Bay of Fundy, NB

This lakeside home features a minimalist design with two simple rectangular volumes. Large windows frame views of the surrounding forest and lake, while natural wood cladding blends the structure into its environment. The single pitch roofs and clean lines emphasize simplicity and functionality, creating a warm, modern retreat in harmony with nature.

Bay of Fundy, NB

Description goes hereThis contemporary residence blends modern design with natural surroundings, featuring a striking composition of warm copper-toned panels and dark timber cladding. Expansive floor-to-ceiling glazing floods the interiors with daylight and frames serene views of the landscape, while the elongated horizontal form and second-storey volume create a dynamic yet balanced silhouette. The home is designed for seamless indoor-outdoor living, with open-plan spaces extending to covered terraces. Sustainable materials and energy-efficient strategies complement its refined aesthetic, making it a timeless retreat harmonising architecture and nature.

St. Stephen, NB

This Passive House design embraces simplicity, sustainability, and warmth. The compact gabled form is clad in natural timber, harmonising with its snowy landscape while ensuring exceptional energy efficiency. Large south-facing windows maximise daylight and passive solar gain, while the open-plan interior creates a bright, inviting atmosphere. A covered porch extends the living space outdoors, and high-performance insulation with airtight detailing guarantees year-round comfort. This home exemplifies how thoughtful design and modern building standards can deliver a beautiful, resilient retreat for cold climates.

St. Stephen, NB | Pre-Design

This energy-efficient home in St. Stephen, New Brunswick, draws inspiration from Scandinavian design, featuring simple, clean forms and red cedar cladding that weather gracefully over time. Its compact, thoughtfully detailed envelope minimizes thermal bridging and construction complexity while maximizing energy performance and comfort. Designed to blend quietly into its natural surroundings, the house allows the landscape to remain the focal point, emphasizing a strong connection to site while maintaining a practical, sustainable, and easy-to-build structure.

The PH1 Passive Home is a single-storey, ultra-energy-efficient residence designed for health, comfort, and sustainability. Built to Passive House standards, it features an airtight, highly insulated envelope, triple-glazed windows, and a balanced ventilation system with an Energy Recovery Ventilator for fresh, filtered air and moisture control. These innovations ensure consistent indoor temperatures, quiet living spaces, and long-lasting durability while dramatically reducing energy consumption. With minimal operational costs and the ability to integrate solar power for resilience, PH1 offers a simple, functional design that maximizes natural light and views, delivering a healthy, comfortable home that supports climate action and long-term savings. This project was proudly featured in Wayves Magazine as an example of sustainable architecture and climate-conscious living.

Rothesay, NB

This kitchen renovation embraces a modern, nature-inspired aesthetic with a bold yet harmonious color palette. The design features a spacious central island in warm terracotta tones, complemented by sleek cabinetry and a striking deep green accent above the backsplash. Large floor-to-ceiling windows flood the space with natural light, creating a seamless connection to the outdoors. Minimalist pendant lighting adds a sculptural element, while clean lines and natural materials ensure functionality and elegance. The layout prioritizes openness, social interaction, and efficient workflow, making it both stylish and practical.

Saint John, NB | Design Phase

The Waterloo Street Apartment is a cutting-edge residential project currently in the design phase, envisioned as a Passive House that prioritizes energy efficiency and occupant comfort. The design incorporates mass timber construction, offering a renewable, low-carbon alternative to conventional building materials while creating a warm, natural aesthetic. Sustainability is at the core of the concept, with strategies including high-performance insulation, airtight detailing, and optimized solar orientation to minimize energy demand.

St Andrews, NB | Feasibility Phase Completed

The NBCC St. Andrews Student Apartment is a modern, sustainable housing project in the design phase, created to meet Passive House standards and accommodate foreign family students. The four-story building features a sleek, elongated form with a gently sloped roof and a rhythmic window arrangement for optimal daylight. Its dark, durable cladding contrasts with warm accents at the base, while landscaped areas enhance the sense of community. Using high-performance insulation, the design prioritizes energy efficiency, comfort, and low environmental impact, setting a benchmark for resilient student housing.

The Nackawic-Millville Rural | Master Planning

Community is launching a visionary 50-acre development initiative focused on sustainable growth and community well-being. Developed in collaboration with the Housing Hub of New Brunswick and shaped by public engagement, the project prioritizes minimizing environmental impact, preserving green spaces, reducing tree removal, and integrating natural trail networks and watercourses. It promotes housing diversity, energy-efficient building designs tailored to an aging population, and encourages community connectivity and engagement. This collaborative effort lays the foundation for future developments that embrace sustainability, inclusivity, and resilience.

Saint John, NB | Planning Phase

This project proposes a four storey, 18 unit modular apartment building currently in the planning and application phase. The design intentionally challenges the conventional perception of modular housing as inexpensive and box driven, instead presenting a refined, adaptable residential model.

The concept is rooted in flexibility, with modular units that can be scaled, added, or reduced to respond to varying site conditions and program requirements. A straightforward interlocking system allows the massing to evolve from a singular volume into two offset forms, improving daylight, spatial quality, and offering a range of unit layouts.

Manufactured off site, the modular components ensure consistent construction quality, improved energy performance, and a substantial reduction in on site construction time and costs. This efficiency is particularly valuable in remote or high cost regions where labour and material availability are limited. Overall, the project demonstrates a sustainable, high quality housing solution with the potential for replication across diverse contexts and communities.

Rothesay, NB | In Application Phase

The project consists of 18 modular units currently in the application phase, designed to challenge the perception of modular housing as cheap, box-like structures. The concept introduces flexibility by allowing units to scale up or down based on site requirements. Through a simple interlocking design, the overall form shifts from a single block to two offset volumes, enhancing spatial quality and enabling diverse layouts. Factory fabrication ensures consistent quality, energy efficiency, and significantly reduces on-site construction time and costs—an advantage for remote areas with high labour and material expenses. This approach aims to deliver high-quality, sustainable housing that can be replicated across multiple regions.

Saint John, NB | Discontinued

Tansforming a museum space in front of a shopping centre into a French international school for students, from kindergarten to secondary level.

The challenges were immense:

The existing building was full of faux historical details, yet the design needed a modern feel.

An indoor sports centre had to be created within a space that once displayed a whale specimen under an extremely high ceiling.

Sussex, NB | Design Phase

63 Units multifamily apartment in Sussex NB.

Kaohsiung City, Taiwan | Concept Design

The Kaohsiung Waterfront Outdoor Sports Park is an ambitious concept designed to transform the city into a global hub for outdoor recreation and tourism. The plan features a massive waterfront sports park with satellite campuses along Love River and Shoushan Park, offering facilities such as a saltwater white-water rafting course, man-made waterfalls for canyoning, a downhill mountain biking track, and one of the world’s largest artificial lagoons with a soft sand beach and a world-class surf wave pool. Beyond recreation, the park functions as a living system that supports marine life, using seawater circulation to reduce energy consumption by 90% and chemical use by 98%, while cutting construction costs significantly. Integrated with Kaohsiung’s urban fabric, the design includes spaces for youth programs, sports clubs, cafes, event lawns, and cultural attractions, creating a sustainable, community-focused destination that combines sport, ecology, and tourism.