Bad Monkey Stream in Porto

Marcello, Julien, Adam and me are going to give you a Dynamo show the world has never seen before. At 09:00 on Friday October 21 in Porto the four of us host a Dynamo Lab at Revit Technology Conference together, and you should consider being there.

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Marcello Sgambelluri hardly requires any introduction if you have ever been attending a conference with any Revit in it the past decade. The american with the curly hair constantly keeps hammering top rated classes around the world, but to the best of my knowledge this is the first time he ever sets foot on European soil. I am plainly super exited to have him coming here, and that we are doing a class together.

Julien Benoit from Nantes has been my very good friend ever since we met at the first ever RTC held in Europe, in Delft back in 2013. Julien has been teaching Revit and Dynamo to French engineers and architects for a number of years, and the work that he and his colleagues are doing is simply amazing. We did a joint lab together with Andreas Dieckmann at RTC last year, and it was a no brainer to set up a similar session again.

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Put Adam Sheather next to almost any normal building industry professional, and he will seem like a God. Literally. Put him next to me, and I will look like the biggest retard who ever put on two shoes. I call him The Prodigy. The man writes code like he never did anything else, but there is so much more to the bearded Australian. The creator of Dynaworks has great visions and thoughts about the future of building design and construction, has a great sense of humor and currently holds the world record for longest RTC lab – 300 minutes, all alone and hung over in Melbourne in 2014. Like Marcello, I don’t think Adam has shared many skills in Europe before, and it is fantastic that he is making the long trip from Brisbane to Porto to be a Bad Monkey on stage.

The four of us have got something special lined up for the hopefully many lucky souls who sign up for Session 2.1 Bad Monkey Stream: Learn Dynamo. We will each run one half session focusing on teaching participant different ways of creating their own scripts for various design problems. Be there! You will be a much better person after.

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Bad Monkeys

I am a Bad Monkey. So is Julien. And Andreas. And Konrad, Dimitar, Adam, Brian and Marcello. Even Huyn is one although it’s hard to tell. We have a webpage. It’s at badmonkeys.net and is as volatile as we are.

I like being a Bad Monkey. I like having other Bad Monkeys watching my back. They do, you know. Every time I try to fuck up something in Dynamo, they pull me out of the failure and guide me on the right track. Every time I n00b around in Grasshopper, Konrad stretches his long arms over The Atlantic and points me in the right direction. Every time I challenge my geometry skills in Dynamo, Dimitar reaches out from his tree in Singapore and rains his magic on me. And every goddamn week when I try to do any type of generic computation or list manipulation, The Machine Himself Dynamo Grand Master Bad Monkey Andreas Dieckmann descends from the skies with his cape and shy smile to rescue me from certain doom.

One dark and slow morning a while ago Aleksandra came over to my desk and asked about the best way to number more than 600 rooms in the project we were working on. The coffee was still warm, and I already sensed it was going to be a good day. The way room numbering sequencing worked in France, where our project was located, related to both Level, Department and Grid location. That meant a room on Level 3, with Department ID 9 and located as the second room of that department between Grids 3 and 4 (read left-right, top-bottom) would receive the Room Number 3903-02. After some thinking I told Aleksandra that this could be automated with Dynamo and I could do it. My coffee hadn’t started cooling before I began worrying about my response. Even though all the data I needed was available in the Revit database, I had no clue how to do it. My first two tests were promising, but by the time I got around to iteration three and four I started thinking that I had to write each piece of data to temporary parameters, and then pull the temporary data from Revit and combine them in Dynamo to write one Room Number parameter.

Aleksandra

Aleksandra

Just after the morning with Aleksandra, I flew to Budapest to meet Monkeys Julien and Andreas. First thing they said when I laid my stress upon them was “Hell no, do this in a smart way by sorting all that data automatically”. “Okay….” I responded, nervously scratching hair that started to fall off.

The following week, less than 3 days before deadline, I woke up to a message that brought the biggest smile to my face and all my hair back. “Check your email. Andreas.” I rushed to work, grabbed a new coffee, opened his Dynamo script, copied the parts I was missing, ran the definition and watched in confused disbelief as all the hundreds of rooms got perfectly numbered according to all possible French rules. By that time Aleksandra had been putting her impressive Revit skills to better use on important design tasks, and I had all day to work on the facade, where I used Konrad’s free software for Grasshopper data linking and Julien’s free software for cutting thousands of Nested Families.

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Download Andreas’ script if you want to try for yourself: RoomNumberingByLevelGridAndYPosition

The Bad Monkeys made a Snøhetta design much better. They made an owner’s building more complete. And they helped Snøhetta employees, including me, sleep at night. For free, during their spare time.

I think the Bad Monkeys are so awesome that I am embarrassed to say it. I’m thinking “Am I exaggerating how awesome what we are doing is?” I don’t think so.

Last spring Konrad sent me a book. He wanted me to read Adam Grant’s ‘Give and Take – Why Helping Others Drives Our Success’ after he saw a blog post I wrote about my former boss Christine on how we shared knowledge and content when we worked together. The book explains with astonishing examples and scientific evidence how people throughout history has benefited from helping others, with no or little regard for their own success or personal gain. After finishing the book, I felt more confident than ever that the future of the world holds great promise for all the beautiful people who help each other every day. The world will be shaped by the givers, not the takers.

I read another book last year, The Martian by Andy Weir. (Thanks Ian Keough and Matt Jezyk!) Hopefully without spoiling the story for anyone who has not read it or seen Matt Damon on screen, here’s a beautiful excerpt for the final pages:

“If a hiker gets lost in the mountains, people will coordinate a search. If a train crashes, people will line up to give blood. If an earthquake levels a city, people all over the world will send emergency supplies. This is so fundamentally human that it’s found in every culture without exception. Yes, there are assholes who just don’t care, but they’re massively outnumbered by the people who do.”

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It’s pompous, I know. But it gave me goosebumps. Our group of monkeys grew from a community of people who enjoy helping others. I feel that we are a small part of a new connected world where people help each other regardless of business, discipline, department, company, country, culture or continent. Maybe we will realize that the old way of thinking about company knowledge as a secret asset that has to be safe guarded, hidden and protected will give way to an idea that every company, employee and client will prosper if we all help each other a little more.

Here’s a huge THANK YOU to the Bad Monkeys for being awesome. You guys rock.

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Number One

The presentation Building Design with Revit, Rhino, Dynamo & Grasshopper I did with Thomas Benedict Holth from Dark Architects at Revit Technology Conference Europe 2015 in Budapest in October was today announced the best rated session at the entire conference.

We presented work on combining Genetic Optimization and Environmental Analysis Tools in Grasshopper with Building Information Modeling (BIM) in Revit. The material was developed from the work we did together on an architectural competition at Dark last winter, and it apparently resonated with the people who attended the session. Thanks all who came and liked the session! I think we had a great time together in the Grand Ballroom at the Corinthia Hotel.

One of the things I have come to like about my job is working together with people who master and are passionate about computational and visual programming tools, have lots of ideas about technology, and are enthusiastic about learning BIM. Thomas was one of the first guys who made me realize this, and it was a great pleasure to work with him. We did not win the competition, but the technology we developed together still baffles me and makes me think we won anyway.

Me presenting Thomas

Me presenting Thomas

Together with Thomas and me, I was thrilled to find our previous coworkers and first time RTC speakers Margarida Jeronimo Barbosa (now at Beck) and Arne Folkestad Bjelland (now at Grape) on the Top 10 list. I was nowhere near an list after my first RTC presentation in Vancouver in 2013, and I’m brutally impressed with how they dealt with the preparations, nerves and execution. Awesome work, Margarida & Arne! I am also specially pleased to note that my friends and fellow European Dynamo enthusiasts Andreas Dieckmann and Peter Kompolschek were recognized for their awesome event sessions by also figuring in the final top 10 list. Check out the entire list on Jose Fandos’ blog post: RTC Europe Top 10 Speakers.

Julien, me, Margarida, Arne and Andreas at the Corinthia

Julien, me, Margarida, Arne and Andreas at the Corinthia

I plan to publish some content from the presentation in the future, but for now I conclude with thanking some of the people we worked with on the competition:

Caroline Stokkebokjær Hjelseth who didn’t sleep for 48 hours straight; Jeanette Norin who always laughed and totally owned the Revit model; Kaja Kittang Kvande who kept pushing us with her determination and never-give-up attitude; Rene Damborg Jensen, the trend expert who kept producing when we were all high on no sleep and couldn’t concentrate; Olaf Kon (mr. K) who contributed so much to the entire project with great ideas from day one; Franziska Meizel who flew in from the sideline and nailed the main concept at the end; Marcin Kitala who started working at Dark just before deadline and made huge contributions to the modeling of the final concept – life saver!; Tommi Haferbier Nielsen and his team at Steensen & Varming in Copenhagen – always in a good mood and contributing to the creative process; Ambrogio Agnozi at ARUP who gave us so much insight and knowledge about different structural solutions and ways to communicate a design with hand sketches; Daniel Nielsen in Copenhagen for all the help developing the Grasshopper scripts after Thomas went to Africa – we owe you big time; and finally Christine Grape who was our mentor, leader and anchor until two weeks before deadline. Thanks all!

<3

Outer Skin

Impossible

“The only way to discover the limits of the possible is to go beyond them into the impossible.” – Arthur C. Clarke

Three months ago I started working at Snøhetta. On day one I was introduced to a project that a team of architects were already working on. The facade team on the project needed some assistance, and I started working on the outer skin.

I have never been this consumed by a project before. I have not done a single training session at my new company; not even a short presentation. I have done some external work, but at Snøhetta I have only worked on this project. It’s the coolest thing I have ever done. Here’s why:

The entire outer skin is a first class exercise in amazing visual programming and scripting for building information modeling and interoperability. Below follows a step-by-step recap of how the final result was produced. The summary excludes many of the mistakes I made, not out of pride but simply because the blog post would be too long.

When I started looking at how to model this facade in Revit, I didn’t know how to do it. It seemed impossible. I had some ideas, and fantastic people to help me, but the amount of components and data, rigorous placement and orientation rules, types and geometries, in addition to an insane amount of custom cut elements along multiple curved edges overwhelmed me with fear of failure. Today, looking back, I realize I had no reason to be afraid. Now I know what you can do with remarkable people around you, access to awesome customization and scripting tools and a little Revit skills.

People

The facade team line-up was composed of Peter French the dancing New Zealander; Luca Bargagli a tall and dark Italian facade engineer with a history in Paris and a perfect name for chanting; Rikard Jaucis who left just after I started, only to return for the post delivery party; and me. Peter had already worked with Rikard on the concept, and after a few short discussions we decided it would be beneficial to develop the entire facade in Revit, together with the rest of the building. Peter was the mastermind, Luca made it work, Rikard had been on the project since we started working on the competition, and I modeled the bastard. I am proud to say that apart from modeling family geometry in Revit, I did not manually place or manipulate a single family instance in the entire outer skin. It is also with great satisfaction I can state that neither Peter nor Luca had ever been in a Revit model before, and as the deadline approached both were making changes and synchronizing them in a large and complex worksharing environment. I’m impressed!

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Base Geometry

The out skin geometry was developed in Rhino before I arrived, possibly by Rikard. The building shape deserves a blog post on it’s own, but in essence it’s a collection of 8 open surfaces. Two are vertical, three are straight but tilted, one is spherical and hence double curved, and the last bastard is a conical nightmare from the underworld.

Rhino Surface Facade Model

Rhino Surface Facade Model

Having the base geometry in Rhino was perfect. I loved working with the surfaces in a true 3D CAD program, while creating relationships between geometries in Grasshopper. We could have done a better job at synchronizing coordinate systems at an early stage. For some reason, this is always a problem on projects. I don’t understand why; it’s really simple to set up Revit and Rhino projects to follow the same basic coordinate system rules, while maintaining different settings for export (with Survey Points in Revit and Export with Origin in Rhino, for instance). What I always do: use the same model rotation and keep all that shit as close to the same local origin as I possibly can.

Facade Design

The facade was a double facade, with the inner skin a simple climate curtain wall. The outer skin was set up with two 6 mm thick glass plates (Motherplanks), 1.34 m wide and 305 mm high, glued together and fastened to the inner facade with steel T sections spanning between the floors. On 50 % of the Motherplanks we glued glass C channel profiles (Reglits) with 4 different surface treatments, 4 different lengths, placed at different sides of the Motherplanks and flipped. On 33 % of the non-flipped panels we sandblasted the backside of the Motherplanks where the Reglits were placed.

All beautifully randomized.

Because of the location of the inner facade mullions and T-sections, and the fact that all floors were perfectly horizontal (they usually are, aren’t they?), the panels needed to be placed at exact locations. That meant no standard UV Grid Tool could be used, and we had to create the facade grid ourselves. The only way we could do this was creating intersections between the facade surfaces, an array of horizontal Planes and vertical surfaces extruded from the vertical Mullion Grids. This only became apparent after we had failed with Surface Split for a few days. I was getting help for both Dimitar Venkov and Konrad Sobon to split the facade surfaces to multiple small surfaces, planarize all the surfaces and then extract the vertices for Adaptive Components placement. We had to discard that workflow for two reasons: Surface Split in both Dynamo (thanks Dimitar!) and Grasshopper (thanks Konrad!) is extremely slow. So is Adaptive Component placement and modification in Revit. Hence we decided to go a different way, and that turned out to be a wise choice.

Peter took charge one morning and called our Innsbruck office. Patrick Lüth and his colleague Andreas Glatzl answered the phone and we immediately began discussing working with panel center points instead. Panel center points naturally work well with one-point Generic Model Revit families. These families are also faster than other Revit elements (like Adaptive Components for instance) and easy to standardize with Type Parameters.

Andreas Glatzl (smart guy)

Andreas Glatzl (smart guy)

Andreas is pretty comfortable with geometry and lists in Grasshopper (heavy understatement there). With his scripting skills we were able to extract all panel center points and vectors, while also differentiating between the different facades and also edge and interior panels. We calculated the horizontal and vertical panel rotation angles between each panel normals and the Unit Y and Z Axis vectors in Grasshopper, and linked all these numbers along with the X, Y and Z coordinates of each panel’s center point to Dynamo with Mantis Shrimp.

Andreas Glatzl's Grasshopper Script for extracting all panel center points and vectors

Andreas Glatzl’s Grasshopper Script for extracting all panel center points and vectors

Panel Center Points and Vectors live linked to Dynamo with Mantis Shrimp

Panel Center Points and Vectors live linked to Dynamo with Mantis Shrimp

I suspect Konrad is getting tired of my praise, as it seems every time I present any work on Dynamo these days I hail his Mantis Shrimp Package. I don’t care. It’s pure awesome.

Revit Families

To be able to control the amount of panel types, we had to create a system of nesting families. The Motherplanks were created as simple Face Based Extrusions with Shared Length, Width, Height and Material Parameters. The Reglits were also Face Based, but Sweeps based on predefined Profile families, also with Width, Height, Length and Material Parameters. In addition we needed an empty family for panel instances with no Reglit. All families were constrained to the tilting Reference Line, and in addition the Reglits were constrained to an offset Reference Line for changing the placement sides with integers.

Panel Angle Parameter Changes animated with Dynanimator and GIMP 2

Panel Angle Parameter Changes animated with Dynanimator and GIMP 2

Both the Reglit and Motherplank families had a Flip Parameter (yes/no) that changed the panel facing orientation from convex to concave.

Last, the Sandblasting was added as a separate Face Based Family with a 0.8 mm thick sweep, inheriting the Length Parameters of the Reglits and the Height Parameters of the Motherplanks, with it’s own Material. We also linked it with a Visibility Parameter (yes/no) so that we could turn it on and off with Dynamo.

All 29 Types animated with Dynanimator for Dynamo and GIMP 2

All 29 Types animated with Dynanimator for Dynamo and GIMP 2

Panel Facing Orientation animated with Dynanimator for Dynamo and GIMP 2

Panel Facing Orientation animated with Dynanimator for Dynamo and GIMP 2

Panel Sandblasting animated with Dynanimator for Dynamo and GIMP 2

Panel Sandblasting animated with Dynanimator for Dynamo and GIMP 2

It’s a beautiful thing, and you can download a copy here: _panel (I often use underscore in the file names of the Revit Families I use in Dynamo. It makes them easier to locate.)

Dynamo

Once all the points and numbers (angles) found their way into Dynamo it was only a matter of copying and changing file paths to extract all the data we needed to place panels on all 8 facades. There is a Dynamo node that will horizontally rotate a family instance, and we used that to align all the panels in plan. The vertical rotation had to be done with an Instance Parameter, changing the tilt of a set of Reference Lines in the panel family, and thus tilting the Nested Families.

Mantis Shrimp linked 22576 points between Grasshopper and Dynamo, and eventually the latter placed and rotated an equal number of Revit families. That works when you do everything right the first time. I never do, and quickly found that I worked much more efficient when I built isolated facade surfaces, one at a time. That way the script ran much quicker, and I could do modifications to the scripts after generating each facade. Doing this with Dynamo 0.8.2 presented one huge problem: Element binding. When Dynamo creates a Revit Element (with a Revit Element ID), the node that performs that interaction will remember the ID of the element it created. This means that when we de-wire that node, Dynamo will delete the same element. This is designed for obvious reasons. The Dynamo Development Team wants Revit as synchronized with Dynamo as possible. So, when placing families on Facade 2 after using the same node for facade 1, we had to select all the generated families, Cut them to Clipboard (Ctrl+X), de-wire the placement node, Run Dynamo and finally using Paste to Same Place. When Dynamo runs and finds no Element ID’s (because they are deleted and copied to clipboard), the program will forget the elements. I have hopes that Dynamo comes with a Bake functionality on nodes that creates Revit Elements in the future.

Dynamo writing rotation and ID parameters to Revit Panel families

Dynamo writing rotation and ID parameters to Revit Panel families

Dynamo Nodes for panel placement on one facade

Dynamo Nodes for panel placement on one facade

Entire Dynamo panel placement definition

Entire Dynamo panel placement definition

When placing the panel families, we placed a simple panel with no Reglits. After all panels were placed, we developed 4 Dynamo Scripts that in turn:

  • Randomized 50 % of all panels to 28 different panel types. As mentioned above, these types varied between 4 glass treatments, 4 sizes, where 3 sizes had 2 different placements. The math goes like this: 4 materials * ((3 sizes * 2 sides) + 1 size) = 28 types.

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  • Flipped the orientation (from concave to convex) of a randomized 50 % of the panels with Reglits.

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  • Added Sandblasting on the backside of the Motherplanks where there were Reglits, on 33 % of the concave (flipped) panels. All the randomization scripts used versions of Nathan Miller’s Lunchbox nodes.

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  • Cut (with Cut Geometry) all the Nested Families in all the Edge Panels with giant Closed Polysurfaces from Rhino, exported to SAT, imported and exploded in Generic Model families, Voided and loaded. This workflow used Julien Benoit’s Dynamo Package SteamNodes for cutting, and Jason Andersen’s BlackBox for collecting and organizing Nested Families.

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That last procedure was dirty. Adding thousands of Cut Geometry relationships between Nested Families and imported and exploded SAT voids smells like trouble. It did work on this delivery, but it also did bloat the Revit Project file from about 30 to about 100 MB. It was awesome when we made it work, but I would not uncritically recommend the workflow on every design case.

Close up of one of the crazy corners

Close up of one of the crazy corners

Complete Outer Skin Model in Revit

Complete Outer Skin Model in Revit

Facade Section

Facade Section

Complete Revit Model

Complete Revit Model

I have done several presentations on visual scripting with Dynamo over the past years, and every time I do one, I talk about the existential pleasure of watching a computer work while you drink coffee and watch with a moist grin. The exercise above is the purest version of this phenomenon I have ever had. It was pure joy.

Sometimes we forget how lucky we are. When you get to overcome the seemingly impossible, with edge cutting technology that makes your heart beat on a complex, challenging and beautiful building project together with fantastic people, you should smile. Now, I do.

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Learn Dynamo

How?

There are hundreds of ways you can learn Dynamo. My good friend and mentor Julien Benoit at Groupe Legendre teaches his colleagues every day. Dynamo is so integrated in his team’s project that they have to. For many of us this is more a case of playing around until we find relevant problems to solve. I have three main categories of ways to learn Dynamo.

First, use the resources on dynamobim.org and dynamoprimer.com. They include video and written tutorials that cover basic and advanced procedures of computing and automating data. Simple exercises like form creation, parameter manipulation and Excel interoperability are perfect introductions to understand what kind of magic you can pull on your colleagues and clients.

Second, interact with the community. Like many new, free open source programs Dynamo has conjured a fantastic community of people who help each other every day. Guys like Dimitar Venkov and Andreas Dieckmann have done miracles teaching people how to solve their own design problems. Actually Dimitar has two live Code Blocks in critical workflows on my current project at Snøhetta, and I would have gotten nowhere without Andreas’ Clockwork Package. The same goes for Konrad Sobon who created Mantis Shrimp that allows me to move data between Grasshopper and Dynamo, something I do on a daily basis at Snøhetta. Adam Sheather made Dynaworks, a Package that Julien uses to move clashes between Navisworks and Revit in his own workflow. All of these were developed for free under open source licensing. That’s the result of a community of people who like to help others.

Last, arrange courses. When I worked at Dark we asked Nathan Miller to fly from Omaha to Oslo to direct a three day training session. Nate came, and I invited BIM specialists from other companies in Oslo to split the cost. I personally made leaps in understanding computation during those three days. Let me know if you want to set something similar up for you and your colleagues. I can deliver introductory curriculum and pretty advanced architectural design with Dynamo. I can also get you in touch with people like Julien, Andreas and Nate who are on a completely different planet when it comes to advanced topics. As a sidenote to that, Andreas’ topic for his Dynamo class at Revit Technology Conference Europe 2015 in Budapest this fall is Automate Automation. No? He basically has Dynamo run multiple Dynamo definitions in multiple Revit sessions at any time. It blows my mind so hard that I need alcohol and nicotine to not pass out.

When?

“I am too busy. I have no time. All the deadlines. Bu-hu.” We all have time, we just use it differently. I make Dynamo-time when I’m alone at nights (yes it does sound a bit dirty), or sometimes when my wife is working. I also make Dynamo-time at work, and constantly try out stuff that often breaks. When it works, I make awesome. And catch up all time spent. Usually.

Why?

Because then you decide what happens.

30 years ago design professionals started drawing lines, text and hatched areas on computers instead of paper. Then 10 years ago we began modeling information in 3D databases. But the operations were not vastly different. Draw, move, rotate, copy. From now on we will start programming information. For coding n00bs like myself visual programming software like Dynamo and Grasshopper are perfect introductions. Building designers need to start making our own software to understand how our components interact, how they perform and to feel greater ownership to our own processes as designers.

To finalize, some images of our latest work at Snøhetta. Facade components beautifully placed according to inner facade mullion and framing placement, and randomized with 4 different sizes, 4 materials, approximately 50 % flipped and “some” of the flipped panels sandblasted. Totally 64 different types. Plus the cut corners, of course. All Dynamo and Adaptive Components.

Fully Clothed

Fully Clothed


Half Naked

Half Naked


Nude

Nude


Close Up

Close Up

 

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Snøhetta

I have a new job. Yay!

Today I spend my first day at one of the world´s most renowned design practices. Snøhetta has designed many of the coolest buildings in the world the past almost 20 years, starting with the Alexandria Library in Egypt. Later work include the Norwegian National Opera and Ballet and the World Trade center memorial site.

My hopes for my first time at the company is that I get to connect my building information modeling and computation knowledge with my new colleague´s parametric work. My colleagues use Grasshopper at a pretty decent level, and I am really exited at the possibility of making those models talk with Revit through Dynamo. I also hope to learn more about working with transpositioning and our fantastic workshop. We have a god damn HUGE programmable manufacturing robot with eyes and a mustache!

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Check out our website at snohetta.com. There you will find interesting stuff about our projects, people and processes.

Norwegian National Opera and Ballet

Norwegian National Opera and Ballet

King Abdulaziz Centre for World Culture

King Abdulaziz Centre for World Culture

SFMOMA Expansion

SFMOMA Expansion

Tverrfjellhytta, Norwegian Wild Reindeer Pavilion

Tverrfjellhytta, Norwegian Wild Reindeer Pavilion

Andreas, Julien and me at RTCEUR 2014 in Dublin

Dynamo in Oslo and Copenhagen

“What is the coolest possible thing we can do?”

Lars Robertsen at Autodesk asked me that question two months ago. I responded “Well that would be having Julien Benoit, Andreas Dieckmann, Matt Jezyk and Dieter Vermeulen come to Norway to show of amazing Dynamo material.” I have to admit that Zach Kron was on that list as well, but I´m sure Matt will do just fine without the Barry White of BIM at his side.

My friends are coming to meet you. Seats are limited, so hurry up. If you are using Revit, you need to learn Dynamo. It´s as simple as that. And you will struggle to find a better lineup of people to teach you. This is the A Team. (Sorry for the lack of humbleness. I have decided to stop using that for a while.)

The events are all free, and are the results of a collaborative effort between Dark Architects, Snøhetta, Autodesk, C.F. Møller and Multiconsult. It´s a beautiful thing when people just get together and teach each other stuff.

Register:

Copenhagen August 26 Event

Oslo August 27 Event

Thanks to Julien, Andy, Matt and Dieter for coming, Cathrine Mørch for hosting, Jill Nilsson for organizing and Lars for asking an awesome question. See you all there!