Intel axes thousands of technicians and engineers in sweeping U.S. layoffs — cutting 4,000 positions in the U.S., 2,392


Recommended Posts

Quote

 

Intel this month officially began to cut down its workforce in the U.S. and other countries, thus revealing actual numbers of positions to be cut. The Oregonian reports that the company will cut as many as 2,392 positions in Oregon and around 4,000 positions across its American operations, including Arizona, California, and Texas.

To put the 2,392 number into context, Intel is the largest employer in Oregon with around 20,000 of workers there. 2,392 is around 12% of the workforce, which is a lower end of layoff expectations, yet 2,400 is still a lot of people. The Oregon reduction rose sharply from an initial count of around 500 to a revised figure of 2,392, making it one of the largest layoffs in the state’s history. Intel began reducing staff earlier in the week but confirmed the larger number by Friday evening through a filing with Oregon state authorities.

Intel's Oregon operations have already seen 3,000 jobs lost over the past year through earlier buyouts and dismissals. This time around, Intel does not offer voluntarily retirement or buyouts, it indeed lays off personnel in Aloha (192) and Hillsboro (2,200).

Although Intel officially says that it is trying to get rid of mid-level managers to flatten the organization and focus on engineers, the list of positions that Intel is cutting is led by module equipment technicians (325), module development engineers (302), module engineers (126), and process integration development engineers (88). In fact, based on the Oregon WARN filing, a total of 190 employees with 'Manager' in their job titles (8% of personnel being laid off) were included among those laid off by Intel. These comprised various software, hardware, and operational management roles across the affected sites.

Earlier this month, it was reported that Intel began to cut-down its workforce in Israel. Those affected included mid-level managers (e.g., team leaders), first-line supervisors, and technicians from the Remote Operations Center (ROC). According to a media report, the supervisors oversee shift operations and sit one or two tiers above production workers, so their roles are phased out as part of the company's intention to flatten the organization. Intel is also laying off ROC technicians, who remotely monitor and control fab tools, manage workflows, and detect issues. Their roles are being automated as part of a global move to cut manual oversight in chip production. It is reasonable to assume that something similar is happening in the U.S.

Interestingly, Intel is implementing a new approach to workforce reductions, allowing individual departments to decide how to meet financial goals rather than announcing large, centralized cuts. This decentralized process has led to ongoing job losses across the company, with marketing functions being outsourced to Accenture and the automotive division completely shut down.

 

https://www.tomshardware.com/pc-components/cpus/intel-axes-thousands-of-technicians-and-engineers-in-sweeping-u-s-layoffs-cutting-4-000-positions-in-the-u-s-2-392-in-oregon

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now
  • Recently Browsing   0 members

    • No registered users viewing this page.
  • Posts

    • Next they'll be selling Huang Bucks. GeCryptoForce, and the Jensen Phone.
    • The mere fact that Google is against ad blockers and allows these annoying things on our browsers is just plain disrespectful. Ublock Origin is now available on Safari and Safari has gotten way better and faster with every release. I currently use Edge but the minute Edge gets rid of Ublock Origin and follows the Google road, I am permanently going to Safari, Brave or Firefox. I am not going to let these greedy bast...rds dictate what I can or cannot see on my web browser.
    • Only a Black Hole might be blacker than this, thanks to astonishing new technology by Sayan Sen Image by Skylar Kang via Pexels | Not representative Researchers at Cornell University developed a new way to produce ultrablack fabric that reflects an average of just 0.13% of incoming light, making it the darkest textile reported to date. Ultrablack materials reflect less than 0.5% of incoming light, so they absorb almost all visible light and appear nearly completely black. Because of this, they are used in technologies such as cameras, telescopes and solar thermal systems, where reducing unwanted reflections is important. According to a study published in Nature Communications, the new fabric also stays breathable, flexible and consistently black even when viewed from different angles. Many ultrablack materials available today are expensive to make, require complex manufacturing methods or are not suitable for clothing. Some also appear less black when viewed from an angle. To address these challenges, the Cornell team turned to nature for inspiration. Many animals use different colors in their skin, scales or feathers to attract mates or avoid predators. One of them is the magnificent riflebird, a member of the bird-of-paradise family found in New Guinea and Australia. The bird's feathers combine melanin, the natural pigment that gives color to skin, hair and feathers, with tiny microscopic structures that trap incoming light, giving the feathers their distinctive ultrablack appearance. The researchers recreated this effect using a two-step process on natural textiles. They first dyed white merino wool knit fabric with polydopamine, a synthetic material that mimics melanin. The fabric was then treated in a plasma chamber. Plasma is an energized state of matter that can precisely remove very small amounts of material from a surface. In this case, the process created tiny hair-like structures called nanofibrils on the wool fibers. "Polydopamine is a synthetic melanin, and melanin is what these creatures have," said Larissa Shepherd, assistant professor in Cornell's Department of Human Centered Design and senior author of the study. "And the riflebird has these really interesting hierarchical structures, the barbules, along with the melanin. So we wanted to combine those aspects in a textile." The team found that simply coating the outside of the fabric was not enough. Instead, the polydopamine had to penetrate the wool fibers before the plasma treatment. The plasma process removes part of the outer surface of the fibers, leaving behind the nanofibrils that are responsible for trapping light. "The light basically bounces back and forth between the fibrils, instead of reflecting back out – that's what creates the ultrablack effect," researcher Jayamaha said. Tests showed the finished fabric had an average total reflectance of 0.13%. Reflectance is the percentage of incoming light that a surface reflects back, so a lower reflectance means more light is absorbed. The fabric also maintained its ultrablack appearance across a 120-degree viewing span, meaning it stayed consistently black when viewed from angles up to 60 degrees on either side. Unlike many commercially available ultrablack fabrics, the new material remains breathable, flexible and able to conform to the body. The researchers also found that it retained the durability and other properties of natural fabric after environmental and mechanical testing. They also showed that the ultrablack effect could be achieved using different plasma treatment settings, suggesting the process could be adapted for larger-scale textile manufacturing. The process can be applied not only to wool but also to other natural fibers, including silk and cotton. "From a design perspective, I think it's exciting because a lot of the ultrablack that exists isn't really as wearable as ours," Shepherd said. "And it stays ultrablack even from wider angles." To better understand how the bird's feathers achieve their appearance, the team studied riflebird feathers from the Cornell University Museum of Vertebrates before developing the fabric. The researchers also see uses for the material beyond clothing. Because it absorbs so much light, it could be useful in solar thermal technologies, which convert absorbed light into heat. According to researcher Park, the fabric may also have applications in camouflage. "We could actually use the ultrablack fabric for thermo-regulating camouflage," Park said. The material has already been explored in fashion. Last fall, fashion design management student Zoe Alvarez created a strapless dress inspired by the magnificent riflebird using the ultrablack fabric alongside iridescent blue details. Researchers used photographs of the dress to confirm the material's appearance. When the images were adjusted for contrast, brightness, hue and vibrance, the surrounding colors changed, while the ultrablack sections remained visually unchanged, demonstrating how effectively the fabric absorbs light. Cornell has applied for patent protection for the manufacturing process through its Center for Technology Licensing, and the researchers said they hope to commercialize the technology in the future. Source: Cornell University, Nature This article was generated with some help from AI and reviewed by an editor. Under Section 107 of the Copyright Act 1976, this material is used for the purpose of news reporting. Fair use is a use permitted by copyright statute that might otherwise be infringing.
    • It seems to have resolved itself. (Chrome post)   EDIT: I spoke too soon! (Firefox post)    
    • I was trying to find a nice speed dial for it the other day but failed so Vivaldi it is still for me.
  • Recent Achievements

    • Dedicated
      BenTuckett1997 earned a badge
      Dedicated
    • One Month Later
      SRODERICK earned a badge
      One Month Later
    • Community Regular
      Case_f went up a rank
      Community Regular
    • One Month Later
      Jeroen Wilms earned a badge
      One Month Later
    • First Post
      BrianMunton earned a badge
      First Post
  • Popular Contributors

    1. 1
      +primortal
      390
    2. 2
      +Edouard
      154
    3. 3
      PsYcHoKiLLa
      127
    4. 4
      Nick H.
      86
    5. 5
      neufuse
      77
  • Tell a friend

    Love Neowin? Tell a friend!