BeeHome: modular bee house for urban biodiversity
Beehome
Designing for Urban Biodiversity
This project explores the design of modular bee houses aimed at supporting solitary bee species in urban and semi-urban environments. Developed as a self-production system, the project combines ecological awareness, accessible manufacturing, and functional design to address the loss of natural habitats for pollinators.
Problem
Bee populations are declining due to climate change, habitat loss, and human activity, directly impacting biodiversity and food systems.
Urban environments, in particular, lack suitable nesting spaces for solitary bees, which depend on small cavities to reproduce.
There is a need for accessible and scalable solutions that allow individuals to actively contribute to biodiversity.
Goal
- Design a functional nesting system for solitary bees;
- Create a solution suitable for urban environments;
- Enable self-production using accessible tools and materials;
- Promote environmental awareness through design.
Concept
The project proposes a system of modular bee houses that can be easily produced and assembled by users.
The design is based on ecological requirements and aims to balance:
- biological function;
- ease of production;
- adaptability.
The modular logic allows users to choose different configurations depending on their needs and available space.
Research & Insights
The design was informed by research into bee behavior and habitat needs:
- Solitary bees require small cavities for nesting;
- Optimal entrance diameters range between 5–8 mm;
- Materials must be natural and non-toxic;
- Structures must provide protection from rain and temperature variations.
The project also considers broader environmental issues such as climate change and biodiversity loss.
Design Development
The design process involved multiple iterations and testing phases. Different construction methods were tested, including bamboo tubes and perforated blocks, before selecting the most efficient solution:
- Initial exploration using hexagonal geometry, referencing honeycomb structures;
- Evaluation of production constraints and assembly complexity;
- Transition to a rectangular system to improve manufacturability and reduce material waste.
Final Solution
The final design consists of a modular system composed of interchangeable components:
- Perforated wooden panels, creating nesting cavities for bees;
- A structural frame that allows easy assembly without toxic adhesives;
- A roof element designed to protect from rain and environmental exposure;
- A suspension system using rope, enabling installation on trees.
The system allows multiple configurations, resulting in different models adapted to user needs.
Materials & Production
The project was designed for self-production, using accessible materials and processes:
- Solid wood, chosen for durability and biodegradability;
- CNC cutting to simplify manufacturing;
- Mechanical joints instead of glue, avoiding toxic substances.
The design ensures that users can produce the object with minimal tools and skills (CNC).
Contexto of Use
The bee houses are intended for:
- gardens;
- urban green spaces.
Installation guidelines ensure optimal use:
Impact / Reflection
This project demonstrates how design can contribute to environmental challenges through small-scale, accessible interventions.
By combining ecological knowledge with user-centered design, the project empowers individuals to actively support biodiversity.
It reinforces the role of design as a tool for both environmental awareness and practical action.
Imagem produzida por IA
Tools
Solidworks | Sketch | Adobe Illustrator | Adobe Indesign | CNC fabrication
BeeHome: modular bee house for urban biodiversity
Modular bee house designed to support urban biodiversity, providing safe nesting spaces for solitary bees while promoting sustainability, ecological awareness, and user-friendly self-production.
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