Taylor Residence

Project Details

Location : Balacbac Road, Baguio City, Philippines
Owner : Spouses Brian and Mila Taylor
Enclosed Floor Area : 240 square meters per unit
Completed in: 1980 

Residential

Project Description

Completed in 1980, the Taylor Residence occupies a special place in the history of R.G. Chan & Associates. More than a residential commission, it represents the firm's first project for a client residing overseas and a defining milestone in the early career of its Principal Architect.

At the time, Mr. Leonard Brian Taylor was living and working in West Germany, years before the fall of the Berlin Wall and the reunification of Germany. Married to Ms. Mila Ringor, a Filipina originally from La Union, Mr. Taylor sought to establish a family residence in the Philippines while continuing his career abroad. Coordinating a residential project across continents in an era long before email, video conferencing, and digital collaboration presented unique challenges that required patience, trust, and clear communication.

For a young architect just beginning professional practice, the commission represented an extraordinary opportunity. With very few completed projects to present and little more than determination, sincerity, and a commitment to professional service, the architect was entrusted with turning the Taylors' vision into reality. Mr. Taylor's willingness to place his confidence in a young professional became a gesture that would leave a lasting impression far beyond the completion of the project itself.

The residence was designed to provide a comfortable and enduring family home, thoughtfully responding to the needs and aspirations of its owners. Yet the project's greatest significance lies not in its physical form but in the relationship established between client and architect. It demonstrated that trust remains the cornerstone of every successful architectural endeavor and that professional credibility is earned one project at a time.

Looking back more than four decades later, the Taylor Residence remains a reminder that the most meaningful achievements in architecture are often built upon confidence placed in us by our clients. Mr. Taylor's faith in a young architect helped launch a professional journey that would eventually span decades and hundreds of completed projects. For that reason, the Taylor Residence continues to hold a place of special significance in the firm's history and serves as an enduring testament to the value of trust, integrity, and professional commitment.

The project site presented another important design challenge: a steeply sloping terrain typical of many residential properties in Baguio City. Rather than viewing the topography as a constraint, the design embraced the site's natural contours. Access is provided at the uppermost level from the street, allowing visitors to enter the residence from above. The living spaces then cascade downward across three levels, following the natural slope of the land.

This approach minimized extensive excavation and retaining structures while creating a home that feels comfortably integrated with its surroundings. The resulting design illustrates how thoughtful planning can transform a challenging site into an architectural advantage, providing efficient circulation, enhanced views, and a unique spatial experience that would not have been possible on a flat lot.

RELATED INSIGHT

This project illustrates how a successful home can be planned and built in the Philippines even while the owner resides overseas. Completed for a client living in West Germany, the Taylor Residence demonstrates the importance of trust, communication, and disciplined project planning.

How to Build a House in the Philippines 

RELATED INSIGHT

This project demonstrates how a steeply sloping site can become an architectural asset rather than a limitation. By entering at the upper level and stepping down with the natural terrain, the residence responds efficiently to the unique conditions of its hillside location.

Designing for Sloping Lots: Key Considerations