New Web destination lets visitors play with functionality, experience innovation, and influence product direction

Students in grades 3-12 gain hands-on 3D CAD experience designing scale-model remote-controlled cars

3D CAD software helps design engineers serve biggest names in the auto and trucking industries

Canadian aluminum die casting company cuts development time in half, reduces errors with 3D CAD and product data management software

Broad-based drafting, engineering, architecture initiative combines tools and curriculum at an affordable cost

Cyclone Clean Air Engine burns cleaner, more efficiently to power cars, ships, etc.

3D CAD software is the platform of choice for teaching students the fundamentals of how to design quality products

Teacher: 'We're growing engineers here'

New version of content delivery Web site boosts innovation and productivity

DS SOLIDWORKS Makes the Case for LEGOs, Robots, and Racing Cars

Off-Campus, Around-the-Clock Access and Integrated Simulation are Big Advantages for Students

Stories Prove Importance of 'Introduce a Girl to Engineering Day'

User Group Community Continues to Innovate and Elevate Jeremy Singley’s Design to the Next Level

Engineering Program Competes in Several Challenges per Year, Including Solar Splash

Luxury Bike Shop Eliminates Prototypes Using SOLIDWORKS Simulation Software

Four Nigerian marine engineering students studying in Cebu, Philippines, receive practical training and spiritual encouragement through a Logos Hope engineer.

Matthew Caputo, associate teaching professor of engineering at Penn State Shenango, is exploring the fatigue behaviors of nickel-titanium shape memory alloys.

As a graduate student in software engineering, Chandan Shivalingaiah said he values the wealth of opportunities he has at Penn State, including research, an internship and teaching underserved high school students. 

Daniel Kumankumah, a Penn State Great Valley software engineering student, was thrilled to land a competitive summer internship with Amazon. When he faced obstacles, he sought help from his team and succeeded in solving coding problems while gaining valuable experience, he said.

Stefano Terlizzi joined the Ken and Mary Alice Lindquist Department of Nuclear Engineering as the John and Jean M. Brennan Clean Energy Early Career Professor on July 22. In this Q&A, Terlizzi talks about his research background and interests, why he chose Penn State and more.

Richard Wilson has been named the fall 2024 student marshal for the Reserve Officers’ Training Corps (ROTC) at Penn State. He will receive a bachelor’s degree in electrical engineering from the Penn State College of Engineering with a minor in military studies.

A newly discovered protein naturally houses an unusual binding site that can differentiate between rare earth elements, and researchers at Penn State have made it even better. Rare earth elements are key components used in everything from modern tech to gasoline production. The protein, called LanD, enriches neodymium and praseodymium over other similar rare earth elements and has the potential to revolutionize industrial mining, researchers said.

Penn State Hazleton Associate Professor Joseph Ranalli developed a method to identify mislabeled equipment in solar plants by analyzing cloud motion, significantly reducing labor and costs for a large energy provider and enriching the educational experience for his engineering students by demonstrating real-world applications of data analysis. His collaboration with Principal Research Engineer Will Hobbs from Southern Co. has resulted in the publication of two articles and open-source software. 

A team led by researchers from the Penn State College of Medicine re-engineered immune cells with a light-activated switch that modulates protein function and cellular behavior. When exposed to blue light, the cells change shape, infiltrating solid tumors grown in the lab and killing them.

A $5 million endowment and estate gift has created Penn State Behrend's first named school directorship: The James R. Meehl Director of the School of Engineering. The fund also will support Behrend's School of Science.

Jacob Guerrini, a junior electro-mechanical engineering technology student at the New Kensington campus, was named the 2024 Berger Scholarship recipient.

Penn State Wilkes-Barre held its first Surveying Career Summit on Oct. 16, providing high school students interested in surveying engineering with the opportunity to visit the campus and learn more about their field of interest.

Faculty and staff in Penn State’s Law, Policy, and Engineering (LPE) initiative were recently tapped by the governor’s office to lead a two-day training program in September in Harrisburg on science and technology policy. The faculty and staff are part of Commonwealth of Pennsylvania Science and Technology Policy Program, which is run by LPE and aims to improve public and environmental health, economic and social equity, and public scientific discourse in the Commonwealth of Pennsylvania.

High school students from the region recently gathered at Penn State DuBois to participate in Discover Engineering Day, an event designed to introduce them to the vast opportunities available within the engineering field.

Five Penn State aerospace engineering graduate students, including two brothers, were selected for the Science, Mathematics, and Research for Transformation Scholarship-for-Service Program, which is administered by the U.S. Department of Defense.

Delaware's Type 6 engine and three-man crew are part of 313 personnel currently fighting the Oil Springs Fire, located 20 miles south of Rangely, Colorado. The fire was started by lightning on June 18 and has grown to 12, 613 acres with only 18 percent containment. Delaware's crew is working on one of the fire's priority areas, Division D, which involves the continued protection of the Dragon Trail Compressor Site. The fire is spreading moderately in a mixture of  pinyon, juniper and sagebrush.  Delaware's crew is comprised of engine boss Samual Topper of Maryland, engine boss trainee Adam Keever of Newark, and FFT2 Bradley Melson of Milford. The crew mobilized from Blackbird State Forest last week and started work on Saturday, June 26.

Delaware's three-person Type 6 engine crew is now fighting the 2,000-acre Dexter Fire in the Inyo National Forest of southern California. Reported on July 12, the lightning-caused blaze is actively burning in brush and timber with only 13 percent containment. Leading the crew is the Delaware Forest Service's southern regional forester and engine boss Erich Burkentine of Milton, along with engine boss trainee Nikki Testa of Newark, and firefighter Hunter Melson of Milford. The crew mobilized on July 13 and is scheduled for a 21-day assignment. Delaware's crew is facing high temperatures, low relative humidity, and gusty afternoon winds on the Dexter Fire as they are conducting initial attack, digging fire line, and felling trees.

DEPARTMENT OF EDUCATION: Professional Standards Board

Are you ready to revolutionize your RF design experience? Look no further! Cadence AWR software is your gateway to mastering the intricacies of Radio Frequency (RF) circuit design, and now, you can explore its power with our exclusive Free Academic T...(read more)

Celebrated for their unparalleled engineering expertise and pioneering mindset, McLaren stands at the forefront of innovation. Theirs is a story of engineering excellence, a symphony of speed driven by the relentless pursuit of aerodynamic perfection. In 2022, Cadence was named an Official Technology Partner of the McLaren Formula 1 Team. The multi-year partnership between McLaren and Cadence has helped redefine the boundaries of what’s possible in Formula 1 aerodynamics. Shaving off a fraction of a second per lap can make all the difference in a podium finish, and track conditions bring layers of complexity to the design process. That’s where Cadence steps in with Fidelity CFD Software. The Cadence Fidelity CFD software is a comprehensive suite of computational fluid dynamics (CFD) solutions. Access to this solution allows the McLaren F1 team to accelerate their CFD workflow, enabling them to assess designs faster and more precisely. It also allows them to investigate airflows and tackle design projects that require advanced compute power and precision. With Fidelity Flow’s solver capabilities and Python-driven automation, Cadence’s CFD software aids the advancement of aerodynamic simulations that go into McLaren’s F1 cars. With a customized, high-quality, multi-block meshing strategy and optimized workflow, Fidelity CFD makes design exploration more automated, thereby helping establish a strong foundation for McLaren’s future success on the track. Lando Norris, F1 driver for McLaren, said, “As a driver, I saw the impact of every decision made in the design room in every simulation run. The work on aerodynamics directly translates to the confidence I have on track, the grip in every turn, and the speed on every straight. This partnership, this technology, is what will give us the edge. It's not just about battling opponents; it's about mastering the airflow around the car in every driving condition on every track.” If you’re interested in learning more about the importance of CFD in McLaren’s racing success, be sure to attend our upcoming webinar, “CFD and Experimental Aerodynamics in McLaren F1 Engineering.” Christian Schramm, McLaren’s director of advanced projects, and Cadence’s Benjamin Leroy will be the main speakers for the event. Register today to secure your spot! For more insights on the Formula 1 car design process, take a look at the case study, “ McLaren Formula 1 Car Aerodynamics Simulation with Cadence Fidelity CFD Software .” Learn more about how McLaren and Cadence are engineering success . “Designed with Cadence” is a series of videos that showcases creative products and technologies that are accelerating industry innovation using Cadence tools and solutions. For more Designed with Cadence videos, check out the Cadence website and YouTube channel .

During a mixed-signal simulation, the analog engine usually dominates the simulation time and resources. If you need to run only the analog engine in several windows, or if you would like to to run multiple tests of the same circuit with different stimuli or test pattern, then you need to run the simulation multiple times. View this blog to know more about the the two advanced technologies that Spectre AMS Designer provides to help you improve the efficiency of your mixed-signal designs and to increase the simulation speed.(read more)

Read this blog to know how you can easily create and insert connect modules using Spectre AMS Designer with the Verilog-AMS standard language defined by Accellera. (read more)

Read this blog to know more about the innovation behind Universal Connect Modules (UCM).(read more)

An AMS Designer Flex simulation gives you the most immediate access to the latest simulation technology on either side, gets out of the way of the core engines and allows the engine performance to shine while providing access to new features. Check out this blog to know more.

This blog introduces you to an efficient way to debug interface elements or connect modules in a mixed-signal simulation.(read more)

Mazda is recalling CX-90 three-row crossover SUVs because of a software problem that could prevent the engine from restarting when the engine stop-start system is used. The CX-90 is available with mild-hybrid and plug-in hybrid powertrains, but this recall only involves 2024 mild-hybrid models, encompassing 38,926 vehicles in total. The mild...

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1. Output 1: Quality of STEM education with support of technology improved.

A monument in southern Spain that dates to between 3600 and 3800 BC appears to have been built with an understanding of geology and physics

Title: Bioengineering Could Replace Pacemakers
Category: Health News
Created: 8/30/2006 8:24:00 AM
Last Editorial Review: 8/30/2006 8:24:29 AM

Title: Bioengineered Pig Skin Is Turned Into Corneas, Restoring Patients' Sight
Category: Health News
Created: 8/11/2022 12:00:00 AM
Last Editorial Review: 8/12/2022 12:00:00 AM