Ms. Hana Alamuddin, graduated from Greenwich University in the UK with a full professional degree, R.I.B.A 3, (with distinction) in 1985. She then went on to do her Master of Science in Architectural Studies (SMarchs) in Designing for Islamic Societies at the Aga Khan Program, at the Massachusetts Institute of Technology (M.I.T, U.S.A) 1987.
Ms Alamuddin started her practice in Lebanon in 1999. The practice, Almimariya, Architects and Designers for Sustainable Development, works on architectural, urban design and landscape projects within the perimeters of sustainable development and energy efficient construction. She has projects built in Lebanon, Egypt and Saudi Arabia. As a member of the executive committee of the Association Pour la Protection des Sites et Anciennes Demeures. Liban (APSAD) from 1999 to 2008, she worked on several heritage preservation projects in Lebanon and published several articles on the built environment.
Ms. Alamuddin is also a senior lecturer at American University of Beirut and a board member of the Lebanon Green Building Council. Ms. Alamuddin served as a technical reviewer for the Aga Khan Award for Architecture for three consecutive cycles. (998, 2001, 2004).
In 2014 she qualified as a LEED Accredited Professional in Neighborhood Design and her children's book "Qusat wa Hykayat wa Beit" a story about the peasant house of the region its building and way of life, was published in that same year.
As a practice, our main concern is to develop an architecture that is environmentally responsible and culturally relevant. The context is always our inspiration. By context we mean not just the site, climate and building materials, but the users and their culture. This, we believe, will lead to sustainable developments which are at the heart of our concerns with energy efficiency, the corner stone of our approach.
The Dabbagh house was very much a response to its site. An old pine forest, the site is located on a hillside overlooking Beirut. The house was carefully sited with minimum disturbance to the trees while providing every room a stunning view of Beirut. Embedded in the land, the size of the house was absorbed thus preserving the scale of the forest. Furthermore the landscape architect's ecological approach left the half the site as simply forest while incorporating the family needs closer to the house.
Typical of Lebanese family houses today, the number of occupants varies greatly between seasons. In winter the house is used during weekends by the parents while in summer, the three children return with their families to visit together in the family house. Therefore the priority in the design was to have flexibility so that the house is cozy for one couple to use while still able to accommodate four families. The ground floor is designed to be a self contained flat while the lower ground floor accommodates the rest of the family. Also the lower ground floor can be used as an independent unit with its own entrance.
The orientation of the house allowed for maximum ventilation while the layout of the house interconnects the public spaces which extend to terraces which in turn give directly to the gardens. This layout provides the family a large space for entertaining.
The large arches at the entrances are used to create welcoming porches in the manner of traditional Lebanese architecture. Similarly the bay window and kiosk are features of the local architecture used to celebrate stunning views while the pool on the terrace, with its gurgling water, recalls the courtyards of traditional houses.
With the environment very much a priority, local stone was used for the cladding. Rain water is collected for irrigation and solar panels for heating the water. The house is an attempt at creating contemporary architecture that celebrates its rich context both physical and cultural.
The landscape design challenge in this mountain residence was manifold. Functionally, the landscape accommodates a range of outdoor uses, gardens for the children, family gatherings and formal receptions. Spatially, these uses had to be fitted to the steep terrain, a slope of 28 %, using stonewall terracing. The challenge was to maintain spatial flow and visual continuity to overcome compartmentalization caused by terracing. Protecting existing mature umbrella pines, 166 in total, was a priority. Existing pine tree trunks were encircles with a cylindrical stone wall the cavity filled with lightweight aggregates to avoid root compaction from earthworks. Awareness of growing water scarcity, was also a priority. Exotic ornament were limited to strategic locations and water-intensive landscapes, the lawn and orchard, constitute 17% of the site area.