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"For Michael Jordan, it was about the way Jerry Krause said it": When the Bulls legend began distrusting and… – The Sportsrush

Michael Jordan first began having disagreements with Jerry Krause in his second NBA season, shortly after Krause became the Bulls GM.

When Michael Jordan came into the NBA, Larry Bird was the best player in the world while Magic Johnson was dubbed Tragic Johnson. The trio changed basketball in their own ways during the prime of their careers.

Now Michael mightve had a much bigger cultural influence than any sportsperson alive, but he was still bound by some rules. Jordan may have been MVP material since the day he walked into the NBA. But he had nothing like the kind of player power wielded by stars today.

Also Read: If Kawhi Leonard leaves again, Clippers are gonna be like your Miami Heat again: Charles Barkley trolls Dan Le Batard after Jimmy Butler and LeBron James are knocked out of the first round

This became apparent to him when he sat out with injury in his sophomore year. The Bulls had made the NBA playoffs on the back of his play in 1984-85, but they were stuck in a quagmire at the bottom of the East the following year.

Jerry Krause wanted the Bulls to tank and obtain a higher draft pick. Unlike Jordan, Krause believed in the utilitarian, pragmatic approach designed for slightly more success in the longer term.

When he had the broken foot back in 1985, I told him he couldnt play. This kid has had his butt kissed by everybody in the world except his parents and me.

If we listened to him, wed have [former Tar Heel guard] Buzz Peterson on the team! My goal is not to be his friend. My goal is to win titles.

Also Read: Played the role I was asked to play: Montrezl Harrell fires back at the Lakers for not playing him enough in the Suns series

This animosity lasted all through Krause and Jordans years together on the Chicago Bulls. Michael never took to Jerry freely after perceiving that he was being treated like a commodity by his team.

Now Krause might have made a ton of great money moves and drafted the likes of Scottie Pippen and Horace Grant. But his brusque and rather confrontational approach to dealing with Jordan has subtracted a good deal from what couldve been an almost untarnished legend.

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"For Michael Jordan, it was about the way Jerry Krause said it": When the Bulls legend began distrusting and... - The Sportsrush

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4 women in engineering discuss harassment, isolation and perseverence – TechCrunch

Women engineers often face workplace and career challenges that their male colleagues dont because they remain a minority in the profession: Depending on how you count, women make up just 13% to 25% of engineering jobs. That inequity leads to a power imbalance, which can lead to toxic working environments.

One of the more infamous and egregious examples is Susan Fowlers experience at Uber. In a blog post in February 2017, she described her boss coming on to her in a company chat channel on her first day on the job. She later wrote a book, Whistleblower, that described her time at the company in detail.

Fowlers ordeal cast a spotlight on the harassment women engineers have to deal with in the workplace. In a profession that tends to be male-dominated, behavior ranges from blatant examples, like what happened to Fowler, to ongoing daily microaggressions.

Four female engineers spoke with me about their challenges:

Its worth noting that Fowler was also an SRE who worked on the same team as Medina (who was later part of a $10 million discrimination lawsuit against Uber). It shows just how small of a world we are talking about. While not everyone faced that level of harassment, they each described daily challenges, some of which wore them down. But they also showed a strong determination to overcome whatever obstacles came their way.

One of the primary issues these women faced throughout their careers is a feeling of isolation due to their underrepresentation. They say that can sometimes lead to self-doubt and an inkling that you dont belong that can be difficult to overcome. Medina says that there have been times when, intentionally or not, male engineers made her feel unwelcome.

One part that was really hard for me was those microaggressions on a daily basis, and that affects your work ethic, wanting to show up, wanting to try your best. And not only does that damage your own self-esteem, but your esteem [in terms of] growing as an engineer, Medina explained.

Roa says that isolation can lead to impostor syndrome. Thats why its so important to have more women in these roles: to serve as mentors, role models and peers.

One barrier for us related to being the only woman in the room is that [it can lead to] impostor syndrome because it is common when you are the only woman or one of few, it can be really challenging for us. So we need to gain confidence, and in these cases, it is very important to have role models and leadership that includes women, Roa said.

Chong agrees it is essential to know that others have been in the same position and found a way through.

The fact that people talk authentically about their own jobs and challenges and how theyve overcome that, thats been really helpful for me to continue seeing myself in the tech industry, she said. There have been points where Ive questioned whether I should leave, but then having that support around you to have people to talk to you personally and see as examples, I think it has really helped me.

Butow described being interviewed for an article early in her career after she won an award for a mobile application she wrote. When the article was published, she was aghast to discover it had been headlined, Not just another pretty face

I was like, thats the title?! I was so excited to share the article with my mom, and then I wasnt. I spent so much time writing the code and obviously my face had nothing to do with it. So theres just little things like that where people call it a paper cut or something like that, but its just lots of little microaggressions.

In spite of all that, a common thread among these women was a strong desire to show that they have the technical skill to get past these moments of doubt to thrive in their professions.

Butow said she has been battling these kinds of misperceptions since she was a teenager but never let it stop her. I just tried to not let it bother me, but mostly because I also have a background in skateboarding. Its the same thing, right? You go to a skate park and people would say, Oh, can you even do a trick? and I was like, Watch me. You know, I [would] just do it. So a lot of that happens in lots of different types of places in the world and you just have to, I dont know, I just always push through, like Im just going to do it anyway.

Chong says she doesnt give in to discouraging feelings, adding that having other women to talk to helped push her through those times.

As much as I like to persevere and I dont like giving up, actually there have been points where I considered quitting, but having visibility into other peoples experiences, knowing that youre not the only one whos experienced that, and seeing that theyve found better environments for themselves and that they eventually worked through it, and having those people tell you that they believe in you, that probably stopped me from leaving when I [might] have otherwise, she said.

Chongs experience is not unique, but the more diverse your teams are, the more people who come from underrepresented groups can support one another. Butow recruited her at one point, and she says that was a huge moment for her.

I think that there is a network effect where we know other women and we try to bring them in and we expand on that. So we can kind of create the change or we feel the change we want to see, and we get to make our situation more comfortable, Chong said.

Medina says that she is motivated to help bring Latinx and Black people into tech, with a focus on attracting girls and young women. She has worked with a group called Technolachicas, which produced a series of commercials with the Televisa Foundation. They filmed six videos, three in English and three in Spanish, with the goal of showing young girls how to pursue a STEM career.

Each commercial talks about how we got our career started with an audience persona of a girl younger than 18, an adult influencer and a parent people that are really crucial to the development of anyone under 18, she said. How is it that these people can actually empower someone to look at STEM and to pursue a career in STEM?

Butow says its about lifting people up. What were trying to do is sharing our story and hoping to inspire other women. Its super important to have those role models. Theres a lot of research that shows that thats actually the most important thing is just visibility of role models that you can relate to, she said.

The ultimate goal? Having enough support in the workplace that theyre able to concentrate on being the best engineers they can be without all of the obstruction.

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4 women in engineering discuss harassment, isolation and perseverence - TechCrunch

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Engineering students learn by solving real-world problems – University of Wisconsin-Madison

Engineering students work on a magnetic shield system to protect astronauts on long interplanetary journeys. Photo courtesy College of Engineering

At the University of WisconsinMadison, engineering students take classes from professors whose innovative research unlocks the knowledge and technologies needed to create tomorrows advances.

Those students also have many opportunities to apply their engineering education to real-life challenges.

In other words, they learn engineering by doing it and in the process, they help people and acquire a host of other valuable skills.

Engineers Without Borders UWMadison students worked with locals in Zapote, Guatemala, to build a new water system that brings clean water down to the town from a nearby town. Submitted photo

Students get to work in teams, and they deal with real-life situations, including conflicting design ideas, team management styles, pressure from deadlines, and fabrication issues, says John Murphy, a faculty associate in engineering physics at UWMadison who is among the instructors for College of Engineering freshman design classes. The students interact with clients, and they must develop budgets, plans, meeting times, schedules, and formally go through a design process that optimizes a variety of potential solutions their team has brainstormed.

Reflective of the various disciplines within the College of Engineering, these client-based design projects vary widely, yielding everything from medical solutions and assistive technologies to process improvements and product analyses to building concepts and beyond. Often, prototypes are among the deliverables, which also include a detailed design report with drawings and a final presentation to the client.

Ultimately, the student teams have to understand not only the problem and accompanying physics, but also how to function as a real team interacting with a client, says Murphy.

Biomedical engineering student Megan Baier positions a plastic spine before the group pours the gel into the model.

He also says that students overwhelmingly enjoy a class that enables them to put their calculus, chemistry, physics and other knowledge to use.

It allows them to immediately feel what its like to be an engineer, he says. And, the freshman design class is a wonderful recruitment and retention tool for young engineers.

Engineering students at all levels of their undergraduate education acquire project-based design experience through their courses. They also can hone design, teamwork and leadership skills in many ways outside the classroomamong them, through participation in co-curricular activities such as engineering student organizations.

The College of Engineering offers more than 50 student organizationsseveral of which center around competitive design challenges (think: building a futuristic mode of transportation or a concrete canoe you can actually paddle) or service projects (think: partnering with a community to assess how green streets can alleviate runoff, or working with residents of a rural African community to design and construct a safe, sustainable school building).

The following are among several examples of the ways in which students are making the world a better place, making a positive impact on peoples lives, and engineering the futuretoday.

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QuantiTech, Millennium Engineering Rebrand As Axient; Reorganize To Better Deliver Mission-Advancing Solutions To Customers – Business Wire

HUNTSVILLE, Ala.--(BUSINESS WIRE)--Today, QuantiTech, with its subsidiaries Millennium Engineering and Integration, Dynamic Concepts, and System Engineering Group, announced a company rebrand as Axient. The new brand reflects the combined capabilities of the four companies and solidifies the work over the past year to integrate their respective domain expertise to form a new entity that brings unique and differentiated capabilities to the marketplace. Axient also announced a reorganization of their operations to better deliver integrated solutions, services, and products to their customers.

Axient advances defense and civilian missions from aerospace to cyberspace with multi-domain test and analysis, mission engineering and operations, digital engineering, and advanced technologies. With the four companies now aligned as Axient, the new brand is uniquely positioned to deliver a broad spectrum of purpose-built solutions that enable defense and civilian agencies to rise to every challenge.

The Axient brand affirms our commitment to accelerate what is possible through innovation that empowers customers to move at the speed their mission requires, said Patrick Murphy, President and CEO, Axient. Each of our acquisitions has expanded and strengthened our capabilities and depth of talent, while unlocking new market opportunities. And most remarkable to me is how aligned the combined global workforce, which now exceeds 2,000 employees, is in culture, priorities, and mission focus.

To better serve its customer markets throughout the U.S. with depth and capability, Axient is structuring its services, solutions, and workforce under five business segments. The segments and leadership are: Integrated Force Systems led by Reese Hauenstein, Senior Vice President; Defense Systems led by Larry Foor, Senior Vice President; National Security Space Systems led by Dan Benjamin, Senior Vice President; and Civil Air and Space Systems led by Jon Sharpe, Senior Vice President. Joe Clayton, Senior Vice President, will continue to lead Axients Dynamic Concepts subsidiary as its Advanced Technology segment.

Axient is backed by Sagewind Capital, a New York-based private equity firm with a strong record of supporting government services companies. With the backing of Sagewind Capital, Axient will continue to add critical capabilities and depth through organic growth and acquisitions in support of customer missions.

ABOUT AXIENT

Axient advances defense and civilian missions from aerospace to cyberspace with multi-domain test and analysis, mission engineering and operations, and advanced technologies. We partner with our customers to identify and analyze their most important challenges and design solutions that turn challenges into breakthroughs to accelerate assured performance. With extensive domain expertise in defense and aerospace, we rapidly develop mission-enabling technologies that allow customers to move at mission speed. To learn more about how Axient can accelerate possible for your organization, visit http://www.axientcorp.com. We can also be found on Facebook, LinkedIn, Twitter, and Instagram.

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QuantiTech, Millennium Engineering Rebrand As Axient; Reorganize To Better Deliver Mission-Advancing Solutions To Customers - Business Wire

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MIT Engineers Have Discovered a Completely New Way of Generating Electricity – SciTechDaily

MIT engineers have discovered a way to generate electricity using tiny carbon particles that can create an electric current simply by interacting with an organic solvent in which theyre floating. The particles are made from crushed carbon nanotubes (blue) coated with a Teflon-like polymer (green). Credit: Jose-Luis Olivares, MIT. Based on a figure courtesy of the researchers.

A new material made from carbon nanotubes can generate electricity by scavenging energy from its environment.

MIT engineers have discovered a new way of generating electricity using tiny carbon particles that can create a current simply by interacting with liquid surrounding them.

The liquid, an organic solvent, draws electrons out of the particles, generating a current that could be used to drive chemical reactions or to power micro- or nanoscale robots, the researchers say.

This mechanism is new, and this way of generating energy is completely new, says Michael Strano, the Carbon P. Dubbs Professor of Chemical Engineering at MIT. This technology is intriguing because all you have to do is flow a solvent through a bed of these particles. This allows you to do electrochemistry, but with no wires.

In a new study describing this phenomenon, the researchers showed that they could use this electric current to drive a reaction known as alcohol oxidation an organic chemical reaction that is important in the chemical industry.

Strano is the senior author of the paper, which appears today (June 7, 2021) in Nature Communications. The lead authors of the study are MIT graduate student Albert Tianxiang Liu and former MIT researcher Yuichiro Kunai. Other authors include former graduate student Anton Cottrill, postdocs Amir Kaplan and Hyunah Kim, graduate student Ge Zhang, and recent MIT graduates Rafid Mollah and Yannick Eatmon.

The new discovery grew out of Stranos research on carbon nanotubes hollow tubes made of a lattice of carbon atoms, which have unique electrical properties. In 2010, Strano demonstrated, for the first time, that carbon nanotubes can generate thermopower waves. When a carbon nanotube is coated with layer of fuel, moving pulses of heat, or thermopower waves, travel along the tube, creating an electrical current.

That work led Strano and his students to uncover a related feature of carbon nanotubes. They found that when part of a nanotube is coated with a Teflon-like polymer, it creates an asymmetry that makes it possible for electrons to flow from the coated to the uncoated part of the tube, generating an electrical current. Those electrons can be drawn out by submerging the particles in a solvent that is hungry for electrons.

To harness this special capability, the researchers created electricity-generating particles by grinding up carbon nanotubes and forming them into a sheet of paper-like material. One side of each sheet was coated with a Teflon-like polymer, and the researchers then cut out small particles, which can be any shape or size. For this study, they made particles that were 250 microns by 250 microns.

When these particles are submerged in an organic solvent such as acetonitrile, the solvent adheres to the uncoated surface of the particles and begins pulling electrons out of them.

The solvent takes electrons away, and the system tries to equilibrate by moving electrons, Strano says. Theres no sophisticated battery chemistry inside. Its just a particle and you put it into solvent and it starts generating an electric field.

This research cleverly shows how to extract the ubiquitous (and often unnoticed) electric energy stored in an electronic material for on-site electrochemical synthesis, says Jun Yao, an assistant professor of electrical and computer engineering at the University of Massachusetts at Amherst, who was not involved in the study. The beauty is that it points to a generic methodology that can be readily expanded to the use of different materials and applications in different synthetic systems.

The current version of the particles can generate about 0.7 volts of electricity per particle. In this study, the researchers also showed that they can form arrays of hundreds of particles in a small test tube. This packed bed reactor generates enough energy to power a chemical reaction called an alcohol oxidation, in which an alcohol is converted to an aldehyde or a ketone. Usually, this reaction is not performed using electrochemistry because it would require too much external current.

Because the packed bed reactor is compact, it has more flexibility in terms of applications than a large electrochemical reactor, Zhang says. The particles can be made very small, and they dont require any external wires in order to drive the electrochemical reaction.

In future work, Strano hopes to use this kind of energy generation to build polymers using only carbon dioxide as a starting material. In a related project, he has already created polymers that can regenerate themselves using carbon dioxide as a building material, in a process powered by solar energy. This work is inspired by carbon fixation, the set of chemical reactions that plants use to build sugars from carbon dioxide, using energy from the sun.

In the longer term, this approach could also be used to power micro- or nanoscale robots. Stranos lab has already begun building robots at that scale, which could one day be used as diagnostic or environmental sensors. The idea of being able to scavenge energy from the environment to power these kinds of robots is appealing, he says.

It means you dont have to put the energy storage on board, he says. What we like about this mechanism is that you can take the energy, at least in part, from the environment.

Reference: Solvent-induced electrochemistry at an electrically asymmetric carbon Janus particle by Albert Tianxiang Liu, Yuichiro Kunai, Anton L. Cottrill, Amir Kaplan, Ge Zhang, Hyunah Kim, Rafid S. Mollah, Yannick L. Eatmon and Michael S. Strano, 7 June 2021, Nature Communications.DOI: 10.1038/s41467-021-23038-7

The research was funded by the U.S. Department of Energy and a seed grant from the MIT Energy Initiative.

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Ex-Google and Amazon engineers raise $5M to help developers test and fix software bugs – GeekWire

YourBase CTO John Ewart (left), and CEO Yves Junquiera. (YourBase Photo)

New funding:Seattle startup YourBase landed a $5 million seed round led by Lightspeed Venture Partners. The 3-year-old company sells software that helps developers run tests on their codebase. Making changes to code and then testing to make sure there is no regression can be time-consuming, particularly with various languages, frameworks, and architectures. YourBase aims to shorten test times and release cycles.

How it works: The startup uses its Code Dependency Graph that automates the test selection processes for large, complex databases. Giants such as Facebook and Google build their own internal tools to do this type of testing; YourBase wants to serve everyone else. The 12-person company says it can save developers about 90 hours of testing time per month.

YourBase has more than a dozen customers in its private beta, including some public companies.

Founders: YourBase is led by CEO Yves Junqueira and CTO John Ewart. Junqueira spent nearly a decade at Google as a site reliability engineering leader. Ewart was previously a senior engineer at Amazon.

Other backers: Unusual Ventures and Fathom Capital joined Lightseed for the seed round.

Software testing acceleration is a $12 billion market, yet testing on large codebases remains one of the biggest challenges developers face today, Lightspeed Partner Raviraj Jain said in a statement. If youre not a Google or Microsoft, testing and making changes to software can be a painstakingly slow and inefficient task. Thats what drew us to YourBase.

Developer productivity: Other startups in Seattle aiming to make life easier for software engineers include Uplevel and Temporal.

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Ex-Google and Amazon engineers raise $5M to help developers test and fix software bugs - GeekWire

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Urban Company to hire over 100 engineers in FY2022 – Mint

On-demand home services provider Urban Company on Tuesday said it will onboard more than 100 engineers in FY2022, and announced the appointment of two senior executives as part of its efforts to accelerate growth.

The company, which has recently raised USD 255 million (about 1,857 crore) in funding at a valuation of USD 2.1 billion, has also opened its second head office in Bengaluru in March this year.

Urban Company has appointed Amit Das as vice president (design and research), while Rishabhdhwaj Singh has been named as vice president (engineering).

The new appointments will boost Urban Company's efforts to invest in and attract world-class leadership -- part of its ongoing focus to drive accelerated growth, a statement said.

Urban Company will onboard more than 100 engineers in FY2022, and plans to drive technological innovation in the home services industry through these new hires, it added.

"These hirings will drive our next growth phase, enable the build of deep tech and help us invest in data science and developing tech playbooks...

"They (Das and Singh) will play a pivotal role in strengthening Urban Company's design and engineering capabilities as we drive our mission of transforming home services worldwide," Urban Company co-founder Raghav Chandra said.

Das comes with more than 10 years' industry experience and will be responsible for product, research and design.

He has been associated with Urban Company in the past and was instrumental in framing the company's design foundations. He has worked with e-commerce organisations such as Cuddle.ai, Fab.com and Housing.com.

At Urban Company, he will set up a research wing and will leverage his expertise to craft great user experiences by enabling simple customer journeys, the statement said.

Singh also has over a decade's experience, and has worked with Ajio (B2B) and Flipkart.

He will be responsible for engineering solutions to ensure seamless quality control, training and onboarding of partners on the platform. He will lead the Supply vertical and will focus on expanding the company's warehousing capabilities and build a robust supply chain engine, it added.

Talking about the second head office in Bengaluru, Urban Company co-founder Varun Khaitan said the new head office will make it easier for the talent in the city to join the company and boost its efforts of building a top-class team.

"We have aggressive hiring plans this year and the location will be open for roles across teams. The last year has also helped the organization build a strong muscle of working in a distributed team.

"Encouraged by this, several current team members including folks in the senior leadership team have chosen to move cities and be based out of Bangalore," he added.

This story has been published from a wire agency feed without modifications to the text.

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XL Construction, Aedis Architects and Daedalus Structural Engineering Partner to Develop New TimberQuest School Construction Product – PRNewswire

TimberQuest employs cross-laminated timber to create prefabricated wall and roof panels offsite that are erected and installed at school construction sites, enabling buildings to be constructed in significantly shorter timeframes. The structures are pre-checked and approved by California's Division of the State Architect (DSA), so they can be used for any public school or community college project in California, reducing permitting time from six months to a single day. Most buildings can be constructed in 10 weeks over a summer break.

Here is a link to a "flythrough" video rendering of a TimberQuest classroom.

In addition to expedited project completion, TimberQuest buildings offer a healthy and eco-friendly environment. Their beautiful interiors feature the warmth and airiness of a tall wood ceiling, extensive natural lighting and an openness that contrasts with the sterile, box-like modular buildings often seen on many school campuses. TimberQuest structures are high-quality and permanentwith life expectancies of 50 years or morewith more usable floor space than traditional modular buildings. Yet, they can be delivered quickly, thanks to the pre-approved design as well as rapid factory fabrication and onsite erection, offering public and private schools the best of all worlds.

"The partnership between XL Construction, Aedis and Daedalus enables us to think holistically to solve design, permitting, procurement, prefabrication and installation issues," said Steve Winslow, SVP, XL Construction. "TimberQuest provides a superior environment for students to learn and teachers to teach."

"There are three ancient Roman principles expressed in a true piece of architecture: strength, practicality and beauty. This collaboration epitomizes the integration of these precepts into a flexible, durable, economical and environmentally responsible solution that addresses most schools' needs," said John Diffenderfer, president, Aedis Architects.

"Daedalus is excited to be a part of this collaboration which advances mass timber construction by developing a school buildings "kit-of-parts" for over-the-counter permitting," said Doug Robertson, president, Daedalus Structural Engineering. "By integrating cross-laminated timber panels with insulation, architectural finishes and other buildings systems in shop fabrication, we are able to deliver preassembled wall and roof panels to any school site for immediate erection and completion of sustainable, attractive and durable public school classroom buildings in record time."

TimberQuest Chosen by Sacred Heart Schools, Atherton for Building for Fall 2021 Session

Sacred Heart Schools, Atherton (SHS) in Atherton, Calif. is part of the Network of Sacred Heart Schools, a worldwide operation with schools in over 44 countries and a tradition of excellence dating back to its founding in Paris in the 1800s. Situated on a 63-acre campus, the institution provides preschool grade 12 programs that serve more than 800 families. With increased demand for space and calls for less capacity in lower grade classrooms due to social distancing requirements; the school saw an urgent need to expand its classroom space for its youngest students.

The project was awarded April 1, with completion projected by August 31 to be ready for the fall term. After reviewing TimberQuest's many benefits, SHS agreed to move forward on the new building which will serve its kindergarten students who previously shared a building with preschoolers.

"In line with the strategic growth of our campus, we were ready to expand our kindergarten space; we needed to both break ground and have construction complete during summer break," said Richard Dioli, SHS director of schools. "Another must was choosing a company that shared our commitment to sustainability. We worked with XL Construction previously, so it was natural for us to reach out to them for ideasand the TimberQuest concept had immediate appeal."

"Two of the things we liked most about the TimberQuest classroom design is the 'daylighting' created by the structure's large windows combined with the exposed wood interior that makes the classroom very pleasant and appealing," said Michael Dwyer, SHS director of operations. "The building's overall energy efficiency supports our sustainability philosophy and stands as a shining example of these values we teach to our students."

Building a Better School Environment Panel-by-Panel

The basic building block of TimberQuest construction is precision-machined, cross-laminated timber (CLT) that is available in large format structural slabs. It is strong, yet lightweight, fire resistant and leaves these structures with rich exposed wood finishes.

"Where one may think building with wood is bad for the environment, the opposite is true," said Matt Larson, preconstruction director, XL Construction. "Mass Timber construction, including the TimberQuest approach, supports responsible forest management, including the reduction of wildfires and protection of biodiversity. It also promotes rural economic development by expanding the market for sustainable forest products."

The carbon benefit of timber construction is well documented and has a two-fold benefit. First, utilization of a wood structure in lieu of steel or concrete has a significantly lower embodied carbon footprint, reducing the carbon footprint due to construction by 40-60%. Second, wood effectively sequesters carbon within the timber structure, storing it for the life of the structure and any subsequent reuse.

TimberQuest buildings are available in three- to nine-classroom sizes, between 3,000 and 9,000 square feet. A total of nine interior layouts are included in the precheck design, including standard classroom, large classroom, breakout space, office / conference, science, kindergarten and three restroom configurations. The all-electric design is also very efficient, utilizing heat pump technology to exceed California's Title 24 energy usage standards by between 35% and 60%. In addition to not relying on gas availability, TimberQuest buildings take full advantage of renewable energy resources.

For more information about TimberQuest, visit http://www.timber-quest.com or contact Matt Larson, XL Construction, (408) 240-6483, [emailprotected].

About XL Construction

XL Construction is a leading general contractor whose mission is to "build to improve lives." XL partners with today's leaders in life sciences, advanced technology, corporate office, civic, healthcare and education to create places that make its communities better. The company's focus and passion for team success has earned it a network of great partners and a reputation for putting people first. XL Construction is consistently ranked among the top general contractors in Northern California. In 2020, the company was named ENR California's Top General Contractor of 2020 and the #1 Best Place to Work in the Bay Area.

About Daedalus Structural Engineering

Daedalus is a structural engineering firm located in the heart of Silicon Valley with over 38 years of experience. We provide a full range of structural engineering services including seismic evaluation and retrofit design, civic, K-12 and higher education, corporate and custom residential projects with growing expertise in mass timber construction. At Daedalus, we believe that the structure provides an opportunity to expand and help shape the finished architecture and building envelope. Dedicated to the collaborative design process, we consistently strive to deliver engineering excellence, ingenuity, the best possible design aesthetics, cost control and the highest level of service on every project.

About Aedis Architects

Aedis is a Northern California based, full service architectural firm, whose mission is to create highly effective learning environments for California students and teachers. For more than six decades, the firm has helped public and private educational clients transform their schools into flexible, collaborative, healthy and sustainable environments that optimize learning and teaching. The use of Mass Timber is featured prominently in the firm's portfolio. From beautiful, natural and biophilic educational spaces that enrich student and faculty lives, to 'tall timber,' multi-family residential structures that help solve the housing crisis, each Mass Timber project addresses climate change and provides healthy environments for the occupants.

TimberQuest is a trademark of XL Construction. All other trade names are the property of their respective owners.

SOURCE XL Construction Corporation

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XL Construction, Aedis Architects and Daedalus Structural Engineering Partner to Develop New TimberQuest School Construction Product - PRNewswire

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ARCTOS Awarded 13-year Engineering Assessment, Procurement, Integration and Contractor Logistics Support (EPIC) IDIQ Contract for Global Aircraft and…

ARCTOS Mission Solutions (ARCTOS) was selected by the Air Force Life Cycle Management Center (AFLCMC) to serve on the Engineering Assessment, Procurement, Integration and Contractor Logistics Support (EPIC) program, a 13-year, multiple-award indefinite delivery indefinite quantity (IDIQ) contract, valued at $1 billion.

In support of the AFLCMCs mission to deliver critical aircraft assets to allies in austere locations, ARCTOS will provide global procurement, integration and logistics for foreign military fleets of fixed- and rotary-wing aircraft and intelligence, surveillance and reconnaissance (ISR) systems. The locations of performance will include desert and mountainous environments within Africa, the Middle East and Southeast Asia. ARCTOS will also provide U.S.-based operational support at its Tampa headquarters and Wright-Patterson Air Force Base office location.

Securing ARCTOSs position on the EPIC IDIQ contract award represents a key growth strategy in the expansion of our aviation aftermarket services, said Jim Myrick, Vice President of ARCTOS Mission Solutions. We are honored to work closely with the AFLCMC domestically and deploy to remote locations to procure, integrate and sustain diverse air defense capabilities for our partner nation allies.

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ARCTOS Awarded 13-year Engineering Assessment, Procurement, Integration and Contractor Logistics Support (EPIC) IDIQ Contract for Global Aircraft and...

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Lawrence Technological University Robotics and Mechanical Engineering Fest draws large crowd – Dearborn Press and Guide

Students and teachers with interests in robotics and mechanical engineering from over 20 area middle and high schools enjoyed a first-hand look at displays containing some impressive hardware and projects at last weeks Dearborn Heights/Lawrence Technological University Robotics & Mechanical Engineering Fest. The Citys first-ever event of this type was held recently on the grounds of the Dearborn Heights HYPE Athletics Center.

A Lawrence Tech University professor poses with Nadia Fadel Bazzi.

Joining the students and teachers were LTU students and faculty, who were on-hand to meet with the students and answer questions about the numerous displays, which included robots in use by the University, as well as several motorsport vehicles that have been designed, built and raced by its engineering students.

The event was the brainchild of Dearborn Heights Mayor Bill Bazzi and Dr. Badih Jawad, Lawrence Technological Universitys Mechanical, Robotics, and Industrial Engineering Department Chair & Professor and supported by several LTU College of Engineering Faculty Members. It was spectacular to host the first Dearborn Heights Robotics & Mechanical Engineering Fest, Bazzi said. I was delighted to see LTU bring its resources to Dearborn Heights and put them on display for our areas students. We are grateful for the partnership with Dr. Jawad and his colleagues at LTUs College of Engineering who played such an instrumental role in its success. Coming from the engineering profession myself, it gave me great pleasure to help promote all the exciting possibilities this profession offers with our young students. LTU is one of the nations premier engineering schools, so the students who attended this event got a first-hand look at projects that are being designed and built by the best of the best. I am also grateful to Hype Athletics for sharing its facilities with us, for the Crestwood High School Robotics Team for bringing their robots to display, and once again, to the students who represent Crestwoods National Honors Society for their help. I am also grateful to our friends at the Dearborn Heights Target store their display, which included custom baskets with mini drones, gift cards, and other summer gifts that were raffled off. It was also great to see some friends from the U.S. Navy and the Army National Guard who brought a hummer to display and engage the students. All-in-all, it was a great event!

Lawrence Tech students work on their car.

Source: City of Dearborn Heights

Target employees were on hand at Hype Athletics during the event.

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Lawrence Technological University Robotics and Mechanical Engineering Fest draws large crowd - Dearborn Press and Guide

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