Revit Archives - TLCD Architecture

Summertime STEM Fun!

Each summer TLCD Architecture welcomes incoming 9th grade students from the Mike Hauser Academy (MHA) to our office for one week to participate in a STEM related project. This county-wide program is a partnership between the Santa Rosa Metro Chamber, the Healdsburg, Rohnert Park and Sebastopol Chambers and exposes students to opportunities in professional, technology and engineering occupations.

This year our team used the international Park(ing) Day event as the basis for the project they planned for the Santa Rosa City Schools students. The week began with a walk over to the newly completed Courthouse Square to experience the square and select the parking spaces that would become the installation location for their design concepts.

The students, lead by Instructor Jesse Hauch, split into teams to develop their concept for a pop-up urban oasis that would transform each parking space for one day. Students were encouraged to consider the audience for their concept and provide an inspiring retreat with amenities to entice tourists and the people of Santa Rosa alike. They came back to the office and worked on sketch plan diagrams in teams and then built 1/2 scale models of their space. We then had the kids take Avatar pictures against a green screen so that they would be able to place themselves in their 3D model later in the week.

From the physical models, the students worked in Revit to create 3D models of their parking space. They especially enjoyed seeing their Avatars in the model and then experiencing their space using VR goggles. The students presented their concepts to their peers and a group of TLCD professionals on the last day – and all were invited to come back and see TLCD’s realized parklet experience on the actual Park(ing) Day this September!

Links to the student’s renderings in Autodesk 360 Panorama:

Summertime STEM Education and Architecture

By Carl Servais AIA, NCARB, LEED AP

The Mike Hauser Academy is a summertime program through the Santa Rosa Chamber of Commerce that focuses on STEM (Science, Technology, Engineering and Math) education. The program provides students entering 9th grade with hands-on experience from STEM related employers in the area. TLCD Architecture hosted the class the week of June 20th and I had an opportunity to work with fellow designers, Nick Diggins and Stacey Walker to shape the curriculum for the week.

We had a lot of fun leading the students through the process of measuring an existing space, creating scale drawings by hand, developing a design based on a functional program, and finally modeling their design in 3D. The students did an amazing job working together throughout the week, which culminated in a presentation of their design to the group, complete with floor plans and a 3D rendering that could be viewed with Google Cardboard viewers. They particularly enjoyed seeing their own pictures as scale figures within the renderings. Check out these stereo panoramic renderings of the students inhabiting their designs:

Lucas and Ginger

http://pano.autodesk.com/pano.html?url=jpgs/736133b5-4d1f-4157-9609-ffea6be8b99c

Dorian and Janai

http://pano.autodesk.com/pano.html?url=jpgs/4c793c80-ec79-4125-b49d-709875031e62

Jerry and Montse

http://pano.autodesk.com/pano.html?url=jpgs/6fba6e88-9cab-42c4-981b-e570b20bc6ba

How to Play with Food

Recently the Redwood Empire Food Bank held its annual “Canstruction” event, which turns a food drive into a can sculpture competition. It was held at the Coddingtown Mall for a week of display and voting. Afterwards all the food was donated to our local food bank where it was dispersed into the 52 million pounds of food they donate to families of Sonoma County every year! We were able to raise donations for 2,889 pounds of food for the final design. To start this mission ZFA laid down the strong ground work and rallied the troops for a few fun filled weeks of designing and developing the sculpture. To help visualize and smooth the build day, the team leaders arrived with 3D drawings that were comparable to a Lego instruction book. The day of construction was so fun and rewarding we decided to share the experience. Hey mom, playing with your food is awesome!

Game On… Architectural Renderings Go Interactive

Nick Diggins, Designer

Architecture is a complex process that is integrated with massive amounts of information requiring coordination between many parties. We use software specifically developed for this type of information management (BIM), but what’s so interesting is all this information is imbedded in a digital 3D model. We are constantly finding new ways to use and extract this information throughout the design process.

The current hot trend in design visualizations is the integration of virtual reality (VR) rendering into the Revit (BIM) workflow. I’ve had a lot of fun sharing this new type of presentation with clients, staff, friends – even Angel our office dog tried it out using Google Cardboard. After showing my 9-year old son this cool technology, which literally puts the viewer in the space, I realized it’s already out of date when he said, “Dad, all you can do is look around.” It hit me that the future is here. His generation will be expecting software that enables true interactive immersion. What if we, as architects, can design workflows that allow the user to interact with a space while it’s still in development – much the same way we build physical models to critique and explore ideas?

A physical model has always been an easier tool for sharing ideas than technical drawings. A model isn’t static – you can pick it up, rotate it, move around it, and feel what the idea is in a physical solution. Models are the universal language of design and they help us understand the concept of three-dimensional problem solving. In the digital landscape it’s quickly changing how we share ideas with each other and our clients.

TLCD’s culture is very supportive of testing new software. If you follow trends in new techniques of rendering and architectural visualizations, you may have seen some examples of interactive environments taking off recently. There are many resources for starting this workflow and one that we’ve been testing recently is Unreal Engine 4. We took this software for a test drive and modeled our new office space. Rather than strapping on VR goggles, our staff can walk through our new office and experience it from the comfort of their own computer monitor (view video above).

On the more technical side, how does this type of software change our current workflow? For a current static rendering like the one shown in the first part of the video, we can prime a digital model for rendering pretty quickly. Using the power of our render farm, we usually run 80 cores (CPU’s) resulting in one render after a few hours. Not too bad considering we used to wait days for the same output only a few years ago.

Now if you want video, you are looking at a lot of time and resources to develop an in-house animation that is usually under a minute in length. At the end of multiple days of work you have an amazing video to share with clients and others (and everyone loves movies, right?) That thirty-second video loses its sparkle when you realize that you need to change something in the design as a result of meeting comments. Usually you can’t re-render a whole walkthrough because of tight schedules – but what if you could? What if it was just a part of the standard workflow and you could render the space and were allowed to change views or make a movie within minutes?

Why not turn the scripted walkthrough into a “game” and let someone else walk around and experience it in real time! This is the direction we are headed at TLCD… and virtual reality is just fuel to the fire. Integrating the visual experience with a physical/digital experience is so exciting to us as architects because we are integrating it into our early designs as a linkable workflow. Immersing yourself deeper into an environment is an architectural experience beyond the average visual.

Learning to craft a visualization to create an interactive experience is the new art of rendering. Video game developers have been doing this for years and the most current digital environments are so immersive it almost feels real. This way of sharing a design brings in thoughts of simple actions infused with realism – like adding sounds of the city when you open a door. We see so many possibilities for this in the near future. Imagine an environment that allows end users to experience the space and use it as a learning tool with interactive virtual diagrams.

Our goal is to integrate this software into our designs to create new modes of integrated thinking for clients who are looking for innovation and value for their project. At the moment, we are only designing buildings, but soon we might be creating worlds! This is too much fun to be had all alone, come join us!

No animals… or architects were harmed in the making of this blog post. Most days Angel can be found at our office brightening people’s days while stopping by their desk for a treat or pat on the head. Nick can be found any number of places…job sites, his work station, client meetings, or low crawling to sneak up on his unsuspecting coworkers!

PRAXIS: practical application of a theory

What is your work environment like? Does it motivate and energize you? Well it should! Each workplace has an optimum environment in which to achieve maximum functionality and purpose. As architects we are often called upon to understand and develop what this might be. Most of the time this moment in the design process is called programming, but there’s an even more important stage prior to that. Analysis! Developing a strong base of information can begin to inform designers beyond the norm and make something really unique for a client (or ourselves). This process of investigation, research and critical thought allows us to map information from all influences of a project.

Reflection is another key piece of our design process. We gather all the findings from the analysis stage and move to graphic representations as tools for idea generation and critique. For instance, the Praxis infographic below breaks down one idea to it’s simplest form by graphically telling a story. In this example, “the way we work” was a key element for developing the design of our firm’s new office. Rather than just laying out how many people and offices get implemented into a floor plate, we dove into our office culture. We really wanted to understand what would empower our designers and staff. Read on after the graphic…

At TLCD Architecture’s new office, which is currently in design, we are consciously surrounding ourselves with our work – a sort of demonstration space to show what we are doing at any given time. You may visit one day and see a process of design happening right in front of you… creating spontaneous interactions between people across multiple projects. Design feeds off of strong studio cultures, and to strengthen ours, we are embracing the process of design and implementing it even further into our own space.

The practice of architecture and designing space for people is an amazing experience that TLCD gets to participate in everyday. We thought our own office space should share this process and not hide it. As we move to the next phase of design, we will begin to activate the space through the use of models, renderings and other visualization techniques. Recently, our staff got together to see what the new office space could look like using a new iPhone app and a simple cardboard box.

The built environment is in constant evolution and it’s a very exciting time for architecture and technology. Having the right team to take you to new levels means that we have to constantly be able to adapt, evolve and learn from each other. Our team thrives off the mutual respect, creative energy and ideas we can generate together. We can’t wait to show you what this looks like at TLCD’s new office, but more importantly to put it into action for our clients. Stay tuned!

Revit Virtual Reality…What?!

Nick Diggins, Associate AIA

Recently, Carl, Phil and I watched a webinar about cloud rendering in Revit. I had seen this process emerge some months back and Carl and I briefly took a look at it. However, we quickly discovered a major drawback of not being able to use custom textures in the cloud. Out of the box texture mapping usually results in less than adequate representation of your design. Well guess what… you now can incorporate as many custom textures and material assets as you’d like!

Revit has been one of the slowest rendering engines out there, but I’ve always been impressed with its capabilities when it came to doing interior rendering for a native program. Time is a major factor in our business, and slow is a “no go”. A 12-20 hour rendering is not an uncommon thing with geometry heavy models, even with a render farm. Now with cloud rendering, we can send multiple views and let the magic and speed of the cloud to do its thing, while we keep working. An important thing to note is that renderings are vital for developing and sharing designs. Architects want to get their clients “into” the design, and a rendering can be great at starting to describe the space. Here’s the cool part, with Autodesk’s Cloud Rendering we are able to literally put the viewer in the space. It’s called stereo panorama (more about it here) and it’s transforming the way we use Revit with new levels of workflow for developing and sharing designs on the fly, not only with clients, but with each other.

I decided to give it a go and developed several views of 3d panoramas of a current office interior design. I had less than 6 hours for developing the scene materials, lighting and final render time, and little room for production time. I was able to fire off multiple draft renders during the process and keep working the scene similar to our backburner setup for 3dsmax. This was during normal work hours though so backburner was unavailable. Normally this type of work would have been rendered over a weekend but that was not the goal of the exercise. Once I had the developed views uploaded in the cloud, I had Autodesk sprinkle some magic over the top of them. Here’s where we take it up a few more notches, by pairing Cloud Rendering with a couple of iphones and pieces of cardboard, suddenly we were immersing the whole office into the design. You can stand and look all the way around you, with total freedom – and with your body rather than a computer mouse. Amazing!

“Holy %&$#” was the phrase we heard from most of the office as first time viewers stood up to put on the goggles. It’s an amazing experience to witness the effect of going from sharing a 2D floor plan to actually putting people in the space. We are very excited for this new design horizon and you can bet TLCD Architecture is going to keep pushing it’s abilities and usability. We look forward to what Autodesk might throw our way in the near future…3D walkthroughs maybe? Who knows, but TLCD is ready and excited for what might be brewing.

Rapid Prototyping: Captured on Video

This was the perfect project to take a test drive of Autodesk’s Dynamo for Revit and see what we could do. Dynamo is a new, exciting, visual programming software that is similar to Grasshopper for Rhino. We are actively beginning our exploration into computational design, and have already begun to see its benefits as we integrate Dynamo into TLCD’s BIM design process. In this quick exercise we were able to quickly develop eight different iterations from our design. Don’t miss the video and take a peek of us creating an addicting, generative design solution to share and discuss with the entire office and friends!

Check out an earlier blog post from December that started this conversation. Rapid Prototyping: Exploring Multiple Design Options