The Libyan Institute of Architects is proud to partner with Ben Ali Group, a leading construction firm in Libya, strongly supporting sustainable architecture initiatives.
Purpose and Vision
The Libyan Institute of Architects invites all architecture students at Libyan universities to participate in the “Libyan House of the Future 2025” competition, by creating climate- responsive housing designs that are rooted in cultural identity and adaptable to the evolving urban and rural contexts of Libya. This competition aims to promote innovation in passive design and renewable energy, foster culturally and architecturally meaningful living environments, and strengthen professional collaboration networks between architects and Libyan universities.
JURY PANEL
The jury for the House of the Future competition includes prominent architects and leaders in architecture firms.
Arch. Rashid Kikhia
Arch. Mohamed Ghrera
Dr. Osama Sasy
Dr. Intisar Azzuz
Arch. Zakaria El Moghrabi
Arch. Hajer Salama
Arch. Hanan ben Omran
Arch. Mahmoud Jmaey
What the Competition Seeks?
Innovative Housing Designs
Innovative housing designs that enhance the quality of life for residents.
Realizable Prototypes
Prototypes and architectural massing concepts that can be realized using local labor and resources.
Cultural Respect
Designs that respect the Libyan climate, community privacy, and the living patterns of Libyan families.
Innovation Platform
A platform for experimenting with new ideas, technologies, and materials while advancing sustainable and smart urban development.
What the Competition Seeks?
Total Prize Pool: 30,000 LYD
First Prize
15,000 LYD
Fifteen Thousand Libyan Dinars
Second Prize
7,000 LYD
Seven Thousand Libyan Dinars
Third Prize
4,000 LYD
Four Thousand Libyan Dinars
Honorable Mentions
2,000 LYD each
Two Thousand Libyan Dinars each
Note: The official guidelines will determine the exact number of honorable mentions.
Eligibility
Student Enrollment
Open to students enrolled in accredited architecture or related programs at universities.
Team Formation
Teams shall consist of 1 to 5 members; cross-institutional collaboration is permitted if approved by the respective institutions.
Context and Core Idea
Design Principles for Climate-Responsive Architecture
Climate-Responsive Design
Focus on passive cooling/heating, shading, ventilation, and thermal mass.
Energy Strategy
Solar-oriented design with efficiency in mind; simple, scalable renewable energy components.
Materials
Emphasis on local and readily available resources, as well as straightforward construction techniques.
Cultural Significance
Consideration of privacy, family living patterns, relationship between outdoor and private spaces, and flexible, inclusive housing.
Urban & Rural Applicability
Designs should be scalable from compact single-family units to small multi-family compositions.
Program Scenarios
(Participants may choose one or interpret both)
Coastal Urban Context
Dense urban fabric, opportunity to benefit from sea breezes, constraints in energy and water, access to services.
Rural/Desert Context
Dispersed settlements, abundance of solar energy, regulated water consumption, inspirations from traditional settlements.
Typical Program
Standard Program Model
Plot Size
The project shall be defined on a plot measuring 20 m × 25 m, and the front elevation on the 25 m side.
Target Built Area
150–300 m² for a compact unit; units designed for future expansion can reach 320–400 m².
Functional Areas
Living Zone
Flexible guest/living/dining space with adaptable partitions.
Kitchen & Service Core
Utility area, storage, laundry.
Sleeping Zone
3 bedrooms (configurable to accommodate 2 occupants per room), 2 bathrooms (one accessible).