MVRDV unveils residential development for Tencent smart city
CategoriesArchitecture

MVRDV unveils residential development for Tencent smart city

Dutch studio MVRDV has revealed a series of residential high-rises arranged around courtyards in Shenzhen’s Qianhai bay, which will form part of a smart city development by technology company Tencent.

Named Tencent 5, the residential complex will have four courtyards surrounded by 11 apartment buildings and an adjacent kindergarten, designed to be a neighbourhood that fosters community.

Tencent 5 residential complex by MVRDVTencent 5 residential complex by MVRDV
Tencent 5 will have 11 apartment buildings arranged around courtyards

Located on a narrow peninsula, the bayside residences will be the centrepiece of a wider smart city campus developed by Tencent and masterplanned by US architecture studio NBBJ.

MVRDV designed Tencent 5 as a social and green development that provides housing to employees working in the city.

Residential high-rises by MVRDV in ShenzhenResidential high-rises by MVRDV in Shenzhen
Muli-level balconies will puncture the facades

“By contributing to Tencent’s smart city, we want to show that smart cities are also healthy cities, green cities, and social cities,” said MVRDV founding partner Winy Maas.

“The attention in smart cities always goes to the technology, and our design of the Tencent residential complex certainly includes that, but in our conception, the technology-related aspects are inseparable from the social spaces, the green courtyards, the terraces – the technological goes hand-in-hand with the human.”

MVRDV residential buildings in ShenzhenMVRDV residential buildings in Shenzhen
It will provide housing to employees working in the smart city campus

The terraced residential buildings, which range in height from 57 to one hundred metres, will have equally-sized apartments with views of the sea to the west and the bay towards the east.

“Located at the northern end of the campus, MVRDV’s design emphasises equality between residents,” said MVRDV. “All units are identical in size and layout, with each providing a balcony or bay window to its occupant.”

“The buildings are terraced, supporting communal green spaces that can be accessed by all residents.”

The green courtyards and other public spaces in Tencent 5 were designed to be places where neighbours can connect with each other.

Pedestrian paths through the complex will provide added outdoor space populated with sports and leisure activities.

Tencent 5 residential development in ShenzhenTencent 5 residential development in Shenzhen
Green pathways will cut through the site

Additional shared amenity space will be located on the ground floors of the residential buildings, and multi-level balconies will puncture the facades.

“Large, multi-floor breakout spaces puncture the towers’ facades at a variety of levels, allowing residents to gather with others who live in the same part of the building and breaking the development into a number of smaller ‘neighbourhoods’,” said MVRDV.

Kindergarten in Shenzhen by MVRDVKindergarten in Shenzhen by MVRDV
A series of connected blocks will form the kindergarten

A kindergarten adjacent to the residential complex will also be arranged around its own courtyard. It will be made up of a series of blocky buildings with rooftop gardens, connected by corridors and walkways.

“The courtyard, along with the spaces between the blocks, provide safe and shaded playing spaces for the children, while the blocks themselves feature rooftop gardens,” said MVRDV.

Tencent 5 kindergarten by MVRDVTencent 5 kindergarten by MVRDV
The kindergarten will also have a courtyard

Construction on Tencent 5 is underway and it is due to be completed in 2024.

Other projects by MVRDV in China include the transformation of a skyscraper in Shenzhen into a women and children’s centre and its plans for a library in Wuhan with a sweeping form.

The images are by Atchain.


Project credits:

Architect: MVRDV
Co-architect: A&E design
Contractor: Shanghai Baoye Group Corp
Structural engineering and MEP: A&E design
Cost calculation: Arcadis
Environmental advisor: ATKINS
Visualisations: Atchain and Tiptop

Reference

Architects’ Guide To Midjourney: An Adventure in AI-Generated Imagery for Concept Development
CategoriesArchitecture

Architects’ Guide To Midjourney: An Adventure in AI-Generated Imagery for Concept Development

Architizer’s Vision Awards is celebrating the innovative minds propelling architectural visualization forward with a special AI-Generated Visualization Category. Learn more and start your submission before the Early Entry Deadline on May 5th.  

You’ve probably heard by now: the AI revolution is well and truly upon us. And while it doesn’t quite resemble Spielberg and Haley Joel Osment’s 2001 vision, it’s clear that AI is moving in, and its moving in faster than your first love into that studio apartment you used to have.

While some industries rush to bolster their roles and justify their positions as AI proves that, in many instances, it can comfortably complete tasks to the same and often higher standards than its human counterparts, architects and the design industry as a whole are pondering with enthusiasm, how we can most effectively adopt this groundbreaking technology to explore, enhance, and streamline our practice.

Prompt: /imagine Architecture, concept sketch and plan, residential, modern, contemporary, handdrawn, in the style of Alvar Aalto

Change is daunting, and it’s safe to say we’re on the cusp of one of the most significant workflow conversions many of us have ever experienced, perhaps since the transition from drafting to CAD. So, in case you feel like you’re out of your depth or just haven’t yet had the time to explore the wonders of Midjourney, we thought it was important to show you why and how AI can be used to support your creative vision.

Let us start at the beginning. Midjourney is the brainchild of David Holz, the visionary mind behind Leap Motion. The company is a pioneering research lab that specializes in text-to-image AI technology. It offers a refreshingly simple and user-friendly interface through a platform named Discord. Users can seamlessly communicate with the AI “bot” using elementary commands without any coding experience whatsoever (phew!). The mission is to “expand the imaginative powers of the human species.” To say this tool has been popular is an understatement: The new company is making an indelible mark in the AI realm and proudly announced its profitability within a month of its open beta release in 2022.

Prompt: /Imagine Contemporary architecture, treehouse hotel, luxury, tropical jungle, hyperrealism, hyperrealistic, photorealistic, daylight, 8K Ultra HD

Now, where does architecture come into all this? Well, as we all know, as architects and designers, we regularly use imagery to express our vision, harnessing photographs, sketches and all sorts of visual aids to interpret and represent our ambitions. Yet, it can be tricky when the thing in your head doesn’t exist yet; how can you show what you mean using vague and abstract similarities, especially if your vision is unique? It’s the skill that has separated the good designers from the great designers, and Midjourney is here to make you even better.

Prompt: /imagine Hotel lobby, Moroccan, luxury, serene, wellness, airy, bright, hyperrealism, hyperrealistic, photorealistic, cinematic lighting, 8K Ultra HD

Midjourney offers a groundbreaking solution to some of these challenges by incorporating AI-generated images into our design process, we can dictate our thoughts using descriptive language to generate images that can loosely interpret our ideas. I say loosely because, understandably and thankfully, in my opinion — AI can’t read your mind. Your images are only as good as your descriptions, and even then, often, the results are far from what you imagined. However, we’re still in the early stages and with time, practice and further technological development, these things will surely improve rapidly.

So down to the fun part, how do we actually use it? Honestly, it’s pretty simple once you’ve gone over it a couple of times. Midjourney has been designed to be user-friendly, and it takes only a few steps to create your first image.

To begin your adventure with Midjourney, simply follow these steps:

1. Install Discord and create a free account.

You can use a desktop or a mobile device. I’ve found the mobile interface a little more comprehensive for novices, but both work equally as well.


2. Visit Midjourney’s website and click on the “Join the Beta” to be given access to their Discord channel.


Once you’re all set up, head back to Discord and from the list on the left-hand side, locate the Midjourney Channel (a white icon with a sailboat) and select a Room in the Newcomer Rooms section within the channel.

These channels are available to use without any sort of subscription while your first getting started. Your free trial gives you about 25 image creations to start out. Subscriptions start at $10 a month, depending on your requirements.

Be aware that these rooms are public, so everyone else in the room can see your creations.


3. Activate the AI bot

Prompt: /imagine In the style of Rennie Mackintosh, architecture, office building, skyscraper, New York City, summers day, Hyperrealism, hyperrealistic, photorealistic, cinematic lighting, 8K Ultra HD

Once you’re all set up and settled in, you can get started by typing “/imagine” into the messaging bar at the bottom of the conversation window, followed by a spacebar. This starts your “prompt” and you can let your imagination go wild from here. Enter any descriptive words that come to mind, and let the magic unfold as the program renders an image based on your input.


4. Select your preferred image

Image 3 – Upscaled

Midjourney will give you a grid of four images with several commands beneath it. U means “upscale,” and V means “Variation.” Upscale will provide you with a better quality and larger image. Variation will give you an additional four images similar to your chosen one. The numbers correspond from left to right. The top left is U1, and the bottom right is U4.


5. Keep track of your image in the constantly evolving message

With all the users on Midjourney it’s really easy to lose track of your message. If this happens, just head to the top right corner of your window, look for your inbox and hit mentions. Here you’ll see all the messages you have been tagged in, including your images, variations and upscales.


6. Integrate Midjourney into your creative process

From this point on, you’re free to develop and adjust to your heart’s content. Simply open up you upscaled image into a browser window, copy the URL, start a new /imagine prompt and post the URL followed by any adjustments.

Prompt: /imagine (ORIGINAL IMAGE URL) Black facade, biophilia, sustainable architecture, drone view, Hyperrealism, hyperrealistic, photorealistic, cinematic lighting, 8K Ultra HD


It’s that simple. As you hone your prompts, you can develop your technique to get the desired image style you are looking for. A single change of word can create an entirely new set of images.

As the AI-generated images from Midjourney continue to inspire architects worldwide, real-world applications are becoming more common. From initial mood boards to fully realized designs, architects have found new ways to incorporate AI-generated visuals into their creative processes. The innovative approach pushes the boundaries of conventional architectural design, allowing architects to explore ideas faster and more effectively, bypassing the need for exhaustive online image searches.

As we become more familiar with the software, daring architects are venturing even further by crafting AI-encouraged designs, generating photorealistic renderings of architectural structures using Midjourney, and creating 3D models based on the AI-generated concepts. With the development of these models in familiar architectural software, AI generated concepts can quickly become reality. Watch this space!

Architizer’s Vision Awards is celebrating the innovative minds propelling architectural visualization forward with a special AI-Generated Visualization Category. Learn more and start your submission before the Early Entry Deadline on May 5th.  

The images used are all author’s own.

Reference

BIG unveils spiral-shaped Sneglehusene housing development in Aarhus
CategoriesArchitecture

BIG unveils spiral-shaped Sneglehusene housing development in Aarhus

Architecture studio BIG has completed six curved housing blocks that combine to form a spiral shape at the Sneglehusene development near Aarhus, Denmark.

Containing 93 homes, the Sneglehusene housing for developer Taekker Group forms part of the Nye neighbourhood to the north of Aarhus and was created using a modular system developed by BIG and contractor CJ Group.

BIG creates spiral-shaped Sneglehusene housing development in Aarhus
BIG has unveiled the spiral-shaped Sneglehusene housing development in Aarhus

The six curved blocks, which vary from one to four stories, spiral out from a central park designed by BIG Landscape surrounding a small pond.

The overall design for Sneglehusene, which translates as the snail houses in reference to the developments’ spiral form, was based on the Dortheavej Residence housing that BIG and CJ Group previously created in Copenhagen.

Modular Sneglehusene housing in Denmark by BIG
Sneglehusene was made using modular construction methods

“As an architect, one typically only gets to build a house once,” said BIG partner Finn Noerkjaer. “With the Sneglehusene, we were given the opportunity to evolve our housing concept from an earlier project, while also developing the buildings’ own identity.”

“Our modular concept has made it possible for us to maintain simplicity in the execution despite the construction’s complexity, and we have been allowed to improve the concept with all our experience,” he continued.

Modular housing near Aarhus
The blocks step down to create terraces

The development has a similar aesthetic to the Copenhagen housing, with the blocks broken up to create a “porous wall”.

As at Dortheavej Residence, a distinctive checked pattern was created by stacking two modular structures with the indented modules having 3.5-metre high ceilings and the protruding ones 2.5-metre high ceilings.

A series of balconies were placed within the indented spaces, while the blocks step down at the ends to create larger outdoor terraces.

The development contains townhouses, multi-bedroom apartments and studios that range in scale from 50 square metres to 150 square metres.

Concrete ceiling in Danish apartment
The concrete structure is exposed in the ceilings

The building’s concrete structure was clad with timber boards on its facades to express the modular pattern, while it was exposed in the apartment’s ceilings.

All of the homes are dual-aspect with windows facing inward and outward, while the studio aimed to open up interior spaces with minimal internal walls.

Bedroom with large window in Sneglehusene
The apartments are all dual aspect

Founded by Danish architect Bjarke Ingels in 2005, BIG is one of the world’s best-known architecture studios. It has recently completed a cantilevering housing block over IJ lake in Amsterdam and is developing BIG and Samoo unveil design for a “flood-proof” floating city Oceanix Busan.

Ingels is also the co-founder of a housing startup named Nabr that intends to revolutionise the sector. “Architects or designers are, in a way, the last ones to get involved [in housing] so it becomes very hard to be part of a more fundamental transformation of the industry,” Ingels told Dezeen in an exclusive interview.

“This is basically an attempt to apply design, not just to the final product, but to the entire process that delivers our homes.”

The photography is by Rasmus Hjortshoj.


Project credits:

Architect: BIG
Client: Tækker Group
Collaborators: Mads Gjesing, Cj Group, Spangenberg & Madsen, COWI
Partners-in-charge: Bjarke Ingels, Finn Nørkjær, David Zahle
Project manager: Joos Jerne
Design lead: Nanna Gyldholm Møller, Høgni Laksafoss
BIG Landscape: Alexa Haraga, Anders Fønss, Camille Inès Sophie Breuil, Giulia Genovese, Lasse Ryberg Hansen, Ulla Hornsyld
BIG Engineering: Andrea Hektor, Andreas Bak, Andrew Robert Coward, Bjarke Koch-Ørvad, Cecilie Søs Brandt-Olsen, Duncan Horswill, Ewa Zapiec, Ivaylo Ignatov, Jesper Kanstrup Petersen, Jonathan Otis Navntoft Russell, Kaoan Hengles De Lima, Kristoffer Negendahl, Mikki Seidenschnur, Peter Andres Ehvert, Timo Harboe Nielsen, Tristan Robert Harvey
Team: Norbert Nadudvari, Wiktor Kacprzak, Axelle Bosman, Liliane Wenner, Christine Mulvad, Joanna Jakubowska, Johanna Schneider, Richard Garth Howis, Xinying Zhang, Mikkel M. R. Stubgaard, Katarina Mácková, Sean Edmund Deering, Søren Aagaard, Pawel Bussold, Mantas Povilaika, Espen Vik, Lucian Tofan, Jesper Bo Jensen

Reference