What is homer?
For those seeking to reconnect with a move back to their home place or those downsizing on their family land, homer offers a practical, affordable, alternative to the standard planning process.
With considered, energy-efficient designs and a transparent online process, homer navigates all areas of the planning application.
homer provides a planning application service with architecturally designed homes for modern living in rural Ireland. homer is a growing company based in the West of Ireland, led by architects Elizabeth Clyne and John Monahan. With their expertise in the planning process and a passion for quality design, homer provides a stress-free, value for money, planning experience for its clients. homer streamlines the planning process while providing economical architecture, that fits into the surrounding landscape.
Inspired by our Landscape
homer is rooted by a deep commitment to conserving our natural landscape and built environment. homer’s considered, energy-efficient designs, integrate into the site and surrounding topography, thus respecting the landscape. homer looks to the vernacular and is inspired by the buildings of the past that blend into their surroundings. homer’s designs have cultural continuity while providing a place for the modern Irish dweller.
To suit your lifestyle
homer’s designs aspire to enhance life in rural Ireland. External covered entrances, mudrooms, plenty of storage space and laundry rooms take the stress out of rural living. homer’s designs feature a double-height living space, a garden porch, a veranda and a reading nook.
homer makes it easy to designate an area or a room of your house to a work or play area, allowing a flexible work environment that suits your needs. These features create a modern, architectural home that adapts to your lifestyle.
Designed for a Sustainable Future
homer has created energy-efficient designs that will reduce the impact on the environment. The form and layout of the design provide a compact but spacious floor area, creating an efficient thermal envelope.