feature article
Subscribe Now

The Union of Engineers

Firmware Engineers of California (FECal) On the Doorstep

Earlier this year the Wall Street Journal ran an article that contained this sentence:

“The United Auto Workers union said it is prepared to spend hundreds of millions of dollars in a bid to organize hourly factory workers at foreign-owned car plants in the United States.”

As I see it, there are at least five things wrong with that sentence.

First, why does the UAW even have hundreds of millions of dollars to spend? The UAW—ostensibly a nonprofit organization—is probably bigger than the company you work for now. We’re not talking about an organization that’s worth hundreds of millions of dollars; we’re talking about one that has hundreds of millions of spare cash lying around. If we extrapolate from the assumption that most companies have about 10% of their assets in cash, we’re looking at a multibillion-dollar organization the size of Texas Instruments, AMD, or Dell Computer.

Second, why does the UAW feel these people need to be forced into unionizing?

Presumably, every one of the American employees working at these factories applied for, was interviewed for, and was offered the job based on their skills, experience, and pay requirements. In short, they all got their jobs the same way you got yours. They’re also free to join a labor union any time they want to—but didn’t. The fact that thousands upon thousands of workers spread over several states and many different employers, all made the same decision and chose not to unionize suggests what? That they weren’t interested in joining the union, thank you very much.

The same article confirms, “…there has been almost no call by workers at these plants for unionization.” So it’s not the workers who want the union; it’s the other way around.

Third, why would the UAW spend so much money coercing fellow auto workers—workers who’ve already chosen not to unionize? Because that’s how it grows. Just like a normal, for-profit company, the UAW wants to increase its revenue stream. It amassed its enormous cash hoard by collecting dues from each of its current members, which it uses to “buy” new members. The larger the membership, the greater the revenue stream.

And how did those members pay? By tithing part of their paychecks in the form of mandatory union dues. Paychecks that were negotiated by the union. Which means it’s actually the car companies that are paying the union to accumulate the “hundreds of millions of dollars” which the UAW will use against them.

In what other business are you required to fund your own enemy? That’s like forcing Apple to pay for Microsoft’s software development, or making the Allies pay for Nazi weapons. You could even make the case that we, as car buyers, are paying the UAW to forcibly unionize the people who build our cars. A portion of the price of a new car built in America goes straight into the UAW’s war chest.

This wouldn’t be so bad if there weren’t such a strong correlation between UAW membership and failure. Two of the “Big Three” American car companies upon which the UAW has forced itself went bankrupt a few years ago (and the third one very nearly did), in large part because of uncompetitive labor costs. But at the same time, none of the other U.S. auto plants that were non-union had the same problem. Not a single one. Remember, these are factories staffed by American employees working on U.S. soil and governed by American laws. The only major difference is that one group is unionized and one isn’t. It’s an uncomfortable correlation.

Finally, aren’t we trying to encourage job creation and economic growth? Like any healthy economy, the U.S. doesn’t want to send good-paying manufacturing jobs offshore, so it encouraged foreign automakers to build their cars here with U.S. labor. And it worked. Japanese, German, and Korean car companies flocked to our shores. They built huge and expensive auto plants in the U S of A and hired thousands upon thousands of Americans to run them. Now that they’ve proven successful, what’s the point of converting those productive, flourishing, profitable factories into carbon copies of the unsuccessful ones in Detroit?

In biology, we learn about the concept of symbiosis: two creatures living off each other in a mutually beneficial relationship. Remoras help sharks and vice versa; flowering plants feed bees while the bees pollinate the plants, and so on. But there’s also the biological reality of parasitism: one organism lives at the expense of the other. It is not mutually beneficial; indeed, the parasite often winds up killing its host.

“When schoolchildren start paying union dues, that’s when I’ll start representing the interests of schoolchildren.” Thus spoke the president of the American Federation of Teachers, Albert Shanker. Organized labor unions can, no doubt, provide important safeguards for employees. They can even—theoretically, at least—contribute to their industry and help set standards, further progress, encourage research, and enhance the general welfare. But like any large and established organization, they can also be selfish and short-sighted. In that regard, they’re no different from typical for-profit corporations.

There was a time when employees were often mistreated. When working conditions were unsafe or intolerable and employers held dominion over their charges. The coal mines, garment factories, and shop floors have improved radically since then. Fortunately for our profession, lab benches and cubicle farms have never seen that kind of mistreatment (a few ornery pointy-haired bosses aside). We’re reasonably free of abuse and reasonably free to pursue other employment whenever we want and the opportunity arises. The goal is to make better products and help the customer, not dig in our heels and protect our salaries at all costs.

“We act as though comfort and luxury were the chief requirements of life, when all that we need to make us happy is something to be enthusiastic about.” — Albert Einstein

One thought on “The Union of Engineers”

Leave a Reply

featured blogs
Sep 30, 2022
Wow, September has flown by. It's already the last Friday of the month, the last day of the month in fact, and so time for a monthly update. Kaufman Award The 2022 Kaufman Award honors Giovanni (Nanni) De Micheli of École Polytechnique Fédérale de Lausanne...
Sep 29, 2022
We explain how silicon photonics uses CMOS manufacturing to create photonic integrated circuits (PICs), solid state LiDAR sensors, integrated lasers, and more. The post What You Need to Know About Silicon Photonics appeared first on From Silicon To Software....
Sep 22, 2022
On Monday 26 September 2022, Earth and Jupiter will be only 365 million miles apart, which is around half of their worst-case separation....

featured video

Embracing Photonics and Fiber Optics in Aerospace and Defense Applications

Sponsored by Synopsys

We sat down with Jigesh Patel, Technical Marketing Manager of Photonic Solutions at Synopsys, to learn the challenges and benefits of using photonics in Aerospace and Defense systems.

Read the Interview online

featured paper

Algorithm Verification with FPGAs and ASICs

Sponsored by MathWorks

Developing new FPGA and ASIC designs involves implementing new algorithms, which presents challenges for verification for algorithm developers, hardware designers, and verification engineers. This eBook explores different aspects of hardware design verification and how you can use MATLAB and Simulink to reduce development effort and improve the quality of end products.

Click here to read more

featured chalk talk

EdgeLock® Secure Element & Secure Authenticator

Sponsored by Mouser Electronics and NXP Semiconductors

Today’s IoT designs demand comprehensive security implementation, but incorporating a robust security solution in your design can be a complicated and time-consuming process. In this episode of Chalk Talk, Amelia Dalton and Antje Schutz from NXP explore NXP’s EdgeLock Secure Element and Secure Authenticator Solution. They examine how this flexible, future-proof and easy to deploy solution can be a great fit for a variety of IoT designs.

Click here for more information about NXP Semiconductors EdgeLock® SE050 Plug & Trust Secure Element Family