
Bund Finance Centre / Foster + Partners + Heatherwick Studio
The Bund Finance Centre – a major new mixed-use development jointly designed by Foster + Partners and Heatherwick Studio – is set to revitalise Shanghai’s waterfront. Occupying a prominent site on the Bund, the buildings define the 'end point' to Shanghai's most famous street. The 420,000- square metre masterplan is highly permeable for pedestrians, with the design conceived as a point of connection between the old town and the new financial district.
Inspired by this urban context, two 180-metre landmark towers are placed in the south of the site, while the buildings facing the waterfront are staggered in height and relate in scale and rhythm to the grand nineteenth-century landmarks along the Bund. At the heart of the scheme is a flexible arts and cultural centre, home to the Fosun Foundation, which combines exhibition and events halls with a performance venue, inspired by the open stages of traditional Chinese theatres.
Gerard Evenden, Head of Studio and Senior Executive Partner, Foster + Partners commented: “The Bund Finance Centre creates a pivotal connection between the old town and the new financial district. Developing the massing strategy for the buildings was an interesting challenge, in terms of relating to the context of old and new architecture, reflecting the scale of the waterfront and the character of the historic quarters.”
Thomas Heatherwick, Founder of Heatherwick Studio, said: “The opportunity to make something new in this prominent location that had formerly been the river gateway to Shanghai’s Old Town was extraordinary. With a project that would create 420,000 square metres of space, we felt a great duty to look for fresh ways to connect with China’s amazing built heritage and make a meaningful public place for thousands of people to work and come together.
Al Bahar Towers Responsive Facade / Aedas
A quick glimpse at the upcoming weather for Abu Dhabi will show a week of intense sunshine, temperatures steadily above 100 degrees Fahrenheit with 0% chance of rain. In such extreme weather conditions, even architects listing environmental design as their top priority are up against a tough battle. Never mind that the sand can compromise the structural integrity of the building, the intense heat and glare can render a comfortable indoor environment relatively impossible if not properly addressed. For Abu Dhabi’s newest pair of towers, Aedas Architects have designed a responsive facade which takes cultural cues from the “mashrabiya”, a traditional Islamic lattice shading device.
More about the towers’ shading system after the break.
Completed in June 2012, the 145 meter towers’ Masharabiya shading system was developed by the computational design team at Aedas. Using a parametric description for the geometry of the actuated facade panels, the team was able to simulate their operation in response to sun exposure and changing incidence angles during the different days of the year.
Warmińska Shopping Gallery
A shopping centre should be regarded as a friendly and attractive place. At the same time, it should be designed in such a manner so that, with its characteristic form and retail function, it is integrated in an appropriate way with its surroundings. The design represents a combination of attractive aesthetics, a clear functional layout and respect for the valuable natural context.
Galeria Warmińska Shopping Centre is located at a unique point of connection between the natural and urban spaces. This dialogue is a starting point for the idea behind the design and adopted solutions – the character of architecture is determined by the contact of the organic “language of nature” and the utilitarian “language of man”.
Demonstrates parametric facade recreation of the Palais Simone Veil using Grasshopper, with Parakeet brick type A tiling, curve mapping, attractor distances, and scaled, jittered panels.
Skidmore, Owings & Merrill (SOM), in collaboration with Entasis Arkitekter, has released new images of Karlatornet, a 230-meter tower project in Gothenburg, Sweden. Selected by jury in 2014, the tower is scheduled for completion in 2019, and will be Sweden’s tallest building. The project is part of Lindholmen, a new district being built adjacent to the city’s harbor. The full plan – ten blocks of office, retail, and residential space – is slated for completion in 2021, to coincide with Gothenburg’s 400th anniversary.
Rebuild the cytokinesis tower in Doha, Qatar, using Grasshopper and Rhino to reproduce the tower floors, openings, and interior while meshed pipes connect the two halves into a parametric facade.
Design a parametric hyperbolic paraboloid facade inspired by Heatherwick Studio's boiler suit, creating even quad-panel surfaces in Grasshopper Rhino, controlling curvature, panel count, and extrusion to fabricate a wave-like facade.
Learn to rebuild a hexagonal pattern on a building facade using Grasshopper and Rhino, applying hexagonal grids, pattern splitting, jittered openings, and adjustable thickness.
Are you looking to master parametric facade design and accelerate your learning process? This course is designed for architects, designers, and engineers who want to dive into the world of parametric architecture using Grasshopper Rhino. Instead of theoretical exercises, you will rebuild some of the best real-world parametric facade projects. This hands-on approach ensures that you acquire practical skills quickly while working on recognizable architectural designs.
Throughout this course, you’ll start by learning the fundamentals of Grasshopper, focusing on its interface, components, and basic parametric workflows. As you progress, we will guide you step-by-step in recreating complex facade systems from well-known buildings. Each project is broken down into manageable sections, making it easier to grasp how parametric design principles are applied in real-world scenarios.
You will not only learn how to replicate these facades but also how to customize and adapt designs to fit different architectural requirements. We will cover advanced design optimization techniques that improve workflow efficiency and help you iterate faster.
By the end of the course, you will have built several iconic parametric facades and developed the confidence to create your own complex designs. This course is ideal for anyone looking to improve their parametric design skills in a short time and apply them in real architectural projects.