Villa Baizeau in Tunisia, Le Corbusier’s only project in Africa

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We explore Villa Baizeau in Tunisia, Le Corbusier’s only project in Africa, through an exhibition on the project at Tunis gallery 32bis.
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(Image credit: FLC – ADAGP – Thomas Bilanges)

We visit Villa Baizeau in Tunisia, Le Corbusier’s only project in Africa

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Think of Carthage, and modernist architecture is unlikely to come to mind. Yet Villa Baizeau – Le Corbusier’s only project in Africa – is located right here, in the historic suburb of the Tunisian capital, just steps from its impressive Roman ruins and brilliant blue seas.

An exhibition currently on display in 32bis, a multistorey cultural space in downtown Tunis, aims to bring the story of this lesser-known Le Corbusier project to the wider public. ‘We were keen to put on this exhibition because the building has never been open to the public,’ explains locally based architect Chacha Atallah, the driving force behind the show, which is curated by architectural historian Roberto Gargiani and supported by innovative local art platform La Boîte. ‘It went from being a private home to a property that became part of the presidential palace precinct so it has an air of mystery about it.’

Villa Baizeau archive hero exterior from the sea

(Image credit: FLC – ADAGP – Xavier Baizeau)

Le Corbusier’s Villa Baizeau in Tunis

Designed by Le Corbusier and his cousin Pierre Jeanneret, and completed in 1930, Villa Baizeau stands on a hill overlooking the Gulf of Tunis. It offers sweeping and striking views of the lush Bou Kornine summit and national park and the blue and white houses of Sidi-Bou-Saïd. Unbeknownst to many, it is the project on which the architect first trialled and developed his ideas around the brise-soleil (or sun-breaker) and adapted his open-plan Dom-Ino housing concept for hotter climates.

(Image credit: FLC – ADAGP – Thomas Bilanges)

It’s interesting and significant for other reasons, too. Firstly, because the client –French industrialist Lucien Baizeau, a prominent player in Tunisian social, political and economic life during the French protectorate in Tunisia – had an at times feisty and conflictual relationship with Le Corbusier, says Atallah.

Secondly, and intriguingly, Le Corbusier designed the building without ever setting foot in Tunisia. ‘He was already quite well-known back then and busy travelling the world and giving conferences,’ explains Atallah. ‘He had been to Algeria but not Tunisia, so the client asked a topographer and photographer to take photos and send him drawings and plans that showed the views, the orientation, where the sun landed.’

(Image credit: FLC – ADAGP – Thomas Bilanges)

The seeds for the project were first planted in 1927, when Baizeau received a catalogue of the groundbreaking modernist housing exhibition in Stuttgart, ‘Die Wohnung’, and saw Le Corbusier’s Double House for the Weissenhof Estate. ‘He was utterly seduced by these new construction methods that made use of reinforced concrete,’ says Atallah.

At the helm of several companies, including a construction firm called La Tunisoise Industrielle that also made building materials, Baizeau was looking to expand the capacity of what the firm could do and introduce these modern and revolutionary techniques. As a result, he had a far clearer idea of what he wanted than most clients. ‘When he eventually sent the contract to Le Corbusier, he also sent plans and drawings for the house,’ explains Atallah. ‘It’s rare and unprecedented that a client is so involved in a project,’ she continues, ‘but Baizeau was a construction man and had a genuine understanding of the process.’

(Image credit: FLC – ADAGP – Thomas Bilanges)

The design process was long and, at times, arduous, with Baizeau rejecting the first three designs sent by Le Corbusier and Jeanneret, which were based on the Maison Citröhan prototype that was more suited to urban or city settings, explains Atallah. Baizeau proposed changes and counter-projects that took on elements of the duo’s design solutions but disregarded others.

‘The spaces Le Corbusier had designed were very open-plan, whereas Baizeau wanted more intimate and acoustically insulated spaces as suited their lifestyle,’ says Atallah. ‘By the third iteration of the design, Baizeau had had enough and sent a letter to Le Corbusier, along with more drawings and a note stating “I ask you to study these documents immediately and to conform to them as much as is possible”.’

(Image credit: FLC – ADAGP – Xavier Baizeau)

The fourth design was, fortunately, the final one. Though many things had been modified along the way, the main changes related to climate and ventilation issues. From the outset, Baizeau had been adamant that his modern seaside home be adapted to the local climate and be able to withstand the hot Tunisian sun and sirocco winds.

His suggestion that there be a balcony that wrapped around the building sparked something in Le Corbusier, who not only ran with the idea but adapted it, creating the generous cantilevered open terraces we can see on three sides of the house today. With railings on the front elevation, the building took on the air of one of those grand ocean liners Le Corbusier so admired. Above all, these terrace overhangs provided plenty of shaded outdoor space throughout the day, and the possibility of indoor/outdoor living throughout the seasons.

(Image credit: FLC – ADAGP – Xavier Baizeau)

‘Le Corbusier had never done a project in this part of the world before and until that point had not concerned himself much with questions of climate, surroundings, ventilation and sunlight,’ explains Atallah.

‘Villa Baizeau represents the birth of the brise-soleil, an idea that would accompany him the rest of his life and in every project he later developed, for instance, the honeycomb façade of the Cité Radieuse in Marseille, Villa Shodhan in Ahmedabad, and his work in Chandigarh. With Villa Baizeau, the notion of climate entered his architecture.’

(Image credit: FLC – ADAGP – Thomas Bilanges)

The final design also represents the birth of a new typology Atallah explains, an adapted version of Le Corbusier’s Maison Dom-ino, with reinforced concrete columns that do away with the need for load-bearing walls. ‘But instead of being open-plan, it is filled with rooms.’

(Image credit: FLC – ADAGP – Thomas Bilanges)

Though Villa Baizeau acquired national listed status in January 2024, Atallah and the rest of the team behind the exhibition would like to see the building acquire Unesco status and be restored and opened up to the public. ‘People need to be able to visit and study it,’ she says. Making this exhibition and catalogue ‘was the only diplomatic way we knew of to make the relevant people pay attention.’ Here’s to hoping they do.

(Image credit: FLC – ADAGP – Xavier Baizeau)

‘Simple Architecture: Villa Baizeau in Carthage by Le Corbusier and Jeanneret’ runs at 32bis until 30 May 2024

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Giovanna Dunmall is a freelance journalist based in London and West Wales who writes about architecture, culture, travel and design for international publications including The National, Wallpaper*, Azure, Detail, Damn, Conde Nast Traveller, AD India, Interior Design, Design Anthology and others. She also does editing, translation and copywriting work for architecture practices, design brands and cultural organisations.
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The city, reimagined: design for a sustainable future

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The city, reimagined: design for a sustainable future that in the hope of one responsible official will demonstrate to the world how true sustainable living can be achieved . . .

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The above image is for illustration – credit LinkedIn

 

The city, reimagined: design for a sustainable future

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THE LINE is being designed to address many problems cities face, from congestion to circular use of resources.Credit: NEOM

NEOM, an extensive development project underway in Saudi Arabia’s Tabuk province, aims to build a fully sustainable society.

“We hope to demonstrate to the world how true sustainable living can be achieved,” says Richard Bush, NEOM’s chief environmental officer.

The region will be powered by 100% renewable energy, eschewing private cars in favour of a shared transport network. Its development will take up only 5% of the region’s land, preserving the remaining 95% as biodiverse ecosystems.

There are plans to sensitively regreen the desert, bringing back indigenous plants and wildlife that once flourished in the Kingdom.

“Our environmental scientists recently found the Sinai primrose (Primula boveana) growing in Trojena; it was thought to be functionally extinct in the wild,” says Bush. “We have strict regulations for all our developments to offset changes from construction and produce positive biodiversity gains for the region.”

Forging a circular economy

Waste systems at NEOM will be circular, designed to function without impact on the environment. Waste water will be treated and reused. NEOM’s scientists are also working with technology providers to explore the extraction of valuable products such as salts, minerals and metals from brine.

Following Saudi Arabia’s G20 presidency in 2020, the nation committed to developing a circular carbon economy based on the ‘four Rs’ of carbon management—reduce, remove, recycle and reuse. NEOM’s goals are aligned to this national programme.

“We’re seeking to combine the best options available now rather than waiting for perfect solutions,” says Donal Bradley, executive director of NEOM’s Education, Research and Innovation Foundation.

Scientists working with the foundation’s flagship Applied Research Institutes will investigate many aspects of sustainable living and the circular economy, including the use of captured CO2 to synthesize sustainable fuels, reducing the energy demand for displays, lighting and consumer electronics, and harnessing natural solutions for storing CO2 , such as mangroves and sea grass meadows. Microalgae will be grown at scale for numerous applications, including biofuels and biotechnology.

“Plastics are another challenge,” says Bradley. “These materials contributed positively to global development for many decades, but the throw-away culture that built up around them is highly problematic. They are a potentially useful carbon source for the future, but we need to become better equipped to recycle them.”

Lining up a new way to live

THE LINE is NEOM’s pioneering cognitive city, which will be 200 metres wide, 500 metres above sea level and — eventually — 170 kilometres long. The goal is to avoid significant problems that cities face: sprawl, congestion and increasingly disconnected communities.

“We’re reimagining every feature of how a city is managed,” says Bush. “We’re working closely with supply chains to transform how goods are used and transported. These insights will have applications far beyond NEOM.”

Residents of THE LINE will be pioneers, exploring a new mode of urban living. “It’s vital to go beyond technology and understand the sociological and psychological aspects of what constitutes a liveable space, so that people enjoy living there,” says Bradley. NEOM’s researchers will also focus on human health and well-being to reduce demand on health-care services, reflecting the project’s goal to build circular sustainability into every layer of daily life.

“Our purpose”, says Bush, “is to inspire change across all aspects of society.”

To learn more about the research underway at NEOM, or to find opportunities to collaborate, visit us here.

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Empowering Decision-Making with BIM in Construction

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Building Information Modelling (BIM) is these days emerging as a game-changer; redefining how projects are planned, executed, and managed. It is notably Empowering Decision-Making with BIM in Construction .

 

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The above image is for illustration and is credit to Linkedin.


 

Empowering Decision-Making with BIM in Construction

The construction industry is undergoing significant change, most certainly driven by the influx of new technologies and methodologies. Among these, Building Information Modelling (BIM) has emerged as a game-changer; redefining how projects are planned, executed, and managed.

BIM workflows are reshaping the industry, offering enhanced precision and control that were previously unattainable. In the Europe, Middle East and Africa (EMEA) region, where diversity in construction practices and regulatory standards is prominent, adopting BIM has become a critical factor in achieving project success and staying ahead in a competitive landscape.

BIM’s influence in the construction industry extends far beyond traditional design and drafting. It represents a holistic approach to construction project management, integrating various aspects of the construction process into a cohesive, data-driven framework. This methodology enables a level of collaboration and efficiency that aligns with the evolving demands of the industry, especially in regions as diverse and dynamic as EMEA.

Traditionally, construction project management has struggled with challenges such as fragmented data, disjointed workflows, and communication barriers. These challenges often lead to inefficiencies, miscommunication, and escalated costs, hindering project success. However, the integration of BIM workflows has started to address these issues, paving the way for more streamlined and effective project management.

Introducing Autodesk Construction Cloud: A Strategic Solution

In response to these industry trends and challenges, Autodesk Construction Cloud offers a comprehensive and robust solution that harnesses the power of BIM workflows. This platform stands out in the realm of construction technology, especially in the EMEA region, where it caters to the diverse needs and standards of the construction industry.

Seamless Project Management

Autodesk Construction Cloud goes beyond traditional BIM applications by offering a connected ecosystem that centralises data, streamlines collaboration, and empowers stakeholders. It integrates critical aspects of time, scope, and budget into a unified platform, revolutionising project management in the construction industry.

Enhancing Design and Preconstruction Phases

In the design and preconstruction phase, Autodesk Construction Cloud facilitates a collaborative environment, allowing architects, engineers, and contractors to work together seamlessly. This results in projects that start on a solid foundation with real-time access to design updates and documentation.

Optimising Construction Phase with Predictive Analytics

As projects transition into the construction phase, Autodesk Construction Cloud’s predictive insights and AI capabilities become instrumental. These features help enable[MM5]  teams to anticipate and address potential issues proactively, adhering to defined timelines and budget constraints.

Operation and Maintenance: Sustaining the Momentum

The conclusion of construction does not signify the end of a project’s lifecycle. Autodesk Construction Cloud extends its utility into operation and maintenance, offering a repository of data that aids in the efficient management of the built environment. The asset-centric approach centralises documentation and connects it with operational workflows, help establishing a foundation for sustained success.

Autodesk Construction Cloud has helped streamline construction processes and deliver high-quality projects with precision. Some successful examples of this are SBE’s employee-focused digital transformation journey in Belgium and CPAC Modular’s digital Common Data Environment to facilitate streamlined collaboration in Ireland. These stories demonstrate how Autodesk Construction Cloud has helped construction projects run more smoothly.

Photo credit: SBE’s award-winning Royers Lock project in Belgium

Autodesk Construction Cloud is more than a platform; it is a catalyst for innovation and excellence in the construction industry. By aligning with industry trends and leveraging the capabilities of BIM, it offers a unique solution that meets the evolving needs of the construction market across EMEA. As the industry continues to evolve, Autodesk Construction Cloud stands as a testament to what’s possible in the realm of modern construction management.

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Kristina Poluyanova

As a Senior Product Marketing Manager for EMEA, Kristina brings a rich blend of experiences and insight to Autodesk. With six years deeply immersed in the construction industry across Europe and the Middle East, and a decade navigating the dynamic SaaS landscape, she has a robust understanding of the industry. With a diverse background spans across customer success, product marketing, sales, and strategy, Kristina excels at understanding your challenges, conveying them back to Autodesk, and transforming them into tailored messages that resonate with specific markets. Her global perspective is broadened by residing in three different countries, where she now calls London, UK, her home. Always open to forging new connections, Kristina welcomes networking opportunities. So, if you’re in town, don’t hesitate to reach out!”
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Protecting buildings, power plants and bridges with metamaterials

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Pioneering research projects have demonstrated how Protecting buildings, power plants and bridges with metamaterials against any possible earthquakes is not a fantasy but a good reality.  Here is CORDIS elaborating on how metamaterials can help.

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Protecting buildings, power plants and bridges with metamaterials

Pioneering research projects have demonstrated how metamaterials can be used to protect the built environment against ground-based vibrations.
INDUSTRIAL TECHNOLOGIES

 

We know that earthquakes, caused by disturbances that occur far below the ground due to the movement of tectonic plates, can wreak havoc on the surface. But ground-borne vibrations can also be caused by other sources, including passing cars and trains as well as construction and mining operations. “Depending on the intensity, resonating features and proximity of the source, all these vibrations can have significant impacts on the built environment,” says INSPIRE project coordinator Marianna Loli from Grid Engineers in Greece. “These impacts can range from noise disturbance to life-threatening collapses of buildings and infrastructure, with far-reaching consequences for society and the economy.”

Innovative solutions using metamaterials

The main objective of the INSPIRE project, which was coordinated by the National Technical University of Athens in Greece and supported by the Marie Skłodowska-Curie Actions programme, was to design innovative solutions to better protect the built environment from hazardous ground vibrations. These solutions were developed using metamaterials. “Metamaterials are engineered materials that do not exist in nature but can be manufactured to demonstrate exceptional properties,” explains Loli. “This might include the ability to redirect seismic waves to mitigate structural shaking.” The project built on a growing body of scientific evidence that suggests that metamaterials have the potential to enhance the resilience of buildings, bridges and other critical infrastructure during earthquakes. They might also provide superior noise isolation capabilities, thus improving urban living conditions.

Making use of cutting-edge technologies

New concepts were developed through a pioneering training programme that brought together eight European universities and 11 industry leaders. A total of 15 doctoral researchers were then selected through a highly competitive process, from over 100 candidates from around the world. “Through their 3-year-long PhD programmes, the researchers investigated a wide range of anti-vibration metamaterial concepts,” notes Loli. “These included below-ground constructions to act as shields with dispersive, filtering and waveguiding properties, novel damping devices and passive vibration absorbers, and engineered gravel materials that can protect pipelines.” Other innovations investigated included vibration-control devices customised to optimise the seismic response of bridges, and rail-engineering solutions for controlling train-induced vibration to minimise noise in urban areas. Another researcher looked into acoustic surfaces and dynamic vibration absorbers, tailored for low-frequency sound isolation. In developing their ideas, the researchers made use of cutting-edge technologies such as 3D printing, as well as advanced numerical simulations facilitated by supercomputers. These technologies were employed to optimise designs and demonstrate the effectiveness of the proposed solutions.

Safety and liveability of the built environment

The INSPIRE project successfully showed how metamaterials can be used to enhance the safety and liveability of the built environment. “The feasibility of the proposed designs was demonstrated through advanced analytical simulations and small-scale experimental campaigns,” remarks Loli. The project has also delivered a diverse toolkit of algorithms, numerical methods and processing tools, which can be used by researchers involved in similar projects in the future. Next steps towards market uptake of the solutions include large-scale pilot testing and further optimisation of designs. “End users could be the seismic isolation market, companies that promote R&D in the field of structural protection, public sector departments and construction companies,” says Loli. “We think that INSPIRE’s results can also contribute to improving professional guidelines for seismic design.”

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Architectural Controversies: Designs and Ethical Debates of 2023

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We are proposing to start this new year, with a review of many projects and events in the world of architecture and design. Here is a quick look at a few Architectural Controversies: Designs and Ethical Debates of 2023 selected for you by PA, to explain Why Architectural Design is Most important in construction?

So here are those:

Architectural Controversies: Designs and Ethical Debates of 2023

This year, we discussed many projects and events in the world of architecture and design. Here is a quick look at a few architectural controversies we selected for you.

In the year 2023, there were a number of events and developments that took our attention. One of the notable ones was the NEOM project that was being discussed at length, particularly in the context of its potential impact on the earth. Additionally, there was a discussion about new skyscrapers, generating a lot of interest and curiosity among people. Another influential event was the rebranding of Twitter, which its users were closely watching. However, amidst all these exciting developments, there were also some serious allegations of sexual misconduct that were leveled against David Adjaye, which caused a lot of controversy and debate in the industry.

Looking back to 2023, there were many positive and negative events that triggered change, including many firsts, trending topics, breakthroughs, and significant changes. Here’s a review of that year.

NEOM, Saudi Arabia

NEOM is a large urban planning project currently being built in the northwestern Tabuk Province of the Kingdom of Saudi Arabia. The project covers a total planned area of 26,500 km2 and includes multiple regions, such as a floating industrial complex, global trade hub, and tourist resorts. The project is expected to be completed by 2040. However, NEOM’s construction has been criticized for violating environmental and human rights standards.

The NEOM project in Saudi Arabia includes several key developments. One of the most well-known projects as part of the NEOM development is called The Line, which is also the most discussed one. The Line was designed to accommodate around 9 million residents within a 34 square kilometer area. According to the company, the project was designed with a model where residents can access the necessary facilities within a 5-minute walk.

SHoP Architects’s Brooklyn Tower, USA

The Brooklyn Tower is a skyscraper that was designed by SHoP Architects and developed by JDS Development Group. The architecture firm, which is based in New York, took inspiration from the historic Dime Savings Bank of Brooklyn and incorporated the hexagonal composition and patterning into the tower’s design. The tower stands at an height of 1,066 ft., making it Brooklyn’s first supertall skyscraper.

Zaha Hadid Architects design for NEOM’s Trojena

A few months ago, NEOM unveiled a new skyscraper that was designed by Zaha Hadid Architects. The building is 330 meters tall and is located at Trojena ski resort in Saudi Arabia’s NEOM development. The design was presented at the Cityscape Global Conference in Riyadh. The structure is intended to represent Trojena and will be situated on a mountain overlooking an artificial lake at the city’s center. It is located 50 kilometers from the Gulf of Aqaba in the mountains of Saudi Arabia. The new crystal-like structure will offer breathtaking views and is set to become an iconic landmark in the region.

The mountain resort will be included in the NEOM megadevelopment. Lava Architecture created the masterplan, and Zaha Hadid Architects, UNStudio, and Aedas are among the offices collaborating on the project.

BIG’s First Supertall Skyscraper, New York

The Spiral is a 314-meter-tall building located on West 34th Street between Hudson Boulevard and 10th Avenue in Manhattan. It has a distinctive “ziggurat silhouette” and was designed by Bjarke Ingels Group in collaboration with Adamson Associate. The building is situated along the High Line and Bella Abzug Park, and its purpose is to create a sustainable and people-centric work environment. The building’s exterior is wrapped in a continuous green ribbon created by cascading landscaped terraces and hanging gardens. The Spiral is BIG’s first completed supertall and New York’s first completed commercial high-rise.

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