Should Managers Permanently Stop Requiring Degrees for IT Positions?

CIO magazine reports on “a growing number of managers and executives dropping degree requirements from job descriptions.”

Figures from the 2022 study The Emerging Degree Reset from The Burning Glass Institute quantify the trend, reporting that 46% of middle-skill and 31% of high-skill occupations experienced material degree resets between 2017 and 2019. Moreover, researchers calculated that 63% of those changes appear to be “‘structural resets’ representing a measured and potentially permanent shift in hiring practices” that could make an additional 1.4 million jobs open to workers without college degrees over the next five years.

Despite such statistics and testimony from Taylor and other IT leaders, the debate around whether a college education is needed in IT isn’t settled. Some say there’s no need for degrees; others say degrees are still preferred or required…. IBM is among the companies whose leaders have moved away from degree requirements; Big Blue is also one of the earliest, largest, and most prominent proponents of the move, introducing the term “new collar jobs” for the growing number of positions that require specific skills but not a bachelor’s degree….

Not all are convinced that dropping degree requirements is the way to go, however. Jane Zhu, CIO and senior vice president at Veritas Technologies, says she sees value in degrees, value that isn’t always replicated through other channels. “Though we don’t necessarily require degrees for all IT roles here at Veritas, I believe that they do help candidates demonstrate a level of formal education and commitment to the field and provide a foundation in fundamental concepts and theories of IT-related fields that may not be easily gained through self-study or on-the-job training,” she says. “Through college education, candidates have usually acquired basic technical knowledge, problem-solving skills, the ability to collaborate with others, and ownership and accountability. They also often gain an understanding of the business and social impacts of their actions.”
The article notes an evolving trend of “more openness to skills-based hiring for many technical roles but a desire for a bachelor’s degree for certain positions, including leadership.” (Kelli Jordan, vice president of IBMer Growth and Development tells CIO that more than half of the job openings posted by IBM no longer require degrees.)
Thanks to Slashdot reader snydeq for sharing the article.

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Government Cybersecurity Agencies Unite to Urge Secure Software Design Practices

Several government cybersecurity agencies united to urge secure-by-design and secure-by-default software. Releasing “joint guidance” for software manufactuers were two U.S. security agencies — the FBI and the NSA — joined with the U.S. Cybersecurity and Infrastructure Security Agency and the cybersecurity authorities of Australia, Canada, the United Kingdom, Germany, Netherlands, and New Zealand. “To create a future where technology and associated products are safe for customers,” they wrote in a joint statement, “the authoring agencies urge manufacturers to revamp their design and development programs to permit only secure-by-design and -default products to be shipped to customers.”

The Washington Post reports:
Software manufacturers should put an end to default passwords, write in safer programming languages and establish vulnerability disclosure programs for reporting flaws, a collection of U.S. and international government agencies said in new guidelines Thursday. [The guidelines also urge rigorous code reviews.]

The “principles and approaches” document, which isn’t mandatory but lays out the agencies’ views on securing software, is the first major step by the Biden administration as part of its push to make software products secure as part of the design process, and to make their default settings secure as well. It’s part of a potentially contentious multiyear effort that aims to shift the way software makers secure their products. It was a key feature of the administration’s national cybersecurity strategy, which was released last month and emphasized shifting the burden of security from consumers — who have to manage frequent software updates — to the companies that make often insecure products… The administration has also raised the prospect of legislation on secure-by-design and secure-by-default, but officials have said it could be years away….

The [international affairs think tank] Atlantic Council’s Cyber Statecraft Initiative has praised the Biden administration’s desire to address economic incentives for insecurity. Right now, the costs of cyberattacks fall on users more than they do tech providers, according to many policymakers. “They’re on a righteous mission,” Trey Herr, director of the Atlantic Council initiative, told me. If today’s guidelines are the beginning of the discussion on secure-by-design and secure-by-default, Herr said, “this is a really strong start, and an important one.”
“It really takes aim at security features as a profit center,” which for some companies has led to a lot of financial growth, Herr said. “I do think that’s going to rub people the wrong way and quick, but that’s good. That’s a good fight.”
In the statement CISA’s director says consumers also have a role to play in this transition. “As software now powers the critical systems and services we collectively rely upon every day, consumers must demand that manufacturers prioritize product safety above all else.”

Among other things, the new guidelines say that manufacturers “are encouraged make hard tradeoffs and investments, including those that will be ‘invisible’ to the customers, such as migrating to programming languages that eliminate widespread vulnerabilities.”

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Scientists Create Eco-Friendly Paint That Keeps the Surface Beneath Cool

A team of researchers in Florida have created a way to mimic nature’s ability to reflect light and create beautifully vivid color without absorbing any heat like traditional pigments do. Debashis Chanda, a nanoscience researcher with the University of Central Florida, and his team published their findings in the journal Science Advances. NPR reports: Beyond just the beautiful arrays of color that structure can create, Chanda also found that unlike pigments, structural paint does not absorb any infrared light. Infrared light is the reason black cars get hot on sunny days and asphalt is hot to the touch in summer. Infrared light is absorbed as heat energy into these surfaces — the darker the color, the more the surface colored with it can absorb. That’s why people are advised to wear lighter colors in hotter climates and why many buildings are painted bright whites and beiges. Chanda found that structural color paint does not absorb any heat. It reflects all infrared light back out. This means that in a rapidly warming climate, this paint could help communities keep cool.

Chanda and his team tested the impact this paint had on the temperature of buildings covered in structural paint versus commercial paints and they found that structural paint kept surfaces 20 to 30 degrees cooler. This, Chanda said, is a massive new tool that could be used to fight rising temperatures caused by global warming while still allowing us to have a bright and colorful world. Unlike white and black cars, structural paint’s ability to reflect heat isn’t determined by how dark the color is. Blue, black or purple structural paints reflect just as much heat as bright whites or beige. This opens the door for more colorful, cooler architecture and design without having to worry about the heat.

It’s not just cleaner, Chanda said. Structural paint weighs much less than pigmented paint and doesn’t fade over time like traditional pigments. “A raisin’s worth of structural paint is enough to cover the front and back of a door,” he said. Unlike pigments which rely on layers of pigment to achieve depth of color, structural paint only requires one thin layer of particles to fully cover a surface in color. This means that structural paint could be a boon for aerospace engineers who rely on the lowest weight possible to achieve higher fuel efficiency. The possibilities for structural paint are endless and Chanda hopes that cans of structural paint will soon be available in hardware stores.

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Universal Music Asks Streaming Services To Block AI Access To Its Songs

The world’s largest music company, Universal Music Group, is asking major streaming services like Spotify and Apple Music to block artificial intelligence companies from using its music to “train” their technology, according to a recent report in Financial Times. Variety reports: Confirming the report, a UMG spokesperson told the FT: “We have a moral and commercial responsibility to our artists to work to prevent the unauthorized use of their music and to stop platforms from ingesting content that violates the rights of artists and other creators. We expect our platform partners will want to prevent their services from being used in ways that harm artists.” The process involves the AI companies uploading copyrighted music from the platforms into their technology and thus enabling the bots to digest the lyrics and music and then essentially create songs or melodies in those styles. […]

UMG has been sending takedown requests to the streamers “left and right,” FT quoted an unnamed source as saying. “We have become aware that certain AI systems might have been trained on copyrighted content without obtaining the required consents from, or paying compensation to, the rightsholders who own or produce the content,” the company said in an email from last month, according to the report. “We will not hesitate to take steps to protect our rights and those of our artists.” The website drayk.it delivered users a custom Drake song, although it has since been shut down.

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How Did Earth Get Its Water?

Earth’s water could have originated from interactions between the hydrogen-rich atmospheres and magma oceans of the planetary embryos that comprised Earth’s formative years, according to new work from Carnegie Science’s Anat Shahar and UCLA’s Edward Young and Hilke Schlichting. Their findings, which could explain the origins of Earth’s signature features, are published in Nature. Phys.Org reports: “Exoplanet discoveries have given us a much greater appreciation of how common it is for just-formed planets to be surrounded by atmospheres that are rich in molecular hydrogen, H2, during their first several million years of growth,” Shahar explained. “Eventually these hydrogen envelopes dissipate, but they leave their fingerprints on the young planet’s composition.” Using this information, the researchers developed new models for Earth’s formation and evolution to see if our home planet’s distinct chemical traits could be replicated.

Using a newly developed model, the Carnegie and UCLA researchers were able to demonstrate that early in Earth’s existence, interactions between the magma ocean and a molecular hydrogen proto-atmosphere could have given rise to some of Earth’s signature features, such as its abundance of water and its overall oxidized state. The researchers used mathematical modeling to explore the exchange of materials between molecular hydrogen atmospheres and magma oceans by looking at 25 different compounds and 18 different types of reactions — complex enough to yield valuable data about Earth’s possible formative history, but simple enough to interpret fully.

Interactions between the magma ocean and the atmosphere in their simulated baby Earth resulted in the movement of large masses of hydrogen into the metallic core, the oxidation of the mantle, and the production of large quantities of water. Even if all of the rocky material that collided to form the growing planet was completely dry, these interactions between the molecular hydrogen atmosphere and the magma ocean would generate copious amounts of water, the researchers revealed. Other water sources are possible, they say, but not necessary to explain Earth’s current state. “This is just one possible explanation for our planet’s evolution, but one that would establish an important link between Earth’s formation history and the most common exoplanets that have been discovered orbiting distant stars, which are called Super-Earths and sub-Neptunes,” Shahar concluded.

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