Category Archives: Engineering
Three inducted into Waterways Experiment Station Gallery of … – erdc.usace.army.mil
VICKSBURG, Miss.A new group of U.S. Army Engineer and Research Development Center (ERDC) retirees were celebrated for their contributions and enshrined into the agencys most esteemed collective in Vicksburg, Mississippi.
Dr. Alfred Cofrancesco, Patti Duett, and Dr. William Grogan were inducted into the Waterways Experiment Station (WES) Gallery of Distinguished Civilian Employees during the agency's Induction Ceremony Thursday, July 27, at the ERDC Headquarters Auditorium. The achievement is the highest honor a former ERDC-WES site employee could accomplish, and the newest inductees bring the total number of gallery members to 116.
The U.S. Army Corps of Engineers Waterways Experiment Station (WES) in Vicksburg, Mississippi, was the nations first federal hydraulics research facility and was created because of the 1927 Mississippi River Flood. WES was established in 1929 to provide research support and has since transformed research in the United States.
Dr. David Pittman, ERDC director, applauded the inductees accomplishments and credited them for their impact on the agencys growth.
We are proud to honor the career accomplishments and legacies of three individuals who define what it means to be the best of the best, said Pittman. These three have helped pave the way for the rest of us and have set the bar very high.
Cofrancesco retired in 2020 as technical director for ERDCs environmental engineering and sciences Civil Works portfolio with over 40 years of service. Cofrancesco served as the senior advisor to the director of the Environmental Laboratory (EL) on civil environmental engineering and sciences research and development topics affecting EL and ERDC research programs.
The honor, for Cofrancesco, is one that he cherishes, as it places him among some of the agencys most heralded former leaders.
I am humbled and honored to have been selected, said Cofrancesco. I am humbled to be associated with such an elite group of individuals who have contributed so much to WES, ERDC, the Corps of Engineers and our nation. Im honored to receive this significant award.
Patti Duett retired from the Information Technology Laboratory (ITL) in 2021 after 30 years of service. Duett dedicated her career to ensuring ITL and ERDC were at the forefront of technical achievements. Duetts work played a vital role in the success of the laboratory and serves as the foundation on which its future is being built. In 2014, Duett was named ITL deputy director, where she established and executed the ITL Facility Improvement Plan. This effort ensured the laboratory would have premier facilities to support research and development for decades to come.
Climbing the ranks at the agency allowed Duett opportunities to develop professionally and make connections that would last a lifetime. Shes grateful for all that the agency offered her.
I have learned lifelong lessons and made enduring friendships," said Duett. "I also take great pride in being part of an organization that leads the way in cutting-edge research, making our nation a better and safer place to live. I am grateful and humbled to be a part of such a distinguished gallery of employees who have made significant contributions and advancements to a world-class organization.
Grogan, the first ERDC chief of staff, retired in 2020 after 36 years of service. Grogan helped build and strengthen relationships within organizational elements by developing, executing, and supporting engagements, site visits and other collaborative efforts across ERDC. In this position, he coordinated and managed the activities of the ERDC director to ensure efficient and productive business functions. Grogan also advised the ERDC director on the progress of projects, reviewing, summarizing and helping maximize productivity by attending to details while staying attuned to the macro vision of ERDC.
Being honored makes Grogan proud of his decision to dedicate his services to the agency.
Getting this honor fills my heart with joy, said Grogan. The honor of being inducted into the Gallery of Distinguished Civilian Employees is confirmation that spending my career serving our nation was a good decision. I really enjoyed my job. Other opportunities came along, but I wanted to stay here because the mission of this organization is important. We have an impact on the nation. It was fulfilling to be a part of that mission.
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Three inducted into Waterways Experiment Station Gallery of ... - erdc.usace.army.mil
The Incredible Engineering of the Black Hornet Nano Drone – ENGINEERING.com
The data sheet from FLIR Systems Black Hornet catalog. (Image: FLIR Systems Inc.)
The Black Hornet Drone is a miniaturized unmanned aerial vehicle (UAV) designed for reconnaissance and surveillance. It has an exceptionally small, lightweight frame and incorporates advanced aerodynamics and propulsion systems for precise, agile flight performance. Equipped with high-resolution cameras and autonomous capabilities, this engineering marvel provides military forces with a tactical advantage, enabling discreet data collection and intelligence-gathering in real time for squad-level deployment.
The Black Hornet was invented by Norwegian company Prox Dynamics AS, which was acquired in 2016 for $134 million by FLIR Systems. The drone was introduced in 2011 and has undergone several iterations.
The newest version, the Black Hornet 3 (which was named a 2019 Popular Science Best of Whats New Grand Award winner in the Security category) weighs 1.16 oz. and is 6.6 in. from nose to tail. It was designed for operations in highly contested and GPS-denied environments. Its nearly silent, has a flight time of up to 25 minutes and transmits live high-definition visible and thermal video to the user.
Its primarily used by military and defense organizations for reconnaissance and situational awareness. Some of the countries known to have deployed it include The U.S., U.K., Australia, France, Germany, Norway and, most recently, Ukraine, which is known to have received 300 units to date, with another 1,000 on the way.
FLIR Defense says it has delivered more than 14,000 Black Hornet PRS systems to military and security forces in 40 countries, with the last publicly available price at $195,000 per unit. This puts the potential revenue for the system to date at $2.73 billion, or a little more than 20 times what FLIR Systems paid to acquire the company.
The Black Hornet drone and its accompanying user interface and control module, which is small enough to attach to a soldiers utility belt. (Image: FLIR Systems Inc.)
Miniaturization: The Black Hornet Nano Drone is exceptionally small and lightweight, weighing 1.16 oz. and is 6.6 in. in length. The diameter of its twin rotors is 4.8 in. Achieving this level of miniaturization while retaining functionality and endurance was a significant engineering challenge.
Aerodynamics: Despite its size, the drone has exceptional stability and maneuverability due to its aerodynamic shape. Engineers have meticulously optimized the drone's form and materials to ensure efficient flight performance.
Propulsion: To achieve these flight capabilities, engineers developed miniature propulsion systems, such as electric motors and propellers powered by a field-replaceable battery.
Materials: Advanced lightweight materials such as carbon fiber and high-strength polymers have been extensively used in the drone's construction to ensure durability and enhance flight performance.
Sensors: Its sensor payload includes an electro-optical camera capable of 640 x 480 video and 1,600 x 1,200 snapshots, and thermal imaging devices capable of 160 x 120 video and snapshots. The Black Hornet does not carry any weaponsat least not yet.
Autonomy and AI: The drone's onboard artificial intelligence and autonomous navigation enable it to conduct pre-programmed missions, follow specific routes, react to changing environmental conditions and even automatically return to its dock without constant human input.
Communication: Engineers have developed robust communication protocols for seamless transmission of data between the drone and its operator, even in challenging environments or adverse conditions at a range of 1.24 miles. The data link is encrypted, uses dynamic power and frequency hopping and can communicate beyond line-of-site. The available frequencies have not been disclosed, but available mission data includes AES 256 encrypted video and snapshot metadata, STANAG 4609 (NATOs standard exchange format for motion imagery) and the communications are Android Team Awareness Kit (ATAK) compatible.
Power Management: The drone's engineering encompasses advanced power management systems to ensure optimal battery life, allowing flight time of 25 minutes at speeds up to 13.42 mph.
Stealth and Low Signature: The drone's acoustic and visual signature is rated as best-in class, meaning its extremely difficult for adversaries to detect or counter. It can be 10 feet away from a person without being heard.
The Black Hornet Nano drone in action. (Image: Flir Systems Inc.)
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The Incredible Engineering of the Black Hornet Nano Drone - ENGINEERING.com
Search launched for new dean of the Penn State College of … – Pennsylvania State University
UNIVERSITY PARK, Pa. Penn State has launched a national search for the next Harold and Inge Marcus Dean of the College of Engineering. Tracy Langkilde, dean of the Eberly College of Science, will chair the search committee.
Tonya Peeples, senior associate dean and professor of chemical engineering, has been serving as interim dean since July 1. She took over for Anthony Atchley, who retired from the position at the end of June. In August 2022, when Justin Schwartz, then the Harold and Inge Marcus Dean of Engineering, was named interim executive vice president and provost, Atchley was appointed acting dean of engineering, a title that changed to interim dean when Schwartz was appointed Penn States permanent executive vice president and provost on May 1.
Established in 1896, the College of Engineering is Penn States largest academic college and houses 13 academic departments and degree programs and 30 major research centers and laboratories. Its more than 570 faculty members support over 12,000 students and 95 postdoctoral researchers. The dean, reporting directly to the executive vice president and provost of the University, serves as the principal academic and administrative officer of the college.
The new dean will be instrumental in shaping future developments within the college, including incorporating Penn States strategic plan and new budget model into college operations; creating and maintaining an equitable, inclusive community; recruiting and retaining a diverse and talented faculty, staff and student body; and building on the colleges commitment to student success and impactful research. The incoming dean also will be a strong partner to University leadership and build relationships across Penn State, including the Commonwealth Campuses, to promote and expand interdisciplinary education and research.
The College of Engineering seeks a scholar with achievements appropriate for a tenured, full professorship in a department within the college. The dean must have a substantial record of administrative leadership; a dedication to diversity, equity, inclusion and belonging; and administrative, fiscal and operational capability. The dean must possess inspiring leadership qualities and exceptional interpersonal, collaboration and communication skills. Additionally, the dean should be an experienced fundraiser and, in coordination with the development team within the college, forge strong relationships and engage donors, alumni and industry leaders in supporting strategic priorities of the college.
The firm WittKieffer will be assisting Penn State with the search. Interested parties should include a CV or resume and a letter of interest addressing the themes in the leadership profile that is available at wittkieffer.com. Application materials should be submitted using WittKieffers candidate portal. Candidate materials should be received no later than Aug. 28. Nominations and inquiries can be directed to Suzanne Teer, Jessica Herrington and Cathryn Davis at PennStateEngineeringDean@wittkieffer.com.
Members of the search committee include:
Andrea Arguelles, associate head for diversity and inclusion; assistant professor of engineering science and mechanics
Sydney Assalita, undergraduate student in engineering science and Schreyer Honors Scholar
Kathleen Bieschke, vice provost for Faculty Affairs and professor of education
Chitaranjan Das, department head of Computer Science and Engineering
Mary Frecker, department head of Mechanical Engineering
Sara Hackett, human resources consultant
Erin Hostetler, director of Student Research and Graduate Equity, College of Engineering
Tracy Langkilde, search committee chair; dean and professor of biology, Eberly College of Science
David Mazyck, head of the School of Engineering Design and Innovation
Martin Nieto-Perez, associate teaching professor of nuclear engineering
Tracy Peterson, director of Student Transitions and Pre-College Programs, College of Engineering
Debrina Roy, doctoral candidate in industrial and manufacturing engineering
Tahira Reid Smith, Arthur L. Glenn Professor of Engineering Education
Uday Shanbhag, Gary and Sheila Bello Chair Professor of Industrial and Manufacturing Engineering
Timothy Simpson, Paul Morrow Professor in Engineering Design and Manufacturing
Stephanie Velegol, acting associate department head and teaching professor of chemical engineering
Elizabeth Wright, chancellor, Penn State Hazleton; and associate professor of English, Academic Affairs
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Search launched for new dean of the Penn State College of ... - Pennsylvania State University
OX Security Named a 2023 Gartner Cool Vendor for Platform … – PR Newswire
Integrating OX Security into internal developer platforms reduces cost, effort and risk and enables secure software development at scale
TEL AVIV, Israel and BOSTON, July 11, 2023 /PRNewswire/ -- OX Security, the industry's first holistic software supply chain security platform, today announced that it has been named a Cool Vendor by Gartner, in the research firm's 2023 Cool Vendors in Platform Engineering for Scaling Application Security Practices report.
In organizations today, individual product teams often implement security tools and practices at their own discretion, exposing their organizations to significant risk. To address this liability, forward-thinking companies have begun establishing platform teams, charged with creating a bespoke stable, efficient and secure environment for internal developers to work on their applications. This "ensures consistency and reduces the cognitive load of implementing security controls," according to the report.
Gartner predicts that "by 2026, 70% of platform teams will integrate application security tools as part of internal developer platforms (IDP) to scale DevSecOps practices, up from 20% in 2023."
OX Security was named a Gartner Cool Vendor for making it "easier to orchestrate security workflows and provide visibility into the software supply chain." The report noted that OX Security may be of particular interest to platform teams in order to:
"We are honored to be selected as a 2023 Gartner Cool Vendor in Platform Engineering for Scaling Application Security Practices," said Neatsun Ziv, co-founder and CEO of OX Security. "Before OX, DevSecOps suffered from fragmented workflows and noise from tool overload. OX secures an organization's path to production, from code to cloud to code, and is hyper-focused on the user experience. Working with platform teams is a very natural fit for us."
OX recently launchedOX-GPT, the first AppSec ChatGPT integration, which gives developers full transparency with respect to identified risks and customized cut and paste code fixes. Developer adoption of OX-GPT has been rapid, with some users seeing an almost 80% decrease in false positives and a 40% increase in the resolution of critical issues.
To learn more about how OX Security empowers customers to reduce the potential attack surface while still enabling development teams to deliver at scale, visit http://www.ox.security or schedule a demo.
To view a complimentary copy of the 2023 Gartner Cool Vendor in Platform Engineering for Scaling Application Security Practices report, visit http://www.ox.security/Gartner-cool-vendor-2023
Gartner DisclaimerGartner does not endorse any vendor, product, or service depicted in our research publications and does not advise technology users to select only those vendors with the highest ratings or other designation. Gartner research publications consist of the opinions of Gartner's research organization and should not be construed as statements of fact. Gartner disclaims all warranties, expressed or implied, with respect to this research, including any warranties of merchantability or fitness for a particular purpose.
Gartner, Cool Vendors in Platform Engineering for Security Application Security Practices, 6 July 2023, Manjunath Bhat, et. al.
GARTNER is a registered trademark and service mark and COOL VENDORS ais a registered trademark of Gartner, Inc. and/or its affiliates in the U.S. and internationally and are used herein with permission. All rights reserved.
ABOUT OX SECURITYAt OX Security, we believe that security should be an integral part of the software development process, not an afterthought. Found by Neatsun Ziv and Lion Arzi, two former Check Point executives, OX security is the first and only platform to scan the entire software supply chain - from code to cloud to code - eliminating any blind spots and delivering complete visibility, context, prioritization of security issues, all in a single pane of glass. Through a combination of best practices from risk management and cybersecurity and a user experience focused on developers, OX makes software supply chain security processes effortless for security teams to manage and easy for developers to adopt.
For more information visit http://www.ox.security and follow OX Security on LinkedIn.
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OX Security Named a 2023 Gartner Cool Vendor for Platform ... - PR Newswire
Engineering Departments to Combine, Expand Opportunities for … – University of Arkansas Newswire
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Professor Jia Di, head of the Department of Electrical Engineering and Computer Science.
The U of A Department of Electrical Engineering and Department of Computer Science and Computer Engineering are joining forces to form a single, integrated department to be named the Department of Electrical Engineering and Computer Science.
The restructuring will bring numerous benefits for students, particularly in the expansion of educational opportunities, said Jia Di, who has been head of computer science and computer engineering since January 2021, and will be the head of this new department.
"Students currently enrolled in the program will gain access to a broader range of technical electives previously unavailable to them, Di said.
For instance, electrical engineering students will have the chance to delve into cutting-edge fields like artificial intelligence, machine learning and cybersecurity.This will allow them to apply these skills to control systems and power engineering. Computer science and computer engineering students will be able to apply their theoretical computing knowledge to areas in electrical engineering such as power systems and control systems.
This cross-disciplinary exposure will enrich their knowledge base and equip graduates with an attractive and diverse skill set," Di said.
Another important change is the introduction of multidisciplinary capstone projects. Students will collaborate with peers from different disciplines, thereby enhancing their communication, teamwork and adaptability. These skills are highly valued by employers and will significantly benefit students in their future careers, Di said.
The new structure will also facilitate seamless transitions between electrical engineering, computer engineering and computer science programs.
Students who wish to switch from one program to another will find it much easier, as many credits will be transferable within the department. This flexibility saves time and money but also facilitates the recruitment process for prospective students," Di said.
The change is supported by Juan Balda, University Professor and head of the electrical engineering department, who led the department for more than 13 years and is retiring in July after 34 years at U of A.
The re-organization will be beneficial to students in both departments due to the availability of more technical electives and opportunities for undergraduate research. Students will be able to have a broader knowledge of electrical and computer engineering, he said.
College of Engineering Dean Kim Needy said shes excited about the possibilities to shape the future of education in technology and engineering.
"The combination of these two successful departments heralds a new era of opportunity for our students and our faculty, said Kim Needy, dean of the College of Engineering. These changes will also enhance our ability to secure external funding, attract pre-eminent researchers and scholars, and establish ourselves as the destination of choice for discovery and development of cutting-edge technological advancements.
Interim Vice Chancellor for Research & Innovation Margaret Sova McCabe concurred with Needy and Dis assessment of the potential to boost research productivity as the result of the restructuring, saying This evolution will enhance not only the student experience, but also the collaboration and cross-pollination of ideas amongst researchers that catalyze competitive and forward-thinking funding proposals. I believe this supports our continued enhancement of the universitys research excellence.
Increased cooperation between faculty members from different disciplines is expected to yield a significant boost in research productivity. Bringing together computing and electrical engineering expertise will unlock new research possibilities and facilitate innovative solutions to complex problems. Di believes this will amplify the department's research output, leading to a surge in academic achievements.
Existing synergies between the two departments, particularly in the areas of cybersecurity, cyber-physical systems and electronics will only become stronger, Di said. Collaborative projects in these domains have yielded fruitful results and will continue to thrive under the combined department. The fusion of computing and electrical engineering perspectives in research will facilitate the development of novel technologies and their practical application across various domains.
Regarding future research initiatives, Di envisions an environment that encourages faculty members to interact and exchange ideas freely. He is confident that the department will actively foster an atmosphere conducive to innovative research.
"Through facilitated discussions and collaborations, new research areas and projects are bound to emerge, Di said.
Ultimately, Di's vision for the combined department revolves around empowering students with a well-rounded education and preparing them for the dynamic demands of the industry.
"I aspire to see every graduate, regardless of their major, possess a broad knowledge base encompassing both electrical engineering and computing. This interdisciplinary approach will equip students with valuable skills that bridge the gap between different fields, allowing them to apply their expertise across diverse domains," he said.
Moreover, Di stresses the importance of soft skills, such as effective communication and teamwork, which students will cultivate through multidisciplinary collaboration.
The newly combined department will begin operations on Aug. 15.
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Engineering Departments to Combine, Expand Opportunities for ... - University of Arkansas Newswire
UES Expands Geotechnical Expertise in the Southeast with … – PR Newswire
The Nation's Fastest-Growing Engineering and Consulting Firm Makes Strategic Acquisition of Huntsville, AL-based Firm
ORLANDO, Fla., July 11, 2023 /PRNewswire/ -- UES, a national leading engineering and consulting company, has acquired GEO Solutions, a full-service geotechnical engineering, environmental consulting, and materials testing company headquartered in Huntsville, Alabama.
Founded in 2003 by Brian Cook and William Kennard, P.E., the GEO Solutions team has successfully completed thousands of projects throughout the southeast in both the private and public sectors. GEO Solution's laboratory is certified by the U.S. Army Corps of Engineers, ALDOT and AASHTO. Noteworthy GEO Solutions projects include the Bridge Street Town Center, Town Madison, Clift Farm, Village of Providence, United Launch Alliance, The Alabama School for Cyber Technology and Engineering, and the SR255/Blake Bottom Road Interchange.
GEO Solutions joins Contour Engineering, GEOServices, Dan Brown and Associates, and Carmichael Engineering in the Southeast Region of UES, led by David Hesterlee, P.E., President of the Southeast Region. GEO Solutions' leadership team will continue to operate the day-to-day business. "GEO Solutions further expands the capabilities of our region, and we are excited with the experience and people that GEO Solutions brings to our Southeast team," said David Hesterlee, P.E.
"We're proud to announce the expansion of our presence and technical expertise in the Southeast," said UES CEO Dave Witsken. "GEO Solutions and UES both have built unique cultures that our team members are proud to be a part of, where we can work on exciting projects and ultimately improve the infrastructure and the communities where we live and work. GEO Solutions has a reputation for excellence, dedication, and expertise that aligns well with our culture and vision."
"We are very excited by this partnership," said William Kennard, P.E., Partner and Chief Engineer of GEO Solutions. "GEO Solutions can continue to stand out from other consulting firms in the area with access to more personnel, more equipment, and more capabilities. Working in UES and UES' Southeast Region allows GEO Solutions to continue performing at the highest levels, meeting our clients' needs and objectives."
With nearly six decades of experience and recognition as the premier engineering and consulting firm in the geotechnical engineering space, UES is well-positioned to serve the needs of commercial, residential, and civic customers across the country.
Beginning in 2019, UES' acquisitions have included prominent engineering firms including: Universal Engineering Sciences, GFA International, Inc., NOVA Geotechnical & Inspection Services, Contour Engineering, Wallace-Kuhl & Associates, Construction Testing & Engineering, SUMMIT Engineering, Laboratory & Testing, GEOServices, McGinley & Associates, Geotechnology, Alpha Testing, GSI Engineering, Speedie & Associates, Rock Engineering Testing & Laboratory, Dan Brown and Associates, Carmichael Engineering, Faulkner Engineering Services, Grubbs, Hoskyn, Barton & Wyatt, Riner Engineering, and now GEO Solutions which have made UES one of the largest, most resource-rich organizations of its kind nationwide.
About GEO Solutions
GEO Solutions is a full-service geotechnical engineering, environmental consulting and materials testing company headquartered in Huntsville, Alabama. Founded in 2003 by Brian Cook and William Kennard, P.E., the GEO Solutions team has been involved in thousands of projects throughout the southeast. Project work has included airports, bridges, commercial and municipal developments, multi-story structures, highways and roadways, hospital and medical facilities, light and heavy industrial projects, residential developments, water storage tanks, lakes and reservoirs, water and wastewater plants and other public and private works. GEO Solution's laboratory is certified by the U.S. Army Corps of Engineers, ALDOT and AASHTO.
About UES
UES is a privately held, rapidly growing engineering and consulting firm with nearly six decades of experience in geotechnical engineering, construction materials testing, building code compliance, threshold inspections and environmental consulting. With nearly 3,500 professionals across more than 85 branches in high growth markets in the U.S., UES consults on projects of all sizes for public and private clients across many industries including transportation, healthcare, commercial, education, industrial, and residential. UES was named 'Hot Firm of the Year' by Zweig Group for 2021 and 2022. For more information, please visitteamues.comorfollow UES on Social Media.
Media Contact:Lindsay GrahamDirector, Marketing & CommunicationsUES407-310-7396[emailprotected]
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UES Expands Geotechnical Expertise in the Southeast with ... - PR Newswire
Google loses its top engineering exec for augmented reality as he blasts the companys unstable commitment – Fortune
A high-profile director leading Googles augmented reality efforts has left the companyand took no time to blast his former employer.
Mark Lucovsky, the former head of operating systems on the search engines augmented reality team, hit out at Googles unstable commitment and vision as he announced his departure on Twitter.
The recent changes in AR leadership and Googles unstable commitment and vision have weighed heavily on my decision, he wrote on Monday.
Lucovsky was hired by Google in late 2021 to build an operating system and software for the companys smart glasses, codenamed Project Iris, and other augmented reality devices.
The Verge first reported on the existence of Project Iris in January 2022, describing the device like a pair of ski goggles. However, it later emerged that the ski goggles were actually a collaboration with Samsung, while Iris was a series of devices more closely resembling regular glasses.
But a recent report from Insider has revealed that Google has shelved its Project Iris plans to focus on building augmented reality software that it hopes to license to other manufacturers building headsets instead.
Now Google reportedly aspires to be the Android for AR, focusing on software rather than hardware, but the constant change in strategy in recent years has frustrated many workersincluding Lucovsky, whose last day at Google was June 30.
Moving forward, I am eager to explore opportunities that allow me to further advance Augmented Reality technology and its intersection with generative AI, he explained. I approach the next chapter with enthusiasm and anticipation for the exciting possibilities that lie ahead.
Lucovsky is a well-respected name in the tech industry with prior experience at Microsoft and Facebook where he helped build the Windows NT operating system andserved as the general manager of Oculus VR.
But the competition to find another role in the industry will be fierce, with Apples Vision Pro and Metas Quest 3 both already well on their way to the market.
Lucovskys departure is one of many in recent months at Googles augmented reality team, following a round of layoffs and the resignation of Googles former head of virtual reality, Clay Bavor.
Bavor, a Google veteran who worked at the company for almost 2 decades, left the company to launch an artificial intelligence venture with former Salesforce co-CEO Bret Taylor.
We share an obsession with recent advances in A.I., and were excited to build a new company to apply A.I. to solve some of the most important problems in business, Bavor wrote in a Linkedin post earlier this year.
But its yet to be known whether Lucovsky will join forces with Bavor once again at his start-up.
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Public invited to learn about the revised Engineering Design Criteria … – City of Sarasota
Media Contact:Jan Thornburg, Communications General Manager | jan.thornburg@sarasotafl.gov
Sarasota, FL (July 10, 2023): The community is invited to learn about the Engineering Design Criteria Manual (EDCM) 2023 update and participate in break-out sessions by topic during a public meeting July 19.
The EDCM is a guide that provides established design standards for roads, trails, sidewalks and other infrastructure within the right-of-way, and is used by City of Sarasota staff as well as private sector engineers and developers.
The public meeting will be held 56:30 p.m. Wednesday, July 19 at the SRQ Media Studio in the City Hall Annex, 1565 First Street.
During the meeting, City transportation and engineering staff will provide a presentation on the final draft of the EDCM 2023 update, which includes revisions to chapters on streetscape, street design, stormwater and erosion, subdivision regulation and solid waste. Each topic will be discussed during break-out table sessions.
The meeting will be an opportunity for citizens to provide feedback on the final draft prior to City Commission public hearings in Fall 2023.
Public outreach for the EDCM 2023 update started in November 2022. Four community outreach events have been held and two online surveys conducted. A third survey is open until July 28 and can be completed online.
Additional information about the EDCM 2023 update is available at http://www.SarasotaFL.gov/government/edcm
Questions should be directed to City Engineer Nik Patel or Chief Transportation Planner Alvimarie Corales.
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About the City of Sarasota: Distinguished by U.S. News and World Report as the No. 5 Best Place to Live in the U.S. and the top place in Florida, the City of Sarasota is a diverse and inclusive community located on Floridas Suncoast with 56,000 year-round residents, several internationally recognized cultural arts venues, stunning sunsets along Lido Beach and Major League spring training baseball with the Baltimore Orioles. Learn more about us at http://www.SarasotaFL.Gov
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Public invited to learn about the revised Engineering Design Criteria ... - City of Sarasota
Odun-Ayo named director of Missouri S&T, MSU cooperative … – Missouri S&T News and Research
SPRINGFIELD, Mo. For the first time since it was founded in 2008, Missouri S&Ts cooperative engineering program with Missouri State University will soon have a new director.
Dr. Theresa Odun-Ayo, who currently serves as an associate teaching professor of electrical and computer engineering for the program, will replace Dr. Douglas Carroll as director on Saturday, July 15. Carroll will continue to serve the program as a professor of mechanical engineering.
Dr. Carroll has been with our Springfield location since the very beginning, and he has done an outstanding job of developing the programs, says Dr. David Borrok, vice provost and dean of S&Ts College of Engineering and Computing.
He is now handing the reins to Dr. Odun-Ayo, who is passionate about educating future engineers and committed to growing the program and expanding its impact throughout Southwest Missouri.
Students in the cooperative program complete engineering courses with Missouri S&T professors in the Robert W. Plaster Free Enterprise Center in downtown Springfield, and they complete their non-engineering courses with MSU. When they finish their courses, they officially graduate from Missouri S&T.
The university currently offers bachelors degrees in civil, electrical and mechanical engineering through the cooperative program.
Odun-Ayo says she is excited to accept the directorship and plans to work with the students, faculty and staff to make the cooperative program as strong as possible.
As director, I look forward to promoting an environment that is equitable and inclusive, fostering excellence in teaching and empowering the students with the technical knowledge and skills necessary for success, she says. I am excited to promote student success and retention, while also advancing both universities missions of academic excellence, diversity, best policies and partnerships.
Odun-Ayo has been affiliated with Missouri S&T since 2006 when she was a graduate research assistant in electrical and computer engineering.
In 2011, she finished her Ph.D. in electrical engineering at S&T and held the role of assistant teaching professor for the Springfield program until 2019, when she was promoted to associate teaching professor.
Before joining the S&T team, she was a principal electrical engineer for the Nigerian Airspace Management Agency and a lecturer for the Nigerian Defense University.
Odun-Ayos other degrees include a D.Min. in leadership from Evangel University, a masters degree in electrical engineering from University of Benin in Benin City, Nigeria, and a bachelors degree in electrical engineering from Abubakar Tafawa Balewa University in Bauchi, Nigeria.
To learn more about the cooperative engineering program, visit missouristate.edu/EGR.
Missouri University of Science and Technology (Missouri S&T) is a STEM-focused research university of over 7,000 students. Part of the four-campus University of Missouri System and located in Rolla, Missouri, Missouri S&T offers 101 degrees in 40 areas of study and is among the nations top 10 universities for return on investment, according to Business Insider. For more information about Missouri S&T, visit http://www.mst.edu.
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Odun-Ayo named director of Missouri S&T, MSU cooperative ... - Missouri S&T News and Research
How the variety in telecoms keeps this engineer engaged – SiliconRepublic.com
Aurora Telecoms Barry OBrien discusses his role as a network engineer and what its like to work in the telecoms industry.
Barry OBrien believes there are three aspects of his personality that make him suited to engineering: a logical way of thinking, an interest in solving problems and a general curiosity in the subject.
OBrien is a colocation and network engineer at Aurora Telecom, a backhaul dark fibre service provider. According to OBrien, he has always naturally gravitated toward engineering topics, from enjoying subjects like math and science to frequently watching TV programmes about how things are put together.
For as long as I can remember, I have been curious about how things were constructed and operated.
Due to my natural inclination towards engineering, it might have appeared planned, but the path to my current job was not a straightforward one. I worked in construction engineering on a wide variety of projects up until the economic crash. With the onset of the crash and the extensive number of job losses in the sector, I was amongst those impacted. But as the saying goes, when one door closes, another opens.
I received a recommendation from a friend about a number of jobs vacancies in telecoms and shortly after, I commenced a role in telecoms civil design and planning. I then held a number of roles within telecoms working on fibre and wireless projects.
In 2015, I joined Aurora Telecom as a network planner. This coincided with the consistent expansion of the network, creating the need for an increased number of colocation facilities. Naturally, the requirements to maintain these new sites increased and with my past experience and education, I was a good fit to manage the operation, maintenance and upgrades of these facilities.
There are so many avenues you can go down in engineering You just need to find what suits you
The economic crash was probably the greatest challenge I and many of my contemporaries in the industry have faced. Due to the downturn in construction and widespread layoffs, I was faced with a number of difficult choices including whether to retrain, remain in Ireland or follow friends and colleagues and try to obtain work abroad.
I chose to stay in Ireland and around the same time, one of my friends pointed me in the direction of a role in telecoms and I have been working in the industry ever since. Maintaining a strong professional network and building good relationships has always helped me in my career and in this instance, it helped guide me in the right direction again.
I cant say there was just one person as I believe that has really been a number of key people who have given me the necessary nudge at different stages of my journey. This includes teachers during my school days, where I was guided towards science, construction and engineering.
During challenging periods, I have always relied on friends and family for advice on career choices, such as moving into the telecoms industry. While in my current and previous roles, I have always benefitted from the support and advice of numerous colleagues who Ive worked with over the years.
The people and the variety/diversity of work. I enjoy working closely with the Aurora Telecom team, our contractors and our customers on projects operating cutting-edge technologies, critical infrastructure and the roll-out of large-scale network expansion projects.
While working in Aurora Telecom, I have always been encouraged and supported to review and improve our processes and identify solutions for our customers. A recent example of this is a project were delivering in response to the increased number of extreme storms experienced in Ireland over the last number of years. Aurora Telecom was one of the only telecoms companies not to experience a customer-affecting outage during these events, but with the expected increase of extreme weather events, we are looking to increase our network reliability even further. After successfully presenting a business case, I received approval to project manage the roll-out of onsite standby power generation across all of our colocation sites.
In addition to this, I get to work across a wide variety of topics such as fibre and civil planning, colocation facility construction and maintenance, regulatory compliance, tender generation, contractor management and development of IT systems including CRM (customer relationship management) and disaster recovery. This variety keeps the role interesting and ensures I am continuously learning new skills.
It is a constantly evolving field. The industry is always looking to develop new and improved products and services, and as a result there are always new and exciting roles being developed. Due to this change, there are always opportunities to progress into more senior roles or to diversify into other disciplines.
There are so many avenues you can go down in engineering. I would encourage people to talk to as many people as possible in the industry and where possible, try to get work experience to help identify your preferred career path.
Its important that you understand that not all roles may suit you, so you should complete thorough research to ensure that you have a genuine interest in a potential placement. Some people may enjoy working in a cutting-edge R&D lab, whereas others may enjoy the challenge of working on major civil engineering projects in far-flung places. You just need to find what suits you.
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How the variety in telecoms keeps this engineer engaged - SiliconRepublic.com