The Brochure Series of Architectural Illustration, vol. 06, No. 11, November 1900: The Work of Sir Christopher Wren

In Short

This architectural monograph outlines the extraordinary career of Sir Christopher Wren, tracking his transformation from a brilliant young mathematician into England's master architect. Following the Great Fire of London in 1666, Wren takes charge of rebuilding the ruined capital. The text details his grand master plans, his navigation of royal and clerical interference, and his technical mastery across more than fifty parish churches and St. Paul's Cathedral. It has lasted because it concisely captures the monument of a singular mind that defined the English Renaissance and profoundly shaped American Colonial building.

The Story

The text begins by tracing the evolution of English architecture during the early seventeenth century, showing how medieval Gothic elements gradually yielded to classical models under Inigo Jones. Upon this foundation steps Sir Christopher Wren, a young Wiltshire-born prodigy who spends his early adulthood pursuing natural philosophy, geometry, and mechanical inventions. He produces groundbreaking anatomical illustrations, designs meteorological instruments, and solves mathematical puzzles proposed by European scholars. In his late twenties, without formal architectural training, he receives an invitation from King Charles II to serve as assistant surveyor-general. Wren quickly undertakes early commissions at Cambridge and Oxford, taking a pivotal six-month journey to Paris in 1665 to expand his command of classical expression.

When the Great Fire of London destroys thirteen thousand houses, eighty-nine churches, and Old St. Paul's Cathedral in September 1666, Wren instantly steps forward. Within days, he presents Charles II with an ambitious master plan to rebuild the capital with wide, grand avenues. Though private property interests force the city to adopt a more piecemeal layout, Wren assumes total responsibility for designing and building the public landscape. He sets to work on dozens of parish churches, civic halls, and a new cathedral.

The core of the narrative centers on the decades-long creation of St. Paul's Cathedral. Wren submits an initial classical design that wins royal approval but faces fierce opposition from clergy who demand a traditional medieval floor plan. Forced to adapt, Wren submits a Gothic-shaped design authorized by royal warrant, cleverly exploiting a clause allowing "ornamental" variations to completely redesign the building. Over thirty-five years of construction, he balances the internal proportions of his early vision with a massive double-shelled dome and striking western towers. In 1710, as an old man, he watches the final lantern stone set in place above the skyline.

Beyond St. Paul's, the arc follows Wren’s vast output across England: the inventive, tall steeples of Bow Church and St. Bride’s, the original interior layout of St. Stephen's Walbrook, the elegant Trinity College Library at Cambridge, and royal extensions at Hampton Court Palace. Despite holding favor through multiple monarchs, political intrigue upon the accession of the Hanoverian line leads to his dismissal at age eighty-six. He spends his final years living quietly near Hampton Court, making annual trips to sit beneath the dome of St. Paul's, before passing away peacefully in his chair at ninety-one.

How It Unfolds

The polymath emerges Young Christopher Wren establishes himself as one of Europe's premier scientific minds through inventions in blood transfusion, barometer applications, and planetary geometry. His early mathematical work earns praise from contemporaries who view him as second only to Isaac Newton.

The unexpected appointment Charles II appoints the twenty-nine-year-old scientific scholar to the king's works, launching his practical career in architecture. Wren builds Pembroke College Chapel and the Sheldonian Theatre, followed by a crucial study trip to Paris to master classical detailing.

The inferno and the grid The Great Fire of 1866 consumes London over six days, wiping out the medieval city center. Wren immediately submits a sweeping, unified grid design to rebuild the city with grand radiating streets, though immediate economic needs force a compromise.

The battle for St. Paul's Wren argues against restoring the ruined cathedral, securing permission to design a totally new edifice. He faces years of church resistance over his pure classical models, ultimately securing a warrant for a traditional footprint that he surreptitiously alters into his masterpiece.

A skyline of steeples Over thirty-five years, Wren simultaneously constructs fifty-two parish churches across London, inventing the English Renaissance steeple. He overcomes awkward, tight urban sites by focusing resources on stunning interior domes and towering, classical spires.

The final stone and fallout Wren lays the final stone of St. Paul's lantern in 1710 to public acclaim, having spent over three decades supervising its construction. Eight years later, political jealousy under the new Hanoverian court strips him of his official post, driving him into peaceful retirement until his death in 1723.

The People

• Sir Christopher Wren: A mild-mannered, short-statured scientific genius who wants to apply geometric order and classical proportion to civic structures. Faced with clerical interference, tight budgets, and chaotic urban sites, he uses compromise, technical ingenuity, and persistence to execute dozens of masterpieces, dying peacefully after seeing his cathedral finished.
• King Charles II: The English monarch who recognizes Wren's talent early, appointing him to public office and backing his bold architectural vision for post-fire London against conservative critics.
• Inigo Jones: Wren's great predecessor who brought strict Italian Palladianism to England. His established prestige sets the high standard that Wren inherits and ultimately expands upon across forty years of dominance.
• King William III: A stubborn ruler whose personal architectural demands at Hampton Court force Wren to adjust his plans, creating low cloisters that dwarf portions of the palace design.

In Its Own Voice

"I must affirm that scarce ever met in one man such a mechanical hand and so philosophical a mind."

Written by his contemporary Hooke in Micrographia, this quote captures the rare blend of practical skill and scientific genius that Wren brought to his early work.

"Si monumentum requiris, circumspice."

Inscribed at the entrance to the choir in St. Paul's, this simple Latin epitaph instructs any visitor seeking Wren's monument to look around at the cathedral itself.

What It's Really About

This text explores how scientific methodology transforms visual design, arguing that Wren's background in mathematics and physics allowed him to solve structural and aesthetic problems that baffled traditional builders. It examines the ongoing tension between an artist's ideal vision and the messy realities of urban politics, religious tradition, and limited public funds. By detailing Wren's pragmatic willingness to modify his plans without sacrificing structural integrity, the text shows how greatness emerges through clever adaptation. Ultimately, it poses fundamental questions about how a single creative mind can give lasting order, identity, and artistic cohesion to an entire civilization's public spaces.

Why Read It Today

This text appeals to readers fascinated by architectural history, urban recovery, and the life of true polymaths. It offers a concise, highly readable overview of how London rose from ashes into a monumental capital, detailing the engineering logic behind iconic landmarks like St. Paul's Cathedral and St. Stephen's Walbrook. The writing feels direct and unpretentious, evaluating Wren with measured critical analysis rather than blind worship, noting his occasional failures in detail alongside his grandest triumphs.

Because the text consists of an early twentieth-century architectural essay, readers will encounter occasional stylistic period traits, such as dense architectural terminology regarding classical columns, spires, and floor plans. However, these technical details remain grounded by vivid historical narrative. Readers walk away with a deep appreciation for the physical craftsmanship of the seventeenth century and an understanding of how Wren's inventiveness directly inspired the American Colonial style. It leaves a lasting impression of what patience, intellect, and relentless labor can construct over a lifetime.