I was once asked, ‘name a bridge built by a woman’? It was a question designed to provoke a reaction, to stir up the simmering frustration over the overlooked contributions of women in history and the formidable barriers they faced. And indeed, it succeeded in eliciting a passionate response from me – the bait had been taken, and the bear had been poked.

But what if I told you that one woman, Sarah Guppy, not only challenged the status quo but also left an indelible mark on bridge building and innovation?
Born in 1770 into a family of innovators, Sarah Guppy defied societal expectations and pursued her passion for science and engineering. As the wife of a Bristol merchant, she navigated the worlds of commerce and creativity, flourishing as an inventor and entrepreneur.
In 1811, Sarah Guppy secured her first patent for a groundbreaking invention: a method ensuring the safe piling for bridges. This innovation caught the attention of esteemed engineers like Thomas Telford, who recognized its significance and sought her permission to utilize the patented design for the foundations of suspension bridges. Among these were iconic structures like the Clifton Suspension Bridge and the Menai Suspension Bridge. Remarkably, Sarah offered unrestricted access to her patented design, completely free of charge, demonstrating her unwavering commitment to progress and innovation in engineering.
But Sarah’s impact extended far beyond bridge building. Her inventive spirit led her to patent numerous other devices, ranging from shipbuilding improvements to bed warmers. Despite facing significant barriers and discrimination as a woman in a male-dominated field, Sarah persevered, leaving behind a legacy of innovation and resilience that continues to inspire.
Her story serves as a powerful reminder that women have always been builders, creators, and innovators, deserving of recognition and respect.
So, the next time you’re asked, ‘Name a bridge built by a woman,’ proudly declare, ‘Sarah fucking Guppy paved the way, inspiring women everywhere to break barriers and shape the future of engineering’
