PRINCETON, N.J. — In the rapidly evolving landscape of technology journalism, few voices bridge the gap between heavy-duty engineering and accessible, forward-thinking commentary quite like Lee Goldberg. Widely recognized as the author of the popular PowerBites series, Goldberg has carved out a unique niche that spans nearly four decades of professional life.
Part technologist, part journalist, and part environmental advocate, Goldberg is perhaps best known within the engineering community by his self-applied moniker: a "Recovering Engineer." But beneath the self-deprecating humor lies a formidable resume that includes designing interplanetary spacecraft, pioneering renewable energy applications, and serving as a vigilant chronicler of the green tech revolution.
This profile explores the life, career, chronology, and enduring impact of an industry insider who traded his oscilloscope and soldering iron for a keyboard, forever changing how engineers and the public think about power electronics and sustainable design.
Main Facts
Lee Goldberg’s professional identity is rooted in a rare dual perspective: he understands technology not merely as a consumer product or abstract code, but down to the silicon, the circuit board, and the electron.
- Current Role: Technology journalist and author of the PowerBites series on Electronic Design.
- Core Beats: Power electronics, energy efficiency, energy management, renewable energy, sustainable technologies, 3D printing, and open-source hardware.
- Early Career: Spent 18 years in engineering, designing microprocessors, embedded systems, renewable energy platforms, and interplanetary spacecraft.
- Journalistic Career: Spent over two decades writing for prominent print and online engineering publications.
- Educational Background: Holds a Bachelor of Science in Electrical Engineering (BSEE) from Thomas Edison College and studied technology, society, and the environment at Goddard College’s Institute for Social Ecology.
- Published Works: Author of Green Electronics/Green Bottom Line – A Commonsense Guide To Environmentally Responsible Engineering and Management (published by Newnes Press).
- Personal Life: Resides on the outskirts of Princeton, New Jersey, with his wife, Catherine, and daughter, Anwyn.
Chronology: From the Lab Bench to the Editorial Desk
Goldberg’s professional trajectory can be neatly divided into two distinct, highly productive chapters: nearly two decades spent engineering the physical components of modern civilization, followed by more than twenty years analyzing, critiquing, and celebrating those same technologies as a journalist.
Phase I: The Engineering Years (The First 18 Years)
Long before he began tapping out copy for engineering publications, Goldberg was in the trenches of hardware development. The first 18 years of his career were defined by hands-on creation. Working during a transformative era in electronics, Goldberg contributed to the design of foundational microprocessors and complex embedded systems that would eventually pave the way for the smart devices we take for granted today.
However, his work was not limited to terrestrial applications. Demonstrating an aptitude for high-stakes engineering, Goldberg’s portfolio included contributing to the design of interplanetary spacecraft. This work required an uncompromising dedication to reliability, efficiency, and fault tolerance—traits that would later inform his writing on energy management and mission-critical systems.
As renewable energy began to emerge from the fringes of scientific curiosity into viable industrial applications, Goldberg was already there, helping to design some of the earliest systems aimed at harvesting clean power. Yet, despite his success in the laboratory, a shift was brewing.
Phase II: The Transition to Tech Journalism (The Next Two Decades)
Realizing that his passion lay just as heavily in communicating complex ideas as it did in soldering them onto circuit boards, Goldberg made a pivotal career pivot. He traded his oscilloscope and soldering iron for a keyboard, embarking on a second career as a technology journalist.
Over the next twenty-odd years, Goldberg lent his expertise to a variety of print and online engineering publications. Rather than serving as an outside observer looking in, Goldberg brought the street cred of a veteran designer. He understood the pain points of hardware engineers, the economic pressures of product development, and the intoxicating potential of emerging technologies.
By the late 1990s, Goldberg had expanded his journalistic scope to include environmental and social issues within the engineering community—long before "sustainability" became a corporate buzzword. This fusion of engineering acumen and environmental consciousness ultimately culminated in his seminal book, Green Electronics/Green Bottom Line, establishing him as an intellectual leader in the green-tech space.
Supporting Data and Technical Focus
To understand Goldberg’s influence today, one must examine the specific technological domains he covers through PowerBites and his broader editorial output. His work focuses on areas critical to the future of global infrastructure:
Power Electronics and Energy Efficiency
As the world electrifies—shifting from internal combustion engines to electric vehicles (EVs) and from fossil fuels to intermittent renewable sources like wind and solar—power electronics have never been more important. Goldberg’s coverage dives deep into the components that manage, convert, and distribute electrical power with minimal loss. Energy management ICs, wide-bandgap semiconductors (such as Gallium Nitride and Silicon Carbide), and high-efficiency power supplies form the bedrock of his daily reporting.
Maker and Hacker Culture
Goldberg has never lost his affinity for hands-on creation. Beyond corporate boardrooms and tier-one research labs, he closely follows the democratization of hardware. His coverage embraces 3D printers, open-source hardware platforms, and the broader Maker/Hacker movement. By highlighting grassroots innovations, Goldberg bridges the gap between massive enterprise engineering and garage-level ingenuity.
Academic and Literary Foundation
Goldberg’s intellectual framework is heavily supported by his formal education. His BSEE from Thomas Edison College provided rigorous technical training, which was nicely balanced by his participation in the colloquium on technology, society, and the environment at Goddard College’s Institute for Social Ecology. This interdisciplinary grounding allows him to evaluate technology not just on its performance metrics, but on its broader societal and ecological footprints.
Official Perspectives and Industry Reception
While traditional "official responses" in a corporate news context usually stem from public relations departments, the reception of Goldberg’s work within the engineering and publishing sectors serves as a vital barometer of his industry standing.
Peers, industry analysts, and readers frequently cite Goldberg’s unique blend of technical authority and engaging prose as a breath of fresh air in an otherwise dry academic and trade landscape. By refusing to write in dense, impenetrable jargon, yet stubbornly refusing to dumb down complex electrical principles, he has earned the respect of both chief technology officers and rookie hardware hackers.
Publishers and editors who have worked with Goldberg over his two-decade journalistic career note his unwavering commitment to accuracy. In an era where sensationalism often trumps technical nuance in tech media, Goldberg’s background as a practicing engineer ensures that his reporting remains grounded in physical reality.
Furthermore, his book Green Electronics/Green Bottom Line received favorable reviews across trade publications for offering practical, commonsense solutions to environmentally responsible manufacturing. Industry leaders noted that Goldberg successfully proved that ecological responsibility does not have to come at the expense of corporate profitability—a message that continues to resonate in boardrooms striving to meet ESG (Environmental, Social, and Governance) targets today.
Implications: The Legacy of a "Geek Dad"
What does the career of Lee Goldberg mean for the future of tech journalism and engineering? As technology accelerates into complex territories like artificial intelligence, quantum computing, and decentralized green energy grids, the risk of miscommunication between engineers and the public grows exponentially.
Interpreters like Goldberg are more critical than ever. By maintaining a foot in both worlds—the rigorous, physics-bound reality of hardware design and the narrative-driven world of journalism—he helps shape a culture of accountability within the tech sector.
His coverage of sustainable technologies has helped normalize the conversation around environmental stewardship in engineering circles, reminding a generation of designers that every component they specify has an upstream extraction cost and a downstream environmental impact.
Today, operating out of the Princeton area where he and his family "masquerade as a typical suburban family," Lee Goldberg remains deeply plugged into the pulse of technology. Whether he is dissecting the latest breakthroughs in power management for PowerBites, tinkering with open-source hardware, or mentoring the next generation of thinkers, Goldberg continues to prove that you can take the engineer out of the lab, but you can never take the engineer out of the journalist.
