Aight House - Tiny Retreat Design Project
AE 100- ARCHITECTURAL CONCEPTS STUDIO
AE 100- ARCHITECTURAL CONCEPTS STUDIO
Located within the V1 Green at the University of Waterloo, the Aight House is a compact 10 m² retreat designed to provide a comfortable, energy-efficient, and private living environment for a temporary resident. Oriented south toward the forest for increased privacy and tranquility, the project integrates light wood framing, double-glazed windows, helical pile foundations, and a standing seam metal roof to create a durable and high-performance enclosure. The interior incorporates a lofted sleeping area, productive workspace, and outdoor patio to maximize functionality within a minimal footprint.
The 3D perspectives visualize the tiny home’s modern form, highlighting the asymmetrical roof design, elevated deck, and compact spatial layout. The exterior composition emphasizes clean lines, warm material finishes, and a strong connection between the indoor and outdoor living spaces.
Compact loft space overlooking the main living area, creating openness while maximizing usable floor area within the small footprint.
Efficient open-concept layout integrating the primary living, dining, and circulation spaces within a compact design.
Highlights the sloped roof profile, horizontal cladding, and raised outdoor deck that extends the living space outward.
Showcases the asymmetrical roof form and window placement designed to balance daylight, privacy, and modern aesthetics.
Primary entrance façade featuring a recessed entry and upper glazing element that enhances natural light and visual character.
Simplified façade composition with controlled window placement to support daylighting and thermal performance.
Illustrates the relationship between the loft and main floor, emphasizing the open interior volume beneath the sloped roof.
This technical report investigates passive sustainable design strategies integrated into a compact tiny retreat concept. The study explores methods of natural ventilation, daylight control, solar shading, and renewable energy integration to improve occupant comfort while minimizing reliance on mechanical systems. Through research and comparative analysis, the report evaluates how passive design decisions such as roof overhangs, operable window placement, cross ventilation, and solar panel orientation can enhance thermal performance, energy efficiency, and overall sustainability within a small-scale residential structure.