And see your own career accelerate.

Lead the way in a world-renowned centre for education, research and enterprise.

Are you driven by an interest in human-machine interaction? Can you inspire others in human-factors-related research and learning? Then the University of Southamptons Department of Civil, Maritime and Environmental Engineering is the ideal place to develop your career. We have brand new, world-class facilities and a vibrant 50-strong departmental academic community. Civil Engineering at Southampton was ranked #1 and #2 in the UK this year by the Guardian and the Times Good University Guides respectively. Meanwhile, the wider Faculty of Engineering & Physical Sciences was ranked top in research power in the UK for General Engineering in the latest Research Excellence Framework (REF) in 2014.

Based in the Transportation Research Group, with strong links across all departments in the School of Engineering, you will help drive our human-factors-related research. You will have a particular focus on the design of autonomous air, land and sea systems and the rules governing human-and-machine command and control strategies during partial states of automation. You will also support delivery of current Human Factors modules and projects on undergraduate and masters taught programmes. In addition, you will lead on the development of new pathways specifically a dedicated Human Factors in Transportation MSc and related short-course programmes.

Our programmes are available here https://www.southampton.ac.uk/engineering/what_we_do/civil_and_environmental_engineering.page#overview

To make the most of this exciting role, you will need a PhD (or equivalent professional qualifications and experience) in human factors, along with a track record of published research. You will be eligible for Fellowship of the HEA due to your past involvement in the development and delivery of teaching at the undergraduate and postgraduate level or supported to achieve this at Southampton. Youll have a proven ability to develop innovative research proposals and attract research funding. Highly organised, with strong communication skills, youll be ready to manage and motivate others.

In return, we help you shape a role thats uniquely tailored to your interests and lifestyle. As a university with an Athena SWAN silver award, we are recognised for our commitment to improving equality for all in science and engineering. Our comprehensive benefits package also includes a contributory pension scheme, generous holiday allowance, subsidised health and fitness facilities, a cycle-to-work scheme and a range of discounts.

Equality, diversity and Inclusion is central to the ethos in the School of Engineering. We particularly encourage women, Black, Asian and minority ethnic (BAME), LGBT and disabled applicants to apply for this position. In recognition of our continued commitment to improving equality for women in science, we were awarded an Athena SWAN bronze in 2013 and 2016. We give full consideration to applicants that wish to work flexibly including part-time and due consideration will be given to applicants who have taken a career break. The University has a generous maternity policy*, onsite childcare facilities

The University of Southampton is in the top 1% of world universities and in the top 10 of the UKs research-intensive universities. The University of Southampton is committed to sustainability and being a globally responsible university and has recently been awarded the Platinum EcoAward. Our vision is to embed the principles of sustainability into all aspects of our individual and collective work, integrating sustainable development into our business planning, policy-making, and professional activities. This commits all of our staff and students to take responsibility for managing their activities to minimise harm to the environment, whether this through switching off non-essential electrical equipment or using the recycling facilities.

*subject to qualifying criteria

Application Procedure

You should submit your completed online application form at https://jobs.soton.ac.uk. The application deadline will be midnight on the closing date stated above. If you need any assistance, please call Annabelle Trimm (Recruitment Team) on +44 (0) 23 8059 4043 or email recruitment@soton.ac.uk Please quote reference 1383421DA on all correspondence.

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Associate Professor, Human Factors Engineering job with UNIVERSITY OF SOUTHAMPTON | 256273 - Times Higher Education (THE)

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Launch your career in computer science or IT with help from this low-priced course bundle | TheHill – The Hill

The Hill may be compensated and/or receive an affiliate commission if you buy through our links.

The American job market has become increasingly difficult to gauge recently due to unprecedented dynamics in play during the last year. However, when assessing career options, it's clear that demand continues to expand in the competitive landscape of computer science and information technology.

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For less than $30, you'll secure lifetime access to more than 500 lessons across courses that typically command $200 each and warrant a store rating of at least four stars (out of five). The ability to learn anytime, anywhere, allows users to progress at a pace that works best for them, and provides a chance to circle back for information refreshers years later.

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