Parallel Flight Technologies and Grayback Forestry Enter Engineering Improvement Partnership

This partnership will acquire swiftly advancing critical resources for Wildland Fireplace, with the possible to increase the usefulness and protection of our firefighters and performance of our functions.”

— Sean Hendrix, Head of UAS Systems and Foundation Supervisor at Grayback

LA SELVA Beach, CA, UNITED STATES, May possibly 11, 2022 / — Parallel Flight Technologies, a chief in vertical-carry technologies, and Grayback Forestry introduced nowadays they have entered into a Investigation, Growth, Exam & Analysis agreement.

Parallel Flight is fired up about the chance to associate with Grayback Forestry, a chief in the wildfire suppression and forest restoration industry. We search ahead to jointly establishing and deploying PFT’s multipurpose UAS platforms for aerial ignitions, tactical resupply operations, and a complete host of similar hearth support operations,” reported Joshua Resnick, CEO and Cofounder of PFT, about the possibility to function intently with Grayback.

Experts have been emphasizing the want for the enhanced advancement and easy adoption of progressive operational-all set technology in the field. Grayback will be furnished early entry and the option to guide enhancement of the hearth tech so that it aligns with the organization’s certain demands and operations. Parallel Flight will benefit from Grayback’s expertise and knowledge to execute the supply of a important lacking instrument in the wildland firefighting marketplace, an autonomous heavy elevate, UAS workhorse. In addition, PFT will benefit from Grayback’s standpoint on operational calls for, in convert, sparking the need to have for new and complimentary apps of engineering. The result is a virtuous cycle for innovation and accelerated deployment.

Sean Hendrix, Head of UAS Plans and Foundation Supervisor at Grayback, suggests “We are very fascinated in this partnership, as it develops fast advancing crucial equipment in the Wildland Hearth Environment, with the potential to improve the success and safety of our firefighters and efficiency of our functions.”

The Parallel Flight and Grayback groups are actively exploring expanded purposes of PFT’s weighty-elevate UAS. This partnership is poised to regularly produce innovative technologies and present tremendous reward to staff and groups deployed on the front lines of wildfires.

Parallel Flight Technologies has designed patented parallel hybrid drone technological innovation that allows its aircraft to fly exponentially lengthier with a major payload, than present electric programs. The company’s transformative UAS technology can be utilized across various logistics verticals, including true-time and complex health care logistics, tactical aid for firefighters and 1st responders, and industrial logistics. By serving as an original products maker and support provider, Parallel Flight Systems is nicely-positioned to revolutionize drones as a provider (DAAS) on a world scale.

Sarah Abdi
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Laptop chip technology aligns with RIT’s microelectronic engineering application growth

Study results and indicators of pc chip field demands were the prime topics at the 40th Yearly Microelectronic Engineering Convention April 8 at RIT. With indications of development and novel features getting formulated, there had been also discussions of the pressing need for even more qualified personnel in the field to sustain that envisioned development.

“We’ve all accomplished these a excellent task engineering these factors,” mentioned Gary Patton, holding up an Iphone, “that no one particular thinks about what’s within of them any more.”

Only not long ago has the significance of laptop or computer chips, also referred to as semiconductors or built-in circuits, been observed more plainly as limitations to chip production has impacted the mass production of automobiles and myriad other often applied devices.

“How does the planet know about our business? It has to appear from us. Now is the suitable time. We have to infuse the business with new talent,” explained Patton, corporate vice president and standard supervisor of Style Enablement & Ingredient Research, Intel. “And we have to phone on governments, organizations, and academia to market place the broad potential of the laptop chip business and the quite a few purposes that rely on the minimal squares inside that electric power gadgets.”

The 2022 conference showcased some of that new expertise, the innovations for those minimal squares inside of digital products, and the issues RIT could enable the sector defeat heading ahead. More than 75 pupils, college, alumni and corporate associates attended the meeting, like David Kewley who described operate being carried out at Micron Technologies Inc. in the spot of extraordinary ultraviolet (EUV) lithography—a procedure to expose moment circuit designs making use of and handling the unpredictability of light-weight. The sector calls for are extreme, and company engineers are building and tests new items and purposes just about concurrently.

“We are dwelling with challenge statements,” stated Kewley, senior manager, Mask Know-how Courses, Micron. He demonstrated how Micron is using EUV in producing and overcoming price tag and engineering problems by new regulate techniques to detect possible defects in the photomasks (the plate utilised to establish built-in circuits.)

Founder of RIT’s microelectronic engineering software honored

Professor Lynn Fuller, not long ago retired, was acknowledged by Congressman Joe Morelle for his achievements as the founder of the microelectronic engineering application. A member of RIT’s Sports Corridor of Fame and the RIT Innovation Hall of Fame, the extensive-time leader in the semiconductor discipline is also a two-time Eisenhart Award winner, an honor presented at RIT for excellence in educating.

Kewley was adopted by RIT undergraduate university student Austin Whitaker, who in depth the viability of quantum dot film for infrared photodetection, a person part of the very sophisticated CMOS image sensor processing. Whitaker was

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Keysight Allows SK hynix to Pace Semiconductor Memory Engineering Development

SANTA ROSA, Calif.–()–Keysight Technologies, Inc. (NYSE: KEYS), a main technological innovation corporation that provides innovative design and validation methods to aid accelerate innovation to join and secure the earth, currently introduced that SK hynix has picked Keysight’s integrated peripheral element interconnect categorical (PCIe) 5. check platforms to speed the development of memory semiconductors applied to layout superior merchandise capable of supporting significant facts speeds and handling huge quantities of details.

A foremost memory chip maker, SK hynix develops memory semiconductor answers with Compute Categorical Connection (CXL) technology to help performance and potential necessities of future era cell telephones, personal computers, facts servers and on-highway motor vehicles. Keysight’s built-in alternatives for bodily layer simulation, characterization and validation of PCIe 5. devices empower SK hynix to pace exam and advancement of future era dynamic random-obtain memory (DRAM) and PCIe units with CXL substantial-pace memory interconnect technology.

“Keysight is delighted to produce SK hynix PCIe 5. check alternatives that validate the effectiveness of significant-capability and energy-productive memory storage gadgets utilised in edge and cloud computing, information facilities, 5G products and radio entry network machines,” explained Joachim Peerlings, vice president of community and facts heart alternatives at Keysight. “Keysight’s PCIe check platforms enable SK hynix to validate the performance of bandwidth memory enlargement modules deployed in many fourth industrial revolution apps.”

Keysight is driving regularity in take a look at outcomes by way of its contributions in PCI SIG, a consortium dependable for specifying PCI expectations. Regularity in exam standards allows suppliers to confidently start new PCIe 5. technological innovation types that interoperate as envisioned with other vendors’ goods.

SK hynix Inc., headquartered in Korea, is a prime-tier semiconductor provider giving dynamic random access memory chips (DRAM), flash memory chips (NAND Flash) and CMOS graphic sensors (CIS) for a wide array of distinguished clients globally. Hyung-Soo Kim, Head of DRAM AE at SK hynix, mentioned “SK hynix drastically values Keysight’s skills, especially the company’s PCIe 5. take a look at methods. Keysight’s oscilloscopes, logic analyzers, bit error ratio testers and PCIe transceiver (TRX) exam remedies empower SK hynix to progress development of memory semiconductors centered on both of those DRAM and NAND systems.”

Keysight integrates components and software platforms to create alternatives that permit SK hynix carry out both receiver and transmitting screening. These contain:

  • Infiniium UXR-Sequence actual-time oscilloscope for visually representing variations of voltage indicators as waveforms (UXR0504A)
  • Large-functionality 64 Gbaud bit error ratio tester (BERT) for receiver testing (M8040A)
  • PCI Convey 5 card electro-mechanical (CEM) receiver check automation software for tests, debugging and characterizing PCIe 5. CEM include-in playing cards and methods (N5991Personal computer5A)
  • PCIe 5. transmitter electrical functionality validation and compliance application (D9050PCIC)

About Keysight Systems

Keysight provides superior layout and validation solutions that assistance speed up innovation to connect and safe the earth. Keysight’s commitment to speed and precision extends to software program-pushed insights and analytics that deliver tomorrow’s engineering goods to sector a lot quicker throughout the growth

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24 scientists and scientists get awards from Engineering Enhancement Team

Twenty-four scientists at UCLA have been named recipients of awards from the 2021 UCLA Innovation Fund Biomedical Competitors.

These awards, up to $150,000 per project, assist early stage analysis that lead to commercialization routines, which commonly are not supported by basic research grants. As a outcome, scientists can build their systems to a level in which the possibilities of good results are greatly greater. All awarded initiatives acquire consultations from an outside the house field and trader adviser panel, which presents specialized and industrial responses that is important to engineering advancement.

The UCLA Innovation Fund was established in 2016 by the UCLA Know-how Enhancement Group, in conjunction with the David Geffen College of Drugs at UCLA, UCLA College’s divisions of physical sciences and lifetime sciences, the UCLA Samueli School of Engineering, the UCLA School of Dentistry and UCLA Wellness.

The applicants’ initiatives were evaluated on their novelty, importance and potential general public profit, as effectively as the position of the intellectual property and other factors relating to the projects’ technological feasibility and commercial potential.

The two tracks in the 2021 cycle have been therapeutics and health care technologies.

The award recipients for the therapeutics keep track of:

  • Peter Clark, assistant professor of molecular and medical pharmacology Robert Damoiseaux, professor of molecular and health-related pharmacology Dr. Richard Finn, professor of drugs in the division of hematology/oncology Harvey Herschman, distinguished research professor, molecular and medical pharmacology and Varghese John, professor of neurology and the principal investigator at the Drug Discovery Lab at UCLA were acknowledged for their get the job done creating a hexokinase 2 inhibitor to deal with hepatocellular carcinoma.
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  • Arpana Gupta, adjunct assistant professor in the division of digestive illnesses Dr. Tien Dong assistant scientific professor of medication Dr. Jonathan Jacobs assistant professor-in-residence in the division of digestive ailments and Dr. Emeran Mayer, professor of medication, physiology and psychiatry had been awarded funding for their treatment method fighting weight problems and food stuff habit by harnessing the mind-intestine axis.
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  • Dr. Dinesh Rao, affiliate professor, pathology and laboratory drugs Robert Damoiseaux, professor of molecular and clinical pharmacology and Neil Garg, distinguished professor in chemistry and biochemistry, received funds for their small molecule approach focusing on RNA binding proteins in most cancers cells.
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The award recipients for the medical engineering keep track of:

  • The team lead by Dr. Renea Sturm, pediatric urologist and assistant professor of urology, joined by George Aninwene II, Peyton Tebon and Ali Khademhosseini, former professor of bioengineering, invented a novel machine for urologic tissue restore.
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  • R. Michael van Dam and his staff of Jason Jones and Ksenia Lisova created a machine which permits for on-demand from customers manufacture of radiopharmaceuticals.
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  • The group of Glen Meyerowitz, Dr. Igor Barjaktarevic, Dr. Obi Emeruwa and Onike Williams invented a novel gadget which permits custom made ventilation of each lung for patients with acute lung harm.
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  • Jeff Chiang, assistant adjunct professor and leader of the computational medicine technology main labored with Dr. Srinivas Sadda
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The rocky road of engineering advancement

By Jim Thompson
HCP columnist

The Luddites ended up popular for destroying steam-driven looms in the period 1811-16 in England. Their harmful actions ended up driven by their fear of occupation reduction. If steam electric power built fabric output simpler, they would reduce some of their employment, that’s why their source of sustenance.

Today, we giggle at them. But we are no diverse.

I am the chief among Luddites when it comes to some of the environmentally friendly power suggestions that are bandied about (even although I have photo voltaic panels on our house). My daughter, a senior engineer/scientist at the National Renewable Electricity Laboratory in Golden, Colo., is main amongst proponents of new strategies.

Nevertheless, if we search at the improvement of technology, particularly around the small 200 decades considering the fact that the time of the Luddites, we discover that development is not a clear-cut path. For occasion, I question that Edward Lee McClain, benefactor of the wonderful superior college in Greenfield, vigorously welcomed the car. He experienced made his fortune with a cleverly created horse collar. The car was not his – nor his employees’ – friend.

I dare say it took 100 several years to create the entirely refined gasoline-run automobile we see currently. It was a collaboration of private business, customer acceptance (and in some circumstances rejection), competitive pressures and even federal government intervention that brought the auto to the condition of progress we see these days.

For occasion, in my personalized livery now, my 2019 Honda HRV seems light yrs a lot more highly developed than my 1964 Corvair Monza convertible. Nonetheless, these autos are only 55 several years apart in age. The Corvair looks more closely linked to the Ford Model A than it does to the Honda HRV.

One more example: the kerosene lamp. Mainstream, modern-day societies see it as an antique. A small 170 several years back, it was a revolutionary gadget fueled by a innovative new substance – a product or service of oil extraction, not whale oil. In truth, when Rockefeller’s Regular Oil was tried out for monopolistic practices in the early 1900s, it was for its lock on kerosene for illumination. Gasoline was hardly in use for the vehicle was so new. There was no way at the time of that trial that anyone could have probably found the long term of gasoline – the United States barely experienced any paved highways.

When we search at today’s windmills, solar panels and this kind of, we are seeking at extremely early attempts to produce these “green” strength sources. In another 50 or 100 a long time, these systems will search fully unique. Contemporaries of those coming days will laugh at the initiatives to address Highland County in solar panels now. Today’s solar panels will be as out of date as my Corvair. And Highland County’s farmlands will be returned to agricultural makes use of.

Today’s electric cars will experience the very same destiny. Future developments will probably render today’s

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New MITRE BlueTech Lab Will Accelerate Maritime Engineering Progress

The College of Rhode Island joined MITRE right now in its announcement of the new MITRE BlueTech Lab, a countrywide source for advancing undersea tests, innovation, and collaboration. URI also joins the Northeast BlueTech Science and Engineering Acceleration (BlueSEA) Coalition as a founding member, along with MITRE, Woods Hole Oceanographic Establishment, MassChallenge, and the Naval Undersea Warfare Heart, Division Newport.

The MITRE BlueTech Lab will be a state-of-the-art, all-climate maritime examination facility and a national useful resource for advancing undersea testing, innovation, and collaboration. At a groundbreaking ceremony now, the founding members of the Northeast BlueSEA Coalition declared their motivation to collaborate to progress maritime innovation and to conduct exploration at the new MITRE BlueTech Lab.

The Northeast BlueSEA Coalition, composed of major tutorial, governing administration and not-for-income maritime engineering organizations will do the job alongside one another to accelerate options to advanced maritime difficulties by combining complementary capabilities, property, methods, products, and infrastructure.

“Maritime technological know-how is deeply engrained in lots of of the critical difficulties going through our nation and the world, like local climate, national protection and clean up strength,” mentioned Douglas Robbins, vice president, engineering and prototyping, MITRE Labs. “The MITRE BlueTech Lab will accelerate and supply a foundation for underwater analysis and innovation for beneficial impact and aid make New England a world-wide nexus of maritime exploration.”

As the only founding academic spouse in the Coalition, URI President Marc B. Parlange said, “URI is perfectly positioned to educate and educate the subsequent era workforce, and generate the development of ‘blue jobs’ in this dynamic, emerging business.

“This partnership offers a wonderful chance to acquire substantial-effects regional joint and multi-celebration efforts that will accelerate maritime innovation and enhance U.S. stability and competitiveness,” stated President Parlange. “This collaborative exertion matches perfectly with the University’s broader ambitions to progress blue financial state innovation and investigate and align strategic investments to be complementary, as we operate together to make New England the country’s top region on ocean science and technological innovation.”

URI college and workers will collaborate in locations wherever the partners have strengths and exactly where collaboration makes better prospect to accelerate developments in maritime technology. Locations of desire involve renewable strength and local climate sciences, manned and unmanned undersea know-how, security and resilience of critical nationwide infrastructure and provide chains, and defending the country and its property from assault in the physical and digital domains.

The Coalition will help shut gaps in regional abilities, services, and devices among the partners, investing in complementary assets that either offer new abilities or add required capability.  This newest financial investment by MITRE will health supplement the existing and planned amenities at URI, WHOI, and NUWC serving to to be certain Southern New England continues to be the Silicon Valley of the undersea technological innovation planet.

Keeping around 575,000 gallons of water, the lab’s examination tank will be the longest and a person of the largest freshwater tanks out there in the location. It will help research, testing, and fast prototyping

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