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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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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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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]

SOURCE UES

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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.

###

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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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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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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Advanced Cell Engineering Unveils New State-of-the-Art Battery … – PR Newswire

STUART, Fla., July 11, 2023 /PRNewswire/ --Advanced Cell Engineering (ACE), a Developer and Licensor of Advanced Lithium-Ion Technologies for the Electric Vehicle (EV) Market, proudly announces the opening of their new Battery Research and Development Laboratory.

The 10,700 square-foot facility is a testament to ACE's dedication to pushing the boundaries of innovation in energy storage. Outfitted with the latest equipment and staffed by a team of expert scientists and chemists, this facility will serve as a hub for groundbreaking research, experimentation, and the development of ACE's proprietary LFP and LNFP-based chemistries, materials, and cell designs.

This new laboratory represents a significant investment in our commitment to revolutionize energy storage technologies.

"We are thrilled to announce the opening of our expanded Battery Laboratory," said John Kaufman, Founder & CEO of Advanced Cell Engineering. "This facility represents a significant investment in our commitment to revolutionize energy storage technologies. We aim to accelerate advancements in battery performance and contribute to the global transition towards sustainable and renewable energy sources."

The laboratory will serve as a collaborative space, fostering partnerships with industry leaders to push the boundaries of innovation in energy storage. By combining expertise and resources, ACE intends to accelerate the pace of battery research and development, ultimately delivering innovative solutions that address the world's energy challenges.

Key areas of focus in the laboratory will be:

The establishment of this new laboratory represents an exciting chapter in Advanced Cell Engineering's journey. The company remains committed to advancing the pace of battery innovation and contributing to a sustainable future.

About Advanced Cell Engineering: Advanced Cell Engineering develops and licenses advanced lithium-ion battery cell technologies for the electric vehicle industry. The higher energy density of ACE's Advanced LFP battery technology will transform the EV industry by offering significantly longer driving range in a safe, cost-effective cell. ACE's team leverages unparalleled experience in developing and commercializing innovative battery technologies. For more information visithttps://www.advancedcellengineering.com/

For media inquiries, please contact:

Connor Finley [emailprotected] 978.985.4377

SOURCE Advanced Cell Engineering

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Former Security Engineer For International Technology Company … – Department of Justice

Damian Williams, the United States Attorney for the Southern District of New York, Chad Plantz, the Special Agent in Charge of the San Diego Field Office of Homeland Security Investigations (HSI), and Tyler Hatcher, the Special Agent in Charge of the Los Angeles Field Office of the Internal Revenue Service - Criminal Investigation (IRS-CI), announced the unsealing of an Indictment charging SHAKEEB AHMED with wire fraud and money laundering in connection with his attack on a decentralized cryptocurrency exchange (the Crypto Exchange). AHMED was arrested this morning in New York, New York, and will be presented this afternoon before U.S. Magistrate Judge Robert W. Lehrburger.

U.S. Attorney Damian Williams said: This is the second case we are announcing this week to shed light on fraud in the cryptocurrency and digital asset ecosystem. As alleged in the indictment, Shakeeb Ahmed, who was a senior security engineer at an international technology company, used his expertise to defraud the exchange and its users and steal approximately $9 million in cryptocurrency. We also allege that he then laundered the stolen funds through a series of complex transfers on the blockchain where he swapped cryptocurrencies, hopped across different crypto blockchains, and used overseas crypto exchanges. But none of those actions covered the defendants tracks or fooled law enforcement, and they certainly didnt stop my Office or our law enforcement partners from following the money.

HSI Special Agent in Charge Chad Plantz said: Financial crime strikes at the core of our national and economic banking security. With an attack of this magnitude, its crucial we ensure continued consumer confidence in our financial system. Ruthless and reckless attempts aimed to sabotage legitimate commerce for greed must be stopped. Its cases like these that demonstrate HSIs commitment and ability to work with a coalition of the willing to dismantle these complicated and technical fraud schemes and identify those responsible regardless of where they operate.

IRS-CI Special Agent in Charge Tyler Hatcher said: As alleged, Mr. Ahmed used his skills as a computer security engineer to steal millions of dollars. He then allegedly tried to hide the stolen funds, but his skills were no match for IRS Criminal Investigation's Cyber Crimes Unit. We, along with our partners at HSI and the Department of Justice, are at the forefront of cyber investigations and will track these fraudsters anywhere they try to hide and hold them accountable.

As alleged in the Indictment:[1]

The Crypto Exchange was incorporated overseas and operates on the Solana blockchain. At all relevant times, the Crypto Exchange allowed users to exchange different kinds of cryptocurrencies and paid fees to users who deposited cryptocurrency to provide liquidity on the Crypto Exchange.

In July 2022, AHMED carried out an attack on the Crypto Exchange by exploiting a vulnerability in one of the Crypto Exchanges smart contracts and inserting fake pricing data to fraudulently cause that smart contract to generate approximately $9 million dollars worth of inflated fees that AHMED did not legitimately earn, which fees AHMED was able to withdraw from the Crypto Exchange in the form of cryptocurrency. This conduct defrauded the Crypto Exchange and its users, whose cryptocurrency AHMED had fraudulently obtained. Additional details regarding the attack, including AHMEDs use of cryptocurrency flash loans to further defraud the Crypto Exchange, are described in the Indictment publicly filed today.

After he stole the fees he never legitimately earned, AHMED had communications with the Crypto Exchange in which he decided to return all of the stolen funds except for $1.5 million if the Crypto Exchange agreed not to refer the attack to law enforcement.

At the time of the attack, AHMED was a senior security engineer for an international technology company whose resume reflected skills in, among other things, reverse engineering smart contracts and blockchain audits, which are some of the specialized skills AHMED used to execute the attack.

AHMED laundered the millions in fees that he stole from the Crypto Exchange to conceal their source and ownership, including through (i) conducting token-swap transactions, (ii) bridging fraud proceeds from the Solana blockchain over to the Ethereum blockchain, (iii) exchanging fraud proceeds into Monero, an anonymized and particularly difficult cryptocurrency to trace, and (iv) using overseas cryptocurrency exchanges.

After the attack, AHMED searched online for information about the attack, his own criminal liability, criminal defense attorneys with expertise in similar cases, law enforcements ability to successfully investigate the attack, and fleeing the United States to avoid criminal charges. For example, approximately two days after the attack, AHMED conducted an internet search for the term defi hack, read several news articles about the hack of the Crypto Exchange, and visited several pages on the Crypto Exchanges website. As another example, AHMED conducted internet searches or visited websites related to the charges in the indictment, including by searching for the term wire fraud and for the term evidence laundering. Finally, AHMED also conducted internet searches or visited websites related to his ability to flee the United States, avoid extradition, and keep his stolen cryptocurrency: he searched for the terms can I cross border with crypto, how to stop federal government from seizing assets, and buying citizenship; and he visited a website titled 16 Countries Where Your Investments Can Buy Citizenship . . .

* * *

AHMED, 34, of New York, New York, is charged with wire fraud and money laundering, each of which carry a maximum sentence of 20 years in prison.

The maximum potential sentences are prescribed by Congress and are provided here for informational purposes only, as any sentencing of the defendant will be determined by a judge.

Mr. Williams praised the outstanding work of HSI and IRS-CI. Mr. Williams also thanked the U.S. Attorneys Office for the Southern District of California for their assistance in the investigation.

The case is being prosecuted by the Offices Money Laundering and Transnational Criminal Enterprises Unit and Complex Frauds and Cybercrime Unit. Assistant U.S. Attorneys David R. Felton and Kevin Mead are in charge of the prosecution.

The charges contained in the Indictment are merely accusations, and the defendant is presumed innocent unless and until proven guilty.

[1] As the introductory phrase signifies, the entirety of the text of the Indictment and the description of the Indictment set forth herein constitute only allegations, and every fact described therein should be treated as an allegation.

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Ceinsys Tech Ltd: A specialized GIS & Mobility engineering services provider celebrates 25 Years of Enhancing Possibilities; eyes global expansion…

NAGPUR, India, July 10, 2023 /PRNewswire/ -- On July 8th, Ceinsys Tech Ltd, (a company listed on the Bombay Stock Exchange) and an integral part of the prestigious conglomerate - Meghe Group, celebrated its 25 years of relentless pursuit towards driving change and enriching human life.

Ceinsys Logo

Ceinsys began its journey in the late 1990s, empowering engineers and designers with CAD solutions. Adapting to evolving needs, it expanded its focus to projects that enhanced the lives of individuals across various aspects of society.

In the past 25 years, its work in the GIS space has (to name a few):

reached 20M+ population with equitable water supply across Urban and Rural communities.

ensured reliable power distribution in 600+ towns, covering a network of 50K+ miles.

transformed citizen and governance engagement in 3 Indian states.

streamlined highway inventory and maintenance for over 10,000 kilometers.

provided infrastructure maintenance and planning solutions for 2.5 million+ properties.

In the year 2022, Ceinsys entered the mobility services space by acquiring AllyGrow Technologies, a specialized engineering service provider with core competencies in engineering design, development, and manufacturing engineering services. This move allowed Ceinsys to tap into the transformative potential of GIS and autonomous driving technologies combined. This acquisition will also enable Ceinsys to expand its global reach by leveraging AllyGrow's presence in the US & European regions.

Today, Ceinsys Tech Ltd, a CMMI Level 5 V2.0 appraised company, is a prominent player in the Geospatial, Engineering, and Mobility Solutions space. The company operates globally with 12 offices across three continents and has a dedicated team of over 1000 employees, serving diverse clients. With an eye toward the future, it is committed to expanding its global presence while strengthening its core competencies. Ceinsys will explore both organic as well as inorganic growth strategies to ensure continued success and increased market influence.

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In commemorating its 25th anniversary, Ceinsys' Chairman, Mr. Sagar Meghe, commented on the firm's strong dedication to innovation and customers. "Our journey is defined by an exceptional team and a legacy of accomplishments. Through investments in human capital, innovation, and technology, we have continuously improved while staying true to our core principle of "Enhancing Possibilities." Enriching human life remains our unwavering focus as we embrace opportunities and deliver greater value. Together, we will shape a brighter future."

Logo: https://mma.prnewswire.com/media/2150367/Ceinsys_Logo.jpg

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Air Force Materiel Command Establishes New Software Engineering … – Executive Gov

Air Force Materiel Command is establishing a new organization within the Air Force Sustainment Center to facilitate software engineering collaboration throughout the enterprise.

The AFSC Software Engineering directorate will consolidate the three existing software engineering groups located at each of the Air Logistics Complexes in an effort to eliminate redundancy, improve the effectiveness of processes and prioritize the delivery of software.

This decision will align and integrate our software ecosystem capabilities to Air Force priorities and rapidly address the growth in volume and complexity of software-enabled DAF weapon systems, said Lt. Gen. Shaun Morris, commander of the Air Force Life Cycle Management Center.

Gen. Duke Richardson, commander of AFMC, said the new organization aligns with the commands strategic plan and will enable seamless integration of other software factories in the future.

Software engineering group employees will begin consolidating workload and resourcing decisions through the new organization.

This realignment will enable us to spread the workload and allow for an increased flow of idea-sharing. Working together to solve complex issues will greatly accelerate our capacity to support the warfighter, said Michael Jennings, senior technical leader at the AFSC Software Engineering directorate.

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