• Skip to main content
  • Skip to primary navigation
  • Departments
    • Bioengineering
    • Civil and Environmental Engineering
    • Electrical Engineering and Computer Sciences
    • Industrial Engineering and Operations Research
    • Materials Science and Engineering
    • Mechanical Engineering
    • Nuclear Engineering
    • Aerospace program
    • Engineering Science program
  • News
    • Berkeley Engineer magazine
    • Social media
    • News videos
    • News digest (email)
    • Brand & Press kit
  • Events
    • Cal Day
    • Commencement
    • Events calendar
    • Homecoming
    • Kuh Lecture Series
    • Minner Lecture
    • Space reservations
    • View from the Top
  • College directory
  • For staff & faculty
Berkeley Engineering

Berkeley Engineering

Educating leaders. Creating knowledge. Serving society.

  • About
    • Facts & figures
    • Rankings
    • Mission & values
    • Equity & inclusion
    • Voices of Berkeley Engineering
    • Leadership team
    • Milestones
    • Buildings & facilities
    • Maps
  • Admissions
    • Undergraduate admissions
    • Graduate admissions
    • New students
    • Visit
    • Maps
    • Admissions events
    • K-12 outreach
  • Academics
    • Undergraduate programs
    • Majors & minors
    • Undergraduate Guide
    • Graduate programs
    • Graduate Guide
    • Innovation & entrepreneurship
    • Kresge Engineering Library
    • International programs
    • Executive education
  • Students
    • New students
    • Advising & counseling
    • ESS programs
    • CAEE academic support
    • Grad student services
    • Student life
    • Wellness & inclusion
    • Undergraduate Guide
    • > Degree requirements
    • > Policies & procedures
    • Forms & petitions
    • Resources
  • Research & faculty
    • Centers & institutes
    • Undergrad research
    • Faculty
    • Sustainability and resiliency
  • Connect
    • Alumni
    • Industry
    • Give
    • Stay in touch
Home > News

Manufacturing

Futuristic batteries on top of a computer chip emitting powerful lightning bolts, neon blue colors, black background.

Researchers achieve giant energy storage, power density on a microchip

05/06/24 — New generation of electrostatic capacitors could change the energy storage paradigm for microelectronics
Schematic illustration of the COF structure, polymer and nanofibrils.

Molecular weaving makes polymer composites stronger without compromising function

03/21/24 — College of Chemistry: New discovery could have a “huge impact on the materials industry”
Photo of Eiffel Tower-shaped luminescent structures 3D-printed from supramolecular ink. Each 2-centimeter-tall device is fabricated from supramolecular ink that emits blue or green light when exposed to 254-nanometer ultraviolet light.

Scientists advance affordable, sustainable solution for flat-panel displays and wearable tech

01/22/24 — Berkeley Lab: New 3D-printable material could enable cheaper manufacturing processes for next-gen OLED televisions, smartphones, light fixtures and wearable devices
Transmission electron microscope (TEM) images of the new 2D nanosheet as a barrier coating that self-assembles on a variety of substrates. The TEM experiments were conducted at UC Berkeley’s Electron Microscope Laboratory.

Scaling up nano for sustainable manufacturing

11/08/23 — Berkeley Lab: Scientists, led by Berkeley engineer Ting Xu, have developed multipurpose, recyclable nanosheets for electronics, energy storage, and health and safety applications
Photo of a nanoscale 3D printing benchmarking model called a "3DBenchy" showcases how a new 3D printing technique enabled researchers to embed nitrogen vacancy centers in complex, microscale 3D structures.

Researchers demonstrate new 3D printing technique for quantum sensors

10/31/23 — Innovation may lead to novel applications in precision measurement, biological imaging and environmental monitoring
Image of soundproofing material under red and blue lighting.

Researchers develop new AI-based design method for metamaterials

10/10/23 — Innovative approach can create everyday products with novel mechanical properties
Image of Grace Gu with microchip in the background, along with an image depicting AI, University of California, and Lawrence Livermore National Laboratory.

Grace Gu selected as inaugural recipient of the LLNL Early Career UC Faculty Initiative

10/02/23 — LLNL: Assistant professor of mechanical engineering to receive $1M as part of LLNL, University of California partnership for AI-driven additive manufacturing research
Image of silicon wafers.

Accelerating sustainable semiconductors with ‘multielement ink’

09/28/23 — Berkeley Lab: New material developed by Berkeley engineers could enable green, low-carbon manufacturing of next-gen microelectronics
Dean Tsu-Jae King Liu speaks at a CHIPS and Science Act press event

Dean’s note: The CHIPS Act: A call to action

11/07/22 — Berkeley Engineering will play a prominent role in efforts to address the workforce needs of the U.S. semiconductor industry.
Lab technician in clean room holding a silicon wafer

CHIPS Act includes new support for workforce training, providing opportunities for higher ed

08/09/22 — Dean Liu weighs in on consequential new bill to re-shore semiconductor manufacturing in the United States
Animation of placement of nanoparticles in a self-assembling material

With a little help, new optical material assembles itself

02/04/22 — Berkeley Lab: Breakthrough by materials scientist Ting Xu and her team could enable large-scale manufacturing of nanomaterials for industry
Stock photo of an electronic circuit

Berkeley engineering students pull off novel chip design in a single semester

06/17/21 — In an advanced circuit design course, 19 students with no prior experience in chip design went from basic introductions to tape-out by the end of a four-month period, resulting in a novel chip that will be manufactured this summer.
Rendering of blower unit

Low-cost, readily deployable respirators could help frontline healthcare workers

04/15/20 — Engineers develop powered air-purifying respirators that can be rapidly manufactured using widely available components
Illustration detail of human cisculatory system

Mass-producing biomaterials

10/25/19 — A new 3D printing technique may allow whole organs, living tissue, bone and blood vessels to be printed on demand.

Mass-producing biomaterials

04/08/19 — Researchers have developed a device that allows living tissue, bone, blood vessels and even whole organs to be printed on demand.
  • « Go to Previous Page
  • Go to page 1
  • Go to page 2
  • Contact
  • Give
  • Privacy
  • UC Berkeley
  • Accessibility
  • Nondiscrimination
  • instagram
  • X logo
  • linkedin
  • facebook
  • youtube
  • bluesky
© 2026 UC Regents