Articles by Paul Yakubu

The question, “How can we control natural light in interior spaces?” is fundamental in architecture. Unregulated direct sunlight can cause discomfort such as visual strain and undesirable heat gains. Therefore, it is crucial to control its entry effectively. Some design solutions include installing shading devices, planning spatial orientation, and building forms for indirect natural light. Window treatments like films or heat-reflective glazing can also be used.

Throughout various historical civilizations and art movements, from Classical Greece and Rome to the Renaissance and the Bauhaus, the collaboration between art and architecture has been a significant societal expression. However, the 20th-century ideals of modernism and mass production resulted in the decline and near disappearance of art within buildings.

Modular homes are houses either partially or fully constructed in a factory. This process involves creating a series of three-dimensional ‘modules’ delivered to a site in a predetermined spatial pattern and assembled into a complete product. These homes have become popular solutions to housing crises as they can be produced 50% faster and emit half as much pollution.

Located in the municipality of Leogang in the Salzburgerland province, Austria, the Priesteregg Premium Eco Resort resides on a plateau at a height of 1100 meters. Opened in 2009, the resort comprises 15 chalets and three villas, and is surrounded by lush mountain pines, Alpine roses, and bilberry bushes. This setting offers relaxation and breathtaking views of the Leogang Steinberg Mountains, the Steinernes Meer with the Hochkönig, and Kitzbühl Schieferalpen.

Alero Olympio (1959-2005) was an architect and builder known for an intimately ecological approach to architecture. Born in Ghana, she divided her practice between Ghana and Scotland. She focused on work that prioritized people and was sincerely committed to social and environmental sustainability, prioritizing using locally sourced materials.

Rehabilitation involves repairing, renovating, altering, or reconstructing any building or structure. It addresses the need to significantly improve a building’s failing features, primarily through strengthening or replacing elements to restore the structure’s optimal performance. The impact of building rehabilitation on the physical environment is significant. It is a sustainable strategy for preserving the built environment and mitigating the construction industry’s impact on climate change.

Rising demands for energy efficiency, technical functionality, and interior comfort in buildings necessitate the development of more efficient building envelope constructions. The building envelope serves as a mediator between a building’s exterior and interior. In today’s architectural landscape, it performs a multitude of functions to enhance the building’s performance. These functions include building control systems, energy supply (such as gas and electricity), and heating, ventilation, and air conditioning (HVAC), among others. These elements primarily determine the functionality, efficiency, and safety of building spaces. Given that the nature of building envelopes heavily depends on these services, how can they serve as primary frameworks for building design development?

Several events have shaped Morocco since its independence. One of them is the Architects’ transition from serving the declining French empire to serving the newly independent Moroccan nation. Upon gaining independence in 1956, young Moroccan and foreign architects were tasked with constructing a self-sufficient Morocco. The demand for modern infrastructure, new administrative buildings, and improved education and health facilities led to a construction boom. This boom provided architects and planners the opportunity to express their vision.

The urban heat island effect occurs when pavements, roads, and buildings absorb the sun’s heat and radiate it back, causing the temperature to increase and preventing the city from cooling down. With the growing reliance on cars in cities, the number of urban car park spaces is also increasing to accommodate buildings. This has resulted in the conversion of large areas of pervious land covered with vegetation into impervious hard surfaces for more car parks. The use of materials like asphalt, combined with the lack of shade, reflective steel surfaces of parked cars, and loss of greenery in these extensive car parks, contributes to the amplification of high-temperature effects and extreme heat events, making urban spaces uncomfortable. This transformation is impacting the climate of car-dependent regions and calls for collaborative ideas and efforts to mitigate the negative effects of rising heat.

As cities grow and evolve, the question of preserving, rehabilitating, or adapting historic sites arises. The intervention in such buildings requires a delicate balance between honoring their heritage and meeting contemporary demands. Often, the most innovative and radical solutions emerge when architects attempt to renew a building while maintaining its original footprint and as many features as possible. They then create modern extensions that either harmonize or contrast with the original structure. This approach not only revitalizes the building but also celebrates the synergy between the past and present, including materials, construction technology, architectural movements, stories, and overall building quality. The layering of both old and new elements through harmony or contrast requires an intelligent and sensitive approach that gives the building a unique aesthetic and a new meaning.