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Professor/Assistant Professor/Associate Professor in Nuclear … – Times Higher Education

Description

Nuclear Engineering / Nuclear Material and Chemistry

Khalifa University of Science and Technology

Khalifa University is a world-class, research-intensive institution in Abu Dhabi, the capital city of the United Arab Emirates (UAE). The Universitys mission is to seamlessly integrate research and education to produce world leaders and critical thinkers in science, engineering and medicine, and also to be a catalyst towards Abu Dhabis 2030 vision for a knowledge-based economy. Khalifa University has two campuses in the city of Abu Dhabi the KU Main Campus, and the Sas Al Nakhl Campus.

College of Engineering

The College is distinguishing itself as a major contributor towards economic diversification within Abu Dhabi and the region, particularly through its close alignment with growing regional industries in key themes such as Energy, Aerospace, Healthcare, Transportation and Telecommunications.

The College of Engineering is a vibrant community of academic scholars, students and staff who are dedicated to engineering education and innovation for the ultimate benefit of society. To serve this purpose,the College empowers students with a great sense of purposeful academic curiosity of the physical world and appreciation of the social and environmental context within a rapidly changing world.

About the Department

The mission of the Nuclear Engineering Department at Khalifa University is to innovate in nuclear engineering research and education to achieve the following measureable goals:

The Nuclear Engineering program has been launched in 2010 to support the UAE nuclear power program with the deployment of four APR1400 units at the Barakah site.

Barakah Nuclear Power Plant - Power Technology (power-technology.com)

The Department has a vibrant team of nationally and internationally experienced faculty who have been very successful in attracting research funding over the past years.

Detailed information can be found athttp://www.ku.ac.ae/academics/college-of-engineering/department/department-of-nuclear-engineering/

About the Emirates Nuclear Technology Center (ENTC)

The Emirates Nuclear Technology Center is a joint research center operated under a cooperation agreement with the Emirates Nuclear Energy Corporation (ENEC) and the Federal Authority for Nuclear Regulation (FANR). It addresses the present and future research requirements to support the UAEs nuclear power program and its key stakeholders for the delivery of safe, clean and efficient nuclear energy to meet the Abu Dhabi Vision 2030 and the UAE National Energy Strategy 2050.

The ENTCs mission is to conduct research in the main thematic areas of nuclear technology necessary to ensure the safe and optimal operation of the nuclear power plants and to develop the utilization of advance nuclear technology in the UAE. ENTCs activities are structured around four thematic areas: Nuclear Safety and Systems, Nuclear Materials and Chemistry, Radiation Safety in the Environment and Advanced Nuclear Technology.

More information can be found athttp://www.ku.ac.ae/entc/

The department invites applications for faculty positions in all ranks. We are seeking for candidates with demonstrated expertise in Nuclear Materials and Chemistry. Combined expertise in experimental studies and modeling, as well as solid international networking are important assets for this position. The ideal candidate should have a strong research background and experience publishing in high-impact journals, securing competitive funding, and teaching undergraduate and graduate courses in Nuclear Engineering with a focus on Nuclear systems and materials, Aging management, Radiation damage, Structural integrity and chemistry, Nuclear fuel cycle. The candidate must possess excellent communication skills.

Successful candidates are expected to teach at the undergraduate and graduate levels, establish and maintain active research programs that lead to peer-reviewed publications in high-impact professional journals, and provide service to the department, the university, and the profession.

Successful candidates are also expected to be involved in thematic research within one or more of the university research priority areas.

The candidate will be an active member of the ENTC, leading or contributing to ENTCs research projects, developing the experimental infrastructure and modeling capabilities, as well as strengthening the collaboration with national stakeholders and international partners. Being a major actor of the UAE nuclear R&D development will highly contribute to candidates successful career path.

Qualifications

Job Requirement

A Ph.D. or equivalent doctorate in related discipline from an accredited institution is required.

Preference will be given to candidates with education from and/or previous service in pre-eminent institutions of higher education.The Department has a particular (but non-exclusive) interest in applicants with research expertise in: ageing and degradation of metallic components and concrete structures in nuclear power plants; material characterization and analysis, electrochemical behavior of materials in nuclear power plant environments; performance of nuclear fuel during operational conditions and accidental conditions.

The department is especially interested in candidates who can contribute to the diversity and excellence of the academic community through research, teaching, and service.

Should you require further assistance or if you face any issue with the online application, please feel to contact the Recruitment Team (recruitmentteam@ku.ac.ae).

Primary Location:Abu Dhabi UAEJob:FacultySchedule:RegularShift:StandardJob Type:Full-time

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Schools of Nursing and Engineering Join Together For New Center … – University of Connecticut

The University of ConnecticutsNursing and Engineering Innovation Center, one of the first of its kind in the nation,will advance health care, workforce, and economic development through interdisciplinary collaborations, positioning Connecticut to be a global leader in health care technology innovation.

Nurses interact with patients daily and see where there are gaps in care. Nurses are also taught to be problem solvers, adapting as necessary to fix unique health issues. Engineers are technically trained and up to date on the latest technology. Engineers typically also thrive in creating new devices to improve the quality-of-life for end users.

What happens when you combine the two professions together? UConns Schools of Nursing and Engineering believe it will lead to fresh ideas and inventions that will directly impact patients lives in a positive way. The four focal areas of the new Center are research, education, community engagement, and technology transfer.

The Center is under the co-direction of Tiffany Kelley, Ph.D., MBA, RN-BC, Visiting Professor and Director of the School of Nursings Healthcare Innovation Online Graduate Certificate Program and Leila Daneshmandi, Ph.D., Assistant Professor in Residence in Innovation and Entrepreneurship and Director of the entrepreneurship Hub (eHub) in the School of Engineering.

Engineers are trained to solve problems and create solutions. They have the technical knowledge, skills, and abilities to actualize new technologies, Daneshmandi says. By partnering with nurses and health care professionals, who have deep contextual knowledge of on-site problems and needs, we can ensure that our innovations are user-centric and designed for unmet health care needs.

In its initial phase, the Center includes the creation of joint educational programs for students and seed grants for collaborative research among faculty.

The deans of the two Schools, who will oversee the Innovation Center throughout its development with assistance from an Advisory Board, expect this first phase to take two to three years. The goal of the second phase is to create a shared state-of-the-art research and teaching facility, which will require major University, state, federal, or donor investment.

We are joining forces to not only support our research activities, but to also expand student learning and have a greater impact on patients and employers across Connecticut, says former School of Nursing Dean Deborah Chyun.

Not only could prototypes be field-tested and exhibited in such a facility, but it would also further integrate established undergraduate- and graduate-level programs at the two Schools, helping to meet the increasing demand for workers in both fields.

The School of Engineering has strong connections in health care, especially through our Biomedical Engineering Department operated with UConn Health, says Engineering Dean Kazem Kazerounian. With this new Innovation Center, however, were investing in patient-focused care at the hands of the talented nurse workforce.

The Nursing and Engineering Innovation Center is not the first instance of collaboration between the two Schools. Researchers affiliated with the School of Nursings Center for Advancement in Managing Pain belong to both Schools and are actively involved in shared training and research activities. Several interdisciplinary teams have also submitted grant applications for collaborative projects.

Among other collaborations, School of Nursing associate professor Ruth Lucas worked with Engineering faculty to design her Breastfeeding Diagnostic Device, which measures infants sucking during breastfeeding. Ellen Quintana 21 (NUR) worked with engineering students to design the now-patented ReduSeal glove waste reduction system. In the spring of 2022, students at both Schools built hundreds of Corsi-Rosenthal Boxes, which are do-it-yourself air purifiers that aid in filtration during COVID-19.

The Nursing and Engineering Innovation Center is a natural progression of ongoing collaborations that have been ongoing for the last several years Kelley says. We are excited to see how it will enhance our research and educational programs, help meet the demand for our graduates in the workforce, and provide better care for patients. It is amazing what we can do with a little seed funding, enthusiasm, and determination.

The creation of the center was inspired by a bequest from James Belmont 86 (ENG), who wanted to demonstrate his appreciation for his UConn education and that of his sister, Gail Belmont-Harwood 81 (NUR). Belmonts support for the Centers Program Support Fund stems from the siblings understanding that best practices in innovation development indicate the need for end users to be involved in the design of new products. Registered professional nurses are the largest group of health care professionals today, totaling about four million, and 10 times the number of physicians.

In addition to support from Belmont and Belmont-Harwood, the Nursing and Engineering Innovation Center received supportive funds from both schools, the Provosts Office, the Office of the Vice President of Research, and a $30,000 VentureWell Courses and Programs grant to support collaborative Nursing and Engineering undergraduate education advancement in this area. The VentureWell grant was awarded to fund a fellowship program for students from Nursing and Engineering to come together and work on health care technological solutions.

Opportunities to support the Center can be made through the Nursing Innovations Fund.

For more information, please connect with Daneshmandi or Kelley. Please visit the new Center website.

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Investigations Newsletter: Engineering Company Agrees to Pay $4.4 … – JD Supra

Headlines that Matter for Companies and Executives in Regulated Industries

On Friday, September 15, 2023, the US Department of Justice (DOJ) announced a settlement agreement with Navmar Applied Sciences Corporation, a Pennsylvania-based engineering company. As detailed in the settlement, Navmar knowingly double-billed and shifted certain labor and material costs under a series of contracts with the US Department of the Navy in violation of the FCA.

As background, Navmar had entered into contracts with the US government to manufacture, design, and test emerging intelligence, surveillance, and reconnaissance technologies. As detailed by the DOJ, Navmar knowingly billed certain labor and material costs on one Navy contract, and then subsequently billed the same costs on another contract. As a result, Navmar was paid twice for the same costs. Navmar also admitted that it knowingly and improperly shifted material costs incurred under certain contracts to other contracts. This practice violated the Federal Acquisition Regulations, which require that costs incurred under a contract be allocable to that same contract. As a result, Navmar recovered costs it otherwise would not have received.

Navmar has agreed to pay $4.4 million to resolve the case.

A link to the DOJs press release can be found here.

On Monday, September 18, 2023, the US Attorneys Office for the District of Massachusetts filed an FCA complaint against Brookline-based Bournewood Health Systems and First Psychiatric Planners (FPP). As alleged in the governments complaint, Bournewood and FPP paid kickbacks in the form of free sober housing to induce patients to choose Bournewood and FPP over other treatment facilities. The Massachusetts Attorney Generals Office also joined the complaint under the Massachusetts False Claims Act and related state laws.

The case originally began with allegations filed by a whistleblower under the qui tam provisions of the FCA, and the government subsequently intervened. According to prosecutors, Bournewood and FPP paid the kickbacks to grow their daily patient volume and increase the amount of reimbursement received from, among others, federal health care programs. Prosecutors also allege that Bournewood and FPP sent patients to certain sober homes to support their revenues, knowing that some of the sober homes were unsafe and threatened patients sobriety. Of particular concern, patients experienced sexual solicitation and harassment, drug overdoses, prescription medication theft, bed bugs and overcrowding.

If convicted, the defendants may be required to pay significant damages under both the federal FCA and Massachusetts False Claims Act.

A link to the DOJs press release can be found here.

On Monday, September 18, 2023, the owner of a sleep clinic in Fresno and Tulare Counties pleaded guilty to health care fraud and aggravated identity theft charges today for submitting over $1 million in fraudulent claims for sleep studies to Medicare.

As detailed in court records, Travis Gober, the owner of the sleep clinic, submitted thousands of claims to Medicare for sleep studies that were not actually performed on patients. In these same claims, Gober also falsely stated that the patients had been referred for the sleep studies by physicians with whom Gober had previously worked. The purpose of the scheme was to obtain reimbursement form Medicare, which would not otherwise reimburse claims submitted for sleep study patients unless the patient were referred by a physician. Gober engaged in the scheme to pay debts that his brother had incurred on behalf of his sleep center without his knowledge or consent.

Gober potentially faces 10 years in prison for the health care fraud conviction, and an additional, two years in prison for a separate identity theft conviction.

A link to the DOJ press release can be found here.

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A Feat of Engineering and Craftsmanship, Martin Puryear’s First … – Culture Type

MARTIN PURYEAR, Installation view of Lookout, 2023. Storm King Art Center, Mountainville, N.Y. | Martin Puryear, Courtesy Matthew Marks Gallery. Photo by Jeffrey Jenkins

A CURIOUS LOOKING, CURVED FORM sits on a high overlook in the North Woods of Storm King Art Center. A miracle of construction with no underlying framework, the brick sculpture provides awe-inspiring views from within. A masonry arched entry frames glorious landscapes with Schunnemunk Mountain visible in the distance. Ninety circular openings along the walls and ceiling create focused glimpses of the sky, tree canopy, and natural surroundings.

Lookout, a permanent, site-specific commission by Martin Puryear debuted Saturday at Storm King, the 500-acre outdoor museum and sculpture park in Mountainville, N.Y.

What distinguishes Martin Puryear as an artist is the way he finds forms and materials that feel familiar but create a world of their own. With Lookout, Puryear has created a tapestry in brick, using small individual elements to create something majestic on a grand scale, Storm King Artistic Director and Chief Curator Nora Lawrence said in a statement.

Its been an honor to watch him think about masonry as something elevated, technical, and specific and to create something that many said would not be possible. He took the time to envision the perfect work for Storm King. Lookout joins a tradition of our site-specific commissions that wouldnt be right anywhere else: it is for this landscape; it is for this hill. Not only is Lookout a gorgeous work of art, but it is a feat of engineering and craftsmanship that reflects so much of Puryears thinking throughout his career.

Not only is Lookout a gorgeous work of art, but it is a feat of engineering and craftsmanship that reflects so much of Puryears thinking throughout his career. Storm King Artistic Director and Chief Curator Nora Lawrence

MARTIN PURYEAR, Detail of Lookout, 2023 (brick, concrete, cobblestone, 20 x 16 feet). Storm King Art Center, Mountainville, N.Y. | Martin Puryear, Courtesy Matthew Marks Gallery. Photo by Jeffrey Jenkins

Puryear, 82, has developed a singular practice over past 50 years, working by hand with wood, bronze, and stone, producing technically rigorous abstract sculptures with thought-provoking historical and cultural references. A highly regardied artist, he represented the United States at the 58th Venice Biennale in 2019. Born in Washington, D.C., Puryear lives and works in Upstate New York, about an hour from Storm King. As is his practice with large-scale sculptures, to realize Lookout, Puryear worked with experts who brought specific knowledge to the project.

Creating a new work for Storm King has been an adventure and a challenge. Lookout, my first sculpture in brick, is an effort to celebrate a special spot in Storm Kings extraordinary landscape, Puryear said in a statement.

From the beginning, the project was a series of puzzles to be solved, a collective effort between engineers, brick and cement technologists, and the highly skilled team of masons who constructed the work onsite over a period of two summers, (after more than ten years of planning). Throughout the entire process, Storm King was a tenacious source of encouragement and support. My gratitude is vast for such a faithful realization of my vision.

Creating a new work for Storm King has been an adventure and a challenge. Lookout, my first sculpture in brick, is an effort to celebrate a special spot in Storm Kings extraordinary landscape. From the beginning, the project was a series of puzzles to be solved Martin Puryear

Puryear told the New York Times, the sculpture is his most complicated work to date. He researched all manner of masonry methods practiced in England, Rome, and on Manhattans Upper East Side. In Mali, he witnessed a Nubian vault-building technique developed thousands of years ago that was critical to his vision. I love that it comes from Africa, Puryear said. CT

Sunday, Oct. 1, 2023: Storm King Art Center is hosting a public talk with Martin Puryear and Storm King Artistic Director and Chief Curator Nora Lawrence. Registration is required

The debut of Lookout is accompanied by Martin Puryear: Process and Scale, an exhibition showcasing Martin Puryears development process on a range of projects over the years via models and drawings (Sept. 23-Dec. 17, 2023)

MARTIN PURYEAR, Installation view of Lookout, 2023. Storm King Art Center, Mountainville, N.Y. | Martin Puryear, Courtesy Matthew Marks Gallery. Photo by Jeffrey Jenkins

MARTIN PURYEAR, Installation view of Lookout, 2023. Storm King Art Center, Mountainville, N.Y. | Martin Puryear, Courtesy Matthew Marks Gallery. Photo by Jeffrey Jenkins

MARTIN PURYEAR, Installation view of Lookout, 2023. Storm King Art Center, Mountainville, N.Y. | Martin Puryear, Courtesy Matthew Marks Gallery. Photo by Jeffrey Jenkins

BOOKSHELFA publication documenting Marin Puryears Lookout project at Storm King Art Center is forthcoming in spring 2024. Martin Puryear: Liberty / Libert accompanied the artists Venice Biennale exhibition. Martin Puryear: Multiple Dimensions was published on the occasion of the artists 2015 traveling museum exhibition. Also consider Beauty Born of Struggle: The Art of Black Washington. Puryear is among the artists featured in the volume edited by Jeffrey C. Stewart.

SUPPORT CULTURE TYPEDo you enjoy and value Culture Type? Please consider supporting its ongoing production by making a donation. Culture Type is an independent editorial project that requires countless hours and expense to research, report, write, and produce. To help sustain it, make a one-time donation or sign up for a recurring monthly contribution. It only takes a minute. Many Thanks for Your Support.

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Hagler Institute Reveals Newest Class Of Fellows And Lecturers – Texas A&M University Today

Texas A&Ms Hagler Institute brings renowned scholars and researchers to campus to collaborate with students and faculty.

A Nobel physicist, a Nobel economist and the first female astronaut of color to travel into space are among 14 new Hagler Fellows and two new Distinguished Lecturers announced today by the Hagler Institute for Advanced Study at Texas A&M University.

The Class of 2023-24 is the Hagler Institutes largest in its 13-year history. Each fellow or lecturer belongs to the National Academies of Sciences, Engineering and Medicine, or holds recognitions of equal stature in their field. The newest class includes scientists, engineers and scholars who are recognized internationally for their achievements and scholarship.

Since 2012, the Hagler Institute has attracted 126 world-class researchers to the Texas A&M campus: 116 Hagler Fellows and 10 Distinguished Lecturers. Of these, 15 have joined Texas A&Ms faculty.

Once again, the Hagler Institute has attracted an exceptional class of fellows and lecturers to work with our already exceptional community of Texas A&M researchers, Texas A&M University System Chancellor John Sharp said. Working in tandem with the Chancellors Research Initiative and the Governors University Research Initiative, the institute likely will persuade some of these National Academy-level researchers to join our outstanding, permanent faculty.

The fellows will collaborate with faculty, researchers and students in the colleges of Agriculture and Life Sciences, Arts and Sciences, and Engineering; schools of Education and Human Development, Engineering Medicine, Medicine, Public Health, and Veterinary Medicine and Biomedical Sciences; and at Texas A&M University at Galveston.

Since 2012, the Hagler Institute haslinked Texas A&Ms faculty and students with some of the worlds most influential scholars, said Gen.(Ret.) Mark A. Welsh III, interim president. The 12thclass of Hagler Fellows is top-notch, and Ilook forward to the invaluable mentorship opportunities and educationalexperiences our faculty and students alike willbenefit from as a result of this outstanding program.

The institute selects its Hagler Fellows from among top scholars who have distinguished themselves through outstanding professional accomplishments and significant recognition.

Previous classes of Hagler Fellows have included four Nobel laureates, a Wolf Prize recipient, a recipient of the Hubble Medal in Literature for Lifetime Achievement, a recipient of the National Medal of Science, an awardee of the National Medal of Technology and Innovation, a two-time recipient of the State Prize of Russia and a recipient of both the National Humanities Medal and the Johan Skytte Prize, the most prestigious award in political science.

We have great expectations for this new class of Hagler Fellows, Founding Director John L. Junkins said. We believe they will have a productive and enduring impact on our faculty, our students and on the culture of the Texas A&M campus.

The Hagler Institute will induct the Class of 2023-24 during its annual gala in March. The 14 new fellows are:

In addition, the institute announced two Hagler Distinguished Lecturers for 2023-24:

About the Hagler Institute for Advanced Study:The Hagler Institute for Advanced Study was established in December 2010 by The Texas A&M University System Board of Regents to build on the growing academic reputation of Texas A&M and to provide a framework to attract top scholars from throughout the nation and abroad for appointments of up to a year. The selection of Hagler Fellows initiates with faculty nominations of National Academies and Nobel Prize-caliber scholars who align with existing strengths and ambitions of the university.

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Corps of Engineers modernizing Small Lock machinery, controls – nws.usace.army.mil

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A major infrastructure upgrade to the nations busiest locks will help keep them operating into the next century.

Well be installing a new miter gate and filling valve actuation system to maintain the Locks infrastructure, said Locks Operations Project Manager Jonathan Hofstra. Were also planning on upgrading and replacing current controls systems to a modern controls operating system."

The $16 million project cost, of which $10.5 million comes from Bipartisan Infrastructure Law (BIL) funding that President Joseph R. Biden signed into law in November 2021, will modernize aged electrical and mechanical components at the Hiram M. Chittenden Locks. The U.S. Army Corps of Engineers awarded the contract August 2023.

The Chittenden Locks has served the Pacific Northwest and the U.S. for 106 years. Many systems and components have been upgraded, but many more need upgrading to continue operating.

The small lock machinery system operates the miter gates and valves that control the filling and emptying of the Canals small lock chamber. The new machinery will use compact hydraulic miter gate and valve operating machinery.

Current machinery and controls are deteriorated and need replacing before failure leads to small lock closure. The upgrades will reduce the risk of gate operating equipment failure that would severely impact the Army Corps navigation mission.

The official schedule has not been confirmed but Hofstra emphasized that all work will be completed in a single small lock dewatering event, and not affect normal navigational operations.

A Tribal-owned company, T1-RJS Joint Venture LLC of North Bend, Oregon, earned the contract award.

For more information on USACE projects in the Bipartisan Infrastructure Law work plan, clickhere.

For current information about activities at the Locks, check our public website and follow us on Facebook and X (formerly Twitter).

###

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October 2023 On the Scene: Expansion and Acquisition – Engineering News-Record

Austin-Bergstrom International Airport (ABIA) broke ground Aug. 30 on a $164-million West Gate Expansion with Hensel Phelps as the project's general contractor. The expansion will increase the airport by nearly 85,000 sq ft over three levels of apron, concourse and mezzanine space, said Dwight Runkels, operations manager for Hensel Phelps. The expansion is part of a $6.5-billion upgrade plan that started in February 2023. The plan includes 61 upgrades over the next two decades, Runkels added. Additional upgrades include a new concourse, 10 additional gates as well as an underground tunnel that will link the airports existing buildings. This expansion will add additional seating areas, the largest bathrooms in any of the terminals, private rooms for nursing mothers and a third-level outdoor public patio with a view of Austins skyline. The expansion is slated to open in 2026.

At its construction peak, the onsite workforce was estimated to reach between 170-200 workers. This contract returns Hensel Phelps to ABIA, where the firm had previously completed projects, including the Terminal East Infill and baggage claim, Runkels said.

Image courtesy Dallas Museum of Art

The Dallas Museum of Art selected Madrid-based firm Nieto Sobejano Arquitectos as the winner of its Reimagining the Dallas Museum of Art contest, an international design competition that received more than 150 submissions from across the globe.

The winning concept addressed matters of circulation, sustainability and gallery expansion while honoring the original building built in 1984 and designed by Edward Larrabee Barnes. In a release, judges praised the design for transforming the link between landscaping and community into a balance of memory and innovation. Key to Sobejanos design was the need to address the extended gallery space. According to the firm, this is achieved by introducing a floating square extension on the roof, a flexible space where contemporary art will be displayed. The new area will incorporate an event space, restaurant and a roof terrace overlooking a park. Visibility will increase by two new facades at the structures north and south, allowing museum-goers to explore the campus.

The committee found the winning team a delight to interact with during the competition workshops and visits; they listened carefully, questioned us and continually reappraised their approach, the museum said in a statement.

A shortlist featured such firms as David Chipperfield Architects, Diller Scofidio + Renfro, Johnston Marklee, Michael Maltzan Architecture and Weiss/Manfredi.

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Resource Efficiency Managers expand partnership with Navy … – hnc.usace.army.mil

Huntsville Center Public Affairs

HUNTSVILLE, Ala. Following years of energy-saving successes at Naval Base Guam, the Navy is expanding its partnership with the U.S. Army Engineering and Support Center, Huntsvilles Resource Efficiency Manager Program.

Huntsville Centers REM program improves installation energy programs by developing site energy and water plans that achieve energy efficiency, reduction, security and resiliency through sustainable and renewable resources. REMs, contracted energy management experts, help energy managers increase energy awareness, collect data for reporting site energy use and management and achieve energy goals and mandates.

REMs have been working with energy managers at Naval Base Guam for over six years to conduct building audits, identify energy conservation measures and develop project documentation for third-party financed energy projects, said Russell Moebes, REM Program project manager.

They saw the energy savings and projects that have come out of Guam, so they shared those success stories within the Navy and wanted to get REMs out to other installations to help meet their energy goals as well, said Moebes.

Huntsville Centers REM Program now has contracts to provide 16 total REMs to Navy Atlantic, Navy Pacific and Navy Far East. Each contract has four unexercised option years and additional unexercised optional REMs if installations need additional support with larger integrated project development.

Not only are these contracts going to result in cost savings for the Navy, they are also focused on improving energy resiliency, so installations can self-sustain their critical missions, said Moebes.

For more information about Huntsville Centers Resource Efficiency Manager Program, visit https://www.hnc.usace.army.mil/Media/Fact-Sheets/Fact-Sheet-Article-View/Article/490651/energy-division-resource-efficiency-managers/.

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Wang receives funding to develop technology to study natural seeps – University of Missouri College of Engineering

September 25, 2023

A thousand feet under the ocean, plumes of gases are rising out of plant and animal fossils. These natural seeps provide necessary food and energy for marine life. In rare situations, they could also pose challenges to oceanic exploration if they are massive in volume and could be releasing methane into the environment in shallow waters.

Hundreds of miles from shore, a Mizzou Engineer is working to better understand these seeps, work that could lead to advancements in oceanic exploration, identification of aquatic life near seeps, sustainability and even new energy sources.

Binbin Wang, an assistant professor of civil and environmental engineering, is devising technologies to capture information from the bubbles of hydrocarbons rising from underwater.

Natural seeps are important in general, as they support an ecosystem on the ocean floor, he said. Eventually, we want to map out what is going on in the ocean, and thats where these new technologies will come in.

Wang received funding from the Office of Naval Research (ONR) to characterize the bubbles and bubble-induced flows coming out of natural seeps. To do so, hes integrating both optical and acoustic techniques using a large tank in his Environmental Fluid Dynamics Lab.

The bubbles were simulating in our tank mimic whats happening in the ocean, he said. These ocean bubbles typically contain methane and other hydrocarbons, and these hydrocarbons are important to energy sources for ocean life and biodiversity.

Specifically, Wang is developing a video camera system that can be submerged underwater to record activity. An LED and a laser illuminate the seeps, then the camera captures flow behavior, measuring velocity and giving researcher a glimpse into rarely seen oceanic activity.

Hes coupling that with information collected from high-frequency sonar equipment, which are speakers that emit sound waves through water. When these waves encounter the bubbles, they reflect off of them, determining the distance and strength of bubbling.

Sonars are already used in the ocean for navigation, object detection and oceanographic research. Some special acoustic equipment is used to measure flow velocities.

Bubbles are seen as contaminating flow measurements, Wang said. Instead, were going to take advantage of this information to characterize the bubbles.

In addition to gaining foundational understanding around the behavior of seeps, Wangs studies will also provide better insight into life around them, such as the types of fish and aquatic life that rely on nutrients from the seeps.

The Office of Naval Research has a strong mission in autonomous underwater exploration, our research may play a role in mapping ocean seeps autonomously in the future, Wang said.

Last year, Wang was selected to work with the Offshore Energy Safety track of the National Academies of Sciences Gulf Research Program. He has also received funding from the National Science Foundation to develop underwater imaging systems.

Learn more about civil and environmental engineering at Mizzou.

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Trader Predicts Year-End Rally for Ethereum, Updates Outlook on Bitcoin and One Low-Cap Altcoin – The Daily Hodl

A closely followed crypto strategist thinks that the leading smart contract protocol Ethereum (ETH) is positioning for a year-end surge.

Pseudonymous analyst Inmortal tells his 199,000 followers on the social media platform X that Ethereum will likely see significantly higher prices before 2023 expires.

In the coming weeks, however, the analyst says that ETH could correct to as low as $1,300 before starting its ascent.

Expecting something like this on ETH. My strategy is the same, no matter if $1,500 or $1,300, I keep accumulating. Simple plan, simple life.

Looking at the traders chart, he appears to predict that Ethereum could climb to as high as $2,000 by the end of the year. The chart also shows Ethereum surging above $2,500 in the first quarter of 2024.

At time of writing, Ethereum is worth $1,590.

Looking at Bitcoin (BTC), Inmortal predicts that the crypto king will revisit support at $25,800 before rallying back to its resistance at $27,300.

$25,800 is the only level I would long.

At time of writing, BTC is trading for $26,286.

The trader is also keeping a close watch on Radix (XRD), a decentralized finance (DeFi) programming environment. According to Inmortal, RDX looks poised for another leg up toward the $0.086 level as the project gears up for the mainnet launch of its Babylon upgrade.

According to the projects website, the Babylon update will enable powerful smart contract functionalities for Radix and kickstart a live DeFi ecosystem.

Says Inmortal,

Textbook retest, +30% since then. Mainnet launch in 3 days. Babylon.

At time of writing, RDX is worth $0.061.

Generated Image: Midjourney

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