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Want to convert your data into a format that allows you to gain informative, easy-to-read, and easy-to-share insights on your business?

Google Looker Studio, formerly Google Data Studio, is a data visualization platform that allows you to connect, visualize, and share your data story.

Turn your analytics data into easy-to-understand reports for free with Looker Studio.

In this Google Looker Studio tutorial, we’ll show you how to create a dashboard that visualizes traffic data.

We’ll cover the basics, which include connecting to your data and creating charts from Looker Studio’s arsenal.

We’ll also look at tips that will help you get started to become a pro-Looker Studio user.

Here is an overview of what we’ll cover in this Google Looker Studio tutorial:

Let’s get started!

How to Start Building a Dashboard

For this Google Looker Studio tutorial, we’ll be working towards recreating the following dashboard:

This dashboard is a simplified version of the following dashboard which we’ll discuss in more detail later on.

Don’t worry if you don’t have a website because everything we’ll cover will apply to any kind of data you have.

To start, log in to your Gmail account and head to chúng tôi In Looker Studio, there are multiple ways to start building a dashboard.

The first method is to start with a template from the Template Gallery.

We’ll be creating a dashboard from scratch in this Google Looker Studio tutorial, so we’ll select Create → Report.

Alternatively, you could also select Blank Report with the + sign thumbnail from the list of templates in the Template Gallery.

From here, we’ll send our data to Looker Studio with the help of Connectors. You can pull data from 1000+ data sets with the use of over 730 connectors available (as of the time of this article).

💡 Top Tip: See the list of all available connections by going to the Looker Studio Connector Gallery.

In our window, we can easily see the list of connectors starting with the Google Connectors at the top, followed by the Partner Connectors.

Here you can connect to various other tools in Google’s platform, like Google Analytics, Google Ads, Google Sheets, BigQuery, and more.

🚨 Note: If your dashboards are using UA, you might want to consider migrating Looker Studio dashboards data from UA to GA4.

For this Google Looker Studio tutorial, our data is in Google Sheets, so we’ll use the Google Sheets connector.

🚨 Note: If you would like to follow along with our Google Looker Studio tutorial, you can go ahead and copy our dataset to verify if you’re doing the steps correctly.

Great! We have successfully added our data to Looker Studio.

From here, we’ll see a default table which is Looker Studio’s way of showing you that it has pulled data from your data source successfully.

Now, let’s explore the interface a bit.

Adding Charts to a Dashboard

When building a dashboard, we’ll utilize various visualization types that Looker Studio collectively calls charts.

Here, we have all the common types like Tables, Scorecards, Time series, Bar charts, Pie charts, Geo charts, and more.

Next, let’s change how our dashboard looks by opening the Theme and Layout pane.

Going to the Themes tab, we are presented with a list of themes that offer different default colors for your background, text, and charts.

For example, if we select the Constellation theme, you’ll see the background change to a dark gray.

For this Google Looker Studio tutorial, we’ll use the Edge theme.

Next, we’ll increase the size of our dashboard so that we have more space to play with our data. 

Now, let’s look at how to build and modify a chart.

Start with creating a Table.

Next, pay attention to the two columns on the right side of the screen.

Let’s start with discussing the properties panel. Since we currently selected a table, you’ll see that we have the Chart as the title.

Our properties panel is usually divided further into the Setup and Style tabs. The setup tab is where to build the chart – what data is displayed, while the style tab is where we format the chart.

Next, we also have the Data panel.

The Data panel is where you can access data from your data source. It is organized into dimensions, metrics, and other types of data.

Dimensions are attributes of your data. Think of categories, colors, or anything that is in text form. You can easily distinguish different data types by looking at the icon next to them.

Looking at the browsers our visitors were using to get to our website, you’ll see that it has an icon that says ABC. This is how you know your data is a dimension.

On the other hand, metrics are the data that you can use for your calculations. These are usually the data that have numbers.

If we look at the revenue, you’ll see that metrics have a 123 icon.

Other data types include geolocation with a globe icon, dates with a calendar icon, and links with a chain icon.

In our dataset, examples of each are the Country, Date, and Landing page, respectively.

Next, let’s learn how we can modify the data in this table.

If we wanted to see the number of total users by city, we need to replace the session source/medium dimension and record count metric.

A helpful tip in finding the data you want to add to your chart, especially if you’re working with a large dataset, is by using the search bar at the top of the data panel.

To demonstrate, let’s search for the total users.

This opens a mini data panel where we can search for or select the data we want to display directly.

Great! Let’s delete this chart for now and move on to recreating the dashboard we showed earlier.

Adding Scorecards to a Dashboard

Looking at the reference dashboard for this Google Looker Studio tutorial, we have a banner on top with a group of scorecards.

Scorecards are like snapshots of your key performance indicators or KPIs. You usually use them when you want to highlight a specific metric.

To start, let’s create the banner.

Next, we’ll get to adding the Scorecards to our dashboard.

First, let’s replace the metric displayed with the Total users. You can use any of the methods we showed earlier.

Now, we need to change the format of our scorecard to fix this contrast issue.

Changes to what we want to be displayed are done in the setup tab, while changes to how they are displayed are done in the style tab.

Go to the Background and Border section in the Style tab and change the background color to Transparent.

Great! Our background is gone. However, we can’t see the numbers because both the banner and text color are dark.

To fix this, go to the Labels section and change the font color to white.

Great! Now, rather than rebuilding all these scorecards one by one, try this little trick.

Doing this allows you to retain the formatting we changed in the style tab, and you only need to change the metric displayed in the setup tab.

Alternatively, you can also utilize the copy-paste functionality using your keyboard.

Since we have 4 scorecards on our banner, let’s select the two scorecards we have so far by holding down the CTRL key, then copy and paste them using the keyboard shortcuts.

Let’s move on to the next section of our Google Looker Studio tutorial.

How to View the Number of Website Visitors

The first section of our dashboard mainly has a scorecard showing the number of website visitors and a line graph showing the trends in the number of users per month.

The big number displayed is just another scorecard, but with a few more tweaks than what we made earlier.

Start another scorecard with the Total users metric.

Lastly, if you started with a new scorecard, set the background color to Transparent.

Next, let’s add our line chart. While we have a section for line charts in the list of available charts, we’ll be using a Time series chart since we’ll be looking at trends per month.

Stretch the chart a bit to cover a decent portion of our dashboard, then make the lines a bit heavier. Set the line weight to about 5, and change the series color to black.

Next, we also want to remove the grid lines and the background.

Go to the Grid section and change the grid color to Transparent.

For the background, try and test if you can remove it on your own. Don’t worry if you need to go back to the previous section of our Google Looker Studio tutorial! (Hint: Look at the section names.)

To complete this section, let’s put a section header by adding Text.

Add the text “How many users visited our website?” in all caps, then increase the font size to 20px, and bold the text.

You can reorder, resize, reformat, or reposition the charts that we have so far, but at this point, we can see that we have successfully recreated the first section of our reference dashboard.

Now, let’s move on to the second section.

Here, we have a bar chart showing the top 5 cities that bring the most visitors to our website, along with a geo chart highlighting the number of users per country.

Bar and geo chart in the second section of the reference dashboard

Let’s start by inserting the Bar Chart.

Insert this bar chart at the bottom of our scorecard. Set the dimension to City and the metric to Total users.

Next, remove the background and gridlines, which we are confident that you can do at this point in our Google Looker Studio tutorial.

Next, we’ll reduce the number of bars shown in our chart because we are only interested in showing the top 5 cities.

To do this, go to the Bar chart section and change the number of bars to 5. Next, change the color in the Color bar section to black.

Great! Now, we could start building our geo chart from scratch, but we’ll show you another trick you can use. 

Select the geo chart and watch Looker Studio’s magic in how it easily transforms your data.

Now, let’s change the color settings of our geo chart.

Set the maximum color value to black, and the minimum color value to pink to have some contrast.

Let’s recreate the last part of our dashboard.

How to See the Most Popular Content on a Website

The last portion of our dashboard has a table that shows us the most popular content on our website.

To create this in our dashboard, let’s start with a table.

Next, put the Page path and screen class in the dimensions section, then the Total users, Views, Engaged sessions, and Revenue in the metrics section.

Adding Data Control

Finally, we only have two things left to do to fully recreate our Google Looker Studio tutorial reference dashboard.

If you had been paying close attention to the elements of our reference dashboard, then you’ve noticed that it has a date range control at the top of the banner. 

A date range control is a type of data control that helps you to only display the data you want based on the date range you specify.

Essentially, a data control filters your data and a date range control filters them by date.

Notice the various changes this date range control made to our dashboard.

First, the scorecard showing the number of users displays a smaller value due to the narrower date range.

Next, the four scorecards on our banner have an additional line showing if there were improvements or dips in our KPIs.

Lastly, the line chart date range changed and another series is shown comparing the number of total users from the previous 93 days.

Insert the date range control at the top-right portion and let’s style it a bit.

Set the background color to transparent, change the border color to white, then set the border radius to 15.

Finally, change the font color to white to fix the contrast issue.

Now, the final thing to add is an image of our logo at the top-left corner of the dashboard.

After you select the logo and insert it into your dashboard, you’ll see that there is a contrast issue again. To change this, let’s set the background to transparent again.

Note that this only works if your image or logo already has a transparent background.

💡 Top Tip: While Google provides a myriad of charts we can use in our dashboards, you should check out the Google Looker Studio Community Visualizations to customize your reports further and show your data more clearly.

There you have it! We have completely recreated our reference dashboard, and have learned how to build a basic dashboard in Looker Studio.

There is one last thing we’d like to share with you before finishing this Google Looker Studio tutorial.

Dashboards with Actionable Insights 

There are a lot of other things we could do with Looker Studio. Apart from building dashboards that display information, we also want to build dashboards that provide actionable insights. 

This means creating dashboards that can guide your users and let them not only understand the state of the data, you’re analyzing but also give them an idea of where it is heading.

Remember the more comprehensive dashboard we showed earlier in this Google Looker Studio tutorial?

This is an example of a dashboard with actionable insights, as we not only can see the number of visitors coming to our site but also if we’re hitting our targets.

This tiny bit of information makes all the difference and can elevate your dashboard from a regular one to a dashboard that provides actionable insights.

💡 Top Tip: Check out our guide on the Google Looker Studio Calculated Fields to help you build dashboards with actionable insights.

FAQ How can I start building a dashboard in Google Looker Studio?

To start building a dashboard, log in to your Gmail account and go to chúng tôi From there, you can create a dashboard from scratch or use a template from the Template Gallery.

What data sources can I connect to in Looker Studio?

Looker Studio offers over 730 connectors, including Google Analytics, Google Ads, Google Sheets, BigQuery, and more. You can connect to various data sources and combine data from different places into a single location.

How do I view the number of website visitors in Looker Studio?

To view the number of website visitors, you can use scorecards to display key performance indicators (KPIs). You can customize the scorecards by selecting the desired metric, changing the formatting, and duplicating them for multiple metrics.

Summary

To summarize, in this Google Looker Studio tutorial, we looked at how to connect our data to Looker Studio and recreated a dashboard to learn how to build one ourselves.

We learned how to add various chart types to the dashboard like tables, scorecards, time series charts, bar charts, and geo charts, as well as other elements like shapes, texts, and images.

We also learned how to format what they show and how the data is shown.

If you would like to go further, why not make your dashboards interactive? Maybe you would also like to check out our top 3 Looker Studio dashboard enhancements to take your dashboards up a notch.

You're reading Google Looker Studio Tutorial (Ex Data Studio) 2023

5 Data Studio Functions For Calculated Fields

Google Data Studio (now called Looker Studio) has a lot of features and it keeps adding new ones into the mix.

I’m going to show you my top five favorite Google Data Studio Functions for Calculated Fields to customize your data:

With Functions, you can actually upgrade your game when you build a Calculated Field in Data Studio. This is something that we all know from Google Sheets. We probably use the SUM Function or the AVERAGE Function often to add up fields or a row of data. 

In Data Studio, you can now do so much with calculations in Calculated Fields and utilize Functions. And today, I want to show you five of these Functions that you should utilize in your Calculated Fields.

Before we get started if you’re looking for a more comprehensive step-by-step course on Data Studio, then check out our Data Studio Essentials Training inside of our MeasureMasters membership.

Where to Create Calculated Fields in Data Studio

All right, let’s start out in Google Data Studio, looking at what Functions actually are. So if you have a chart, you can use Functions and input Functions in two ways.

1. Chart Level Calculated Fields

One is on a chart basis itself by adding a metric or dimension right here, then creating a field. Here you can see you can enter Functions to calculate that particular field. But this is then only available within this chart. 

2. Data-Source Level Calculated Fields

If you want to make it available within the data source, you need to create a new field down here. It will open up the Create new field editor where we can also enter our Function. 

🚨 Note: A great way to pull data from third-party data sources is Google Data Studio connectors

1. LOWER/UPPER Function Change Text Dimensions to Lowercase or Uppercase

We can utilize a Function in a Calculated Field to calculate a new field that simply takes this dimension and makes a new one with all lowercase sources. So let’s create this. We go to create a new field, and this will all be our lowercase source. As a Function, we’ll use our LOWER Function to simply use our source field as an input field. Once we get a green checkmark down here, everything should be good to go. Save this and edit to our chart right here. You see the input was taken from the source field, and then rewritten in lowercase. This is the case for every variation.

If you get rid of the source field have a much smaller, much more readable data set that we can now visualize appropriately. The LOWER or even the UPPER Function can be used to lowercase or capitalized strings text and rewrite them in a new dimension. 

2. CONCAT Function Use Case: Combine Host Name & Page Path to Create a FUll URL Dimension

For example, you might be familiar with a case like this, where you have your page path, especially when you have multiple domains attached to your Google Analytics account, it might be a bit deceiving. So, let’s add here, our hostname to this dimension. As we see it actually splits it up and shows us that, for example, the homepage belongs to different subdomains right here. 

What if we wanted to actually combine both of these so we have a more understandable data set. Or we can do this with text as well, by creating a new field. Using the Function of concatenate a call this full URL and will simply use the concatenate Function which has CONCAT as an input field, it takes the hostname and the page path. 

Here we go. Let’s save this and look at the result. We have our full URL here, pull that in. 

We can see what’s in between right now let’s put this down here. This plus this equals this new full-page path.

And again, we can get rid of our other dimensions and just have the full path for our understandable data. So concatenate is another Function you can use in your Calculated Fields in Data Studio to manipulate text and string together different text dimension values.

3. REGEX_EXTRACT Function  Use Case: Pull Search Query From Page Path

Let’s move on to the next example, which is the REGEX_EXTRACT function. An example here would be that you have a page path, which is clearly the search of your website. At the end of the URL, you have this q= parameter and afterward, the search string that was used on your website. 

This clearly shows the search. But to make it all more readable, why not pull out and extract the search query and put into a separate report. Again, here, we can use a Function. 

Let’s go ahead and create a new field, which is our search term. Here we’re going to use the REGEX_EXTRACT Function, which takes a Field as an input, which is our page path. Then our regular expression, you would need to know a bit of Regex in order to be able to use this effectively. But it’s well worth learning. Check out our tutorial on how to use Regex with our video right here.

The Regex that we will use here is simply looking for the query parameter, q=

Using a capture group to pull out anything that is in the back of this capture group that should do it.

Let’s save this and have a look at how this works.

It has pulled out these search terms from our page path. We can get rid of our page path variable to have a nice search term report.

4. REGEX_MATCH Function Identify which values contain certain keywords

Next up is the REGEX_MATCH Function.

In our example here, we have a search query report for a language learning website. As you might expect, users are often searching for the target language that they want to learn. But there are some more hidden key phrases that reveal more about what the users up to. 

If you go here into the view and look down here, maybe you can find one of those How are you was actually something you need to really dig through.

But here, for example, why French is… Why French is not as hard as you think, interesting. These search terms that start with why, what, when, where are oftentimes more telling about what the user actually wants, and might give us some ideas on future content generation, or keywords that you might want to book in Google Ads.

Let’s try to pull them out and actually filter them out. There are different methods of doing so. But a Function that you can use here is the REGEX_MATCH option.

Let’s try it out in a Calculated Field. We go over to create a new field. We’ll try to pull out our what, when, where and so on questions. We’ll utilize the REGEX_MATCH Function.

As an input, we take our query string and type in the regular expression to detect whether there is what when aware inside of the text.

This means that as long as they couldn’t, in the sentence, we should be able to pick this up.

Let’s save this and add this to our sheet. What this REGEX_MATCH option does is it spits out a false or true. In this case, all of these are false. But we should be able to find one or two of these trues. Let’s see here we have a true for how to learn French. This field can actually be used for a filter. 

Use Case: Create a Filter to Include or Exclude Search Terms Containing these Keywords

There are a lot of different ways of filtering data. But now that we have that new column, let’s use it for filter, simply filter out our w questions. We only want to include when, what, where equals true, let’s save this.

And voila, we get our list filter down to these terms like this a bit larger. So we’ll be able to see this. But we don’t actually need to have this column right here, we could also take it out and only look at this data and call this the one where report. The REGEX_MATCH option can be used to classify and search through strings of data. Then it could be used for example to create a filter. Or, as we can see in the next example, for bit more sophisticated filtering, which brings us to our last Function, which is probably the most used one is the case Function.

5. CASE Function – An If This, Then That Type Function

This is a very popular and also very powerful Formula. Here we have the same report as before. But this time, we’ll use the case Formula to build a more dynamic filter that we can utilize with a dynamic chart, let me show you what I mean.

The case Formula is really an if this, then that Formula, we will call this w class. And our case Formula always starts with a very succinct syntax. It starts with a case keyword and follows with when clauses. So when x happens, then do y. You can have multiple of these conditions in here. But at the end, you might want to have an else clause, which would then say, if none of the above are true, then just put this one in place. And all everything is ended with the end clause. This is the syntax of a case Formula. Let’s fill this out. 

What do we want to happen? 

Well, on the first classification, we would like to use our REGEX_MATCH option again, to filter by our query. And this time, we only put in as a Regex our who question for example, and when the who is found in the string, then I would like to classify it as who question mark. We can do this with all the different w questions.

So we would have why, and so on. In the end, if none of them are true, we just put this as others. Let me fill this out really quickly here. Here we have all our questions in here now, why, how, when, what, where, and it shows green.

Let’s update this. 

Put our new dimension in the report. We should see if we put this in the right order. We now have the how questions, the why questions, all classified in different categories. It’s kind of the same as we have a true or false but it’s more categories. 

Use Case: Create a Filter to Show Only Query Terms

How can this be useful? Well, if we duplicate this, and get rid of our query right here, we are only left with the query type terms that we imported into our Custom Dimension. 

There is a feature within Data Studio that actually lets us use this table as a filter.

How can you classify this as a filter?

Well, there’s an option down here on the interactions apply filter.

There are many other use cases for the CASE Function. But in general, if you want to classify something and aggregate it together, you might want to use the CASE Function for this purpose.

Use Cases might include general grouping or content grouping. Importantly, you can’t do this retroactively. Even if your data set doesn’t provide the channel grouping, by default, you can go in and edit it later. The CASE Function is really a powerful tool within Data Studio to have available for your data visualization.

FAQ How can I create Calculated Fields using Functions in Google Data Studio? What is the purpose of the REGEX_EXTRACT Function in Data Studio?

The REGEX_EXTRACT Function is used to extract specific patterns or values from a text dimension using regular expressions. For example, you can use this function to pull the search query from a page path or URL. By creating a Calculated Field with the REGEX_EXTRACT Function, you can extract the desired information and present it in a separate field.

How can I use the REGEX_MATCH Function in Data Studio?

The REGEX_MATCH Function helps identify whether a text dimension contains certain keywords or patterns using regular expressions. It returns a Boolean value (true/false) indicating the presence of the specified pattern. You can create a Calculated Field with the REGEX_MATCH Function to classify and filter data based on specific keywords or patterns.

Summary

All right, so there you have it, my favorite Functions to use for Calculated Fields in Data Studio.

Also, a great way to add extra information to your GDS reports is to add tooltip annotations to your graphs, charts, or reports.

Fix: Roblox Studio Login Failed, An Error Occurred While Logging Into Studio

The Roblox Studio Login Failed Error occurs when the software cannot connect to the Roblox server to verify your login credentials.

There are a few hiccups when you are playing this game but the good news is that these problems can be easily solved with the fixes mentioned in this article.

Read the write-up in detail and perform the troubleshooting steps for playing the game without any hassle.

In order to fix error code 279 on Roblox check out this article.

Incorrect Login Information

Server Issues

Software Bugs

If you are experiencing a login error in Roblox Studio, then there are a few things that can be done to troubleshoot the issue.

Those are mentioned below:

The first and foremost thing you can do is restart your PC and your router.

Then choose the power button and select the shutdown option.

Make sure to unplug all the power cables attached to your PC.

Next, open the power cable of your router.

Wait for a few minutes before you connect everything, and then restart your router and PC.

Launch the Roblox studio afterward and check if you can log in now.

If you still cannot, check the Roblox Studio Server.

First, you should check the Roblox studio server status.

Sometimes due to server outages, you may have a problem signing into the Roblox studio.

Visit Roblox’s official status page.

Expand the Filter section and choose Studio.

Check if there is and check for any service outage or if the server is under maintenance.

Wait for some time till the server is live again.

If all systems are operational, check your internet connection.

If all the servers are operating perfectly then ensure that you are using a reliable network connection.

You need to test your network connection using a speed testing site or application like Speedtest.

On this website, you can preview your average up and down speed.

If the login issue still persists then run an internet connection and troubleshooter.

Running an internet connection troubleshooter will be helpful in solving the studio log-in error.

Follow the simple steps to do it:

First, go to the Windows Settings option.

Select other troubleshooters and then run the Internet Connections troubleshooter.

It will take some time to check your connection and apply settings.

After the entire process gets over, launch the game and check for the issue.

Disable the VPN connection if you can’t eliminate the issue.

Certain VPN connections interfere while connecting to the Roblox servers, creating login errors.

Disabling the VPN connection can fix this error.

Try to do it by performing the following steps:

If you are fed up with the error then try to run Roblox Studio as administrator.

Relaunch Roblox and check whether you are getting the same error.

As per reports at times a password issue can cause this error.

If the players encounter a login issue, then a password reset can help you fix this issue.

You must reset the Roblox password using the registered email address or phone number.

After you have done that log in again to see if it fixes the Roblox login errors.

If not then reinstall the Roblox Studio.

Reinstall Roblox Studio if the above methods could not fix your problem.

To do this perform the following actions:

Finally, reinstall the Roblox Studio and check whether the issue is fixed.

Make sure that you close all the applications that are running on your PC.

There can be certain apps that can hinder the internet connection and can also prevent some apps from accessing the server and prevent you to log into your account.

Follow the steps to do so:

First, type Task Manager on the Windows Search menu.

That’s a wrap!

We will definitely try our best to address the problem with the relevant solution.

Reactive Miniverse Studio Final Presentation

Reactive Miniverse Studio

The Reactive Miniverse studio questions the future of digital spaces as spatial, cultural, entertaining, and educational experiences. Students learnt to generate complex architectural geometries and implementing and exploring them within game engines to create interactive and kinetic environments. This playful process aims to develop design and software skills, notably in Unreal Engine 5, Rhino3D, and Grasshopper.

Students explored the design of different typologies of digital space by creating unique assets for implementation in Unreal Engine using Rhinoceros 7 and Grasshopper. Specifically, they looked at SubD modeling in Rhino 7, cover Grasshopper fundamentals, and made more complex geometries using additional plugins like Kangaroo for form-finding and Dendro for more organic geometries.

Because of its prominence in recent years with games like Fortnite and use in the film industry, Unreal Engine served as the “Miniverse” platform. The fusion of architecture and design with this open-world software was inevitable, and it has gone well beyond visualization. It may be used as a design tool with many stakeholders and a tool for client discussions and an experience environment.

Studio instructors: Andrew Friedenberg

Andrew Friedenberg is an American architect and computational designer at Heatherwick Studio. He received his bachelor’s degree in architecture from the Architectural Association (AADRL) and has worked on projects ranging from material research to urban design. His passion was combining emerging technology like gaming engines with experiential and spatial design. He worked as a computational designer at Behnisch Architekten, Logitech, and THEVERYMANY.

Hamze Machmouchi

Hamze Machmouchi is an architectural designer and researcher at Zaha Hadid Architects who graduated from the Architectural Association’s Design Research Lab (AADRL). He previously earned a Bachelor of Architecture Magna Cum Laude from Boston Architectural College in the United States. During his time at the Architectural Association, he created a metaverse in which various real-life stakeholders may use assets that can be traded in a marketplace to form a whole neighborhood. From fabrication-aware design to fun configurators, he’s interest ed in research and transdisciplinary practice potential. He currently works at Zaha Hadid Architects (ZHA) and teaches at the Boston Architectural College.

Guest Juries: Stephen Hopkins:

Stephen is a multidisciplinary designer with work in various disciplines including stage design, architecture, clothing, and more. Currently, his time is split between stage design work for large scale shows and festivals, freelance visualization and design work, and Stephen’s own clothing brand part/WHOLE. Stephen’s studio is based in Everett, MA.

Mariana Cabugueira:

Mariana Cabugueira is a Portuguese architect and urban designer working as a senior architectural designer at Zaha Hadid Architects. She also teaches at the Architectural Association DRL in London and conducts live workshops, talks, and webinars with students worldwide. After graduating from the School of Architecture in Lisbon and the Politecnico di Milano, she traveled to London to study design and technology at the Architectural Association School’s Postgraduate course: Design Research Laboratory (DRL) (AA). Her research interests include Parametric Design, Generative Design, Digital Design, and Robotic Fabrication. Her final proposal envisions a cluster of structures in the heart of London that are dramatically diverse but physiologically related. Mariana graduated from the AA School in 2023 and joined Zaha Hadid Architects. Since then, she has been a member of the Competition Cluster, in charge of the Office’s High-End Design projects. She was a member of the Design Team for award-winning projects such as Navi Mumbai Airport, Western Sydney Airport, Chongqing Terminal 3b, Beijing Exhibition Center, and, most recently, Shenzhen Tower C.

Edward Meyers:

Edward is part of the Computational and Design Research Group at Zaha Hadid Architects (CODE). He is a registered architect in Australia where he practiced for 5 years, developing and delivering residential and small hospitality projects alongside large scaled urban design projects in several capital cities over Australia.

Aldo Sicilia:

Architectural designer and Master of Architecture and Urbanism (Design Research Laboratory) graduated from the Architectural Association in 2023. He was an active member of El Equipo Mazzanti from 2012 to 2023, and from 2024 he was the Project Lead Architect for the Atrio Towers, project in which the studio acted as local architect for Rogers, Stirk, Harbour + Partners. From 2023 he joined Zaha Hadid Architects, working on two of the stations of the new Oslo metro line.

Computational Dreamscape – Studio Eliana Nigro

Computational Dreamscape Workshop:

Discover the power of Grasshopper 3D and learn how to create innovative and socially responsible designs. The Computational Dreamscape workshop is a unique opportunity to explore parametric design tools and methods that emphasize creativity while achieving the most successful results.

We’ll demonstrate how Grasshopper 3D can help architects have a dynamic and fast workflow while fully controlling geometries. Using this software, you’ll be able to generate visually striking, engaging, and efficient geometries.

By participating in the workshop, you’ll develop your algorithmic thinking, understand geometry, and generate Grasshopper definitions that can be used for multiple purposes, making your projects unique and adaptable.

The scope of the workshop:

The workshop will explore the different ways in which design can contribute to enhancing a sense of community, identity, and relationship with others, offering spaces where everyone can play, rest, and enjoy time with their loved ones. These recreational areas can encourage active movement, creative exploration, and the development of social skills.

During the workshop, we´ll generate exciting designs, from the small scale of a room to the large urban scale. We will deal with sculptural installations with ever-changing effects, sinuous and colorful landscapes, and intriguing urban spaces, which can be inhabited in multiple ways and float between reality and fantasy.

Grasshopper 3D is crucial to generate these geometries that are difficult or impossible to achieve through traditional methods. Additionally, Grasshopper 3D enables us to experiment with several design iterations, test different scenarios, and optimize the design for specific constraints.

Methodology:

During the workshop, we’ll use a hands-on approach to learning. The workshop requires a basic understanding of Grasshopper, and the level is intermediate, starting with simplicity and building up complexity.

The final project will involve designing either an indoor art installation or an outdoor sculptural urban space. The workshop will focus on applying computational design techniques to create physical and digital matrices of parametric models, which will be used to suggest different spatial applications.

The final assignment will involve putting together a competitive set of static and dynamic visualizations to illustrate their progress (diagrams/renderings/videos). The students will work individually or in teams, depending on their preferences, and will receive guidance and feedback from the instructor throughout the process.

Objectives:

The students of the workshop are expected to learn a combination of theoretical and practical knowledge and gain professional experience. They will be taught to think outside the box and apply algorithmic approaches to efficiently solve architectural problems. The final project will give them something tangible to add to their portfolio.

The focus is on creating exciting and innovative projects, ensuring that the skills learned in the workshop can be applied in their everyday workflow. The aim is to produce work that is not just for show, but that can be used or inspire changes in the way they work.

Program:

DAY 01 – April 29th

30min – Introduction

30min – Theoretical explanation of the algorithmic process

3h – Technical tutorial

DAY 02 – April 30th

2h – Technical tutorial

1h – Individual tutoring

1h – Project review

Software:

Rhinoceros 7.0. The 90-day trial version can be downloaded

Plug-ins will be provided during the workshop.

Important Notes:

As part of our role in supporting the recent women’s movement in Iran, we are giving 20 free tickets to Iranian women. You can apply from this link.

Total sessions: 2 sessions (8 Hours).

The entire studio will be recorded, and videos will be available for participants just a day after the class for an unlimited time.

PAACADEMY will provide a certificate of attendance for students.

The studio has limited seats. Tickets are non-transferable & non-refundable. Please read before you purchase.

Please be informed that we won’t be able to provide any license, invitation, or educational account, for any of the software listed above. Having the software with a proper license and installing them on the computer is the responsibility of the attendees.

Instructor:

Eliana Nigro

Dell Studio 14Z: $649 14

Dell Studio 14z: $649 14-inch ultraportable

Dell have announced a budget ultraportable notebook, the Studio 14z series, with prices starting from $649.  Based around a range of Intel Core 2 Duo processors, the Studio 14z has a 14-inch 16:9 HD display, NVIDIA 9400m graphics and up to 5GB of RAM.

To keep things slim there’s no integrated optical drive, meaning the 14z measures between 0.79 and 1.2 inches thick.  A 1.3-megapixel webcam and dual digital microphones are standard, together with facial-recognition security software.  The Dell Studio 14z is available now.

Press Release:

New Dell Studio 14z Laptop Perfect Powerhouse for Online Generation

Thin, Cool Design for Those Who Download Media from Online Powerful, Mobile Entertainment System Combines HD Resolution Screen with Great Audio and 500GB1 Hard Drive Option

ROUND ROCK, Texas –(Business Wire)– May 28, 2009 For the generation that has grown up with the Internet and can find just about anything online, the new Dell Studio 14z laptop makes it easy to carry their digital world with them. Designed for students and others on the go who demand the perfect balance of mobility and performance, the Studio 14z is a homework-busting system by day and an entertainment powerhouse by night.

It features a svelte design and a huge 500GB1 hard drive option that can store up to 125,000 songs, 142,000 photos or 133 DVD quality movies2. The Studio 14z allows people to watch their favorite movies and TV shows, listen to streaming music with friends, store a vast MP3 collection and socially network from just about anywhere3.

The Studio 14z is the industry’s first consumer laptop available with FailSafe™ theft prevention. This option helps protect personal data should the laptop go missing or be stolen. With FailSafe engaged, owners can track network information and the ISP location of the laptop when it connects to the Internet, and get help to remotely erase selected files and render the laptop unusable until the rightful owner unlocks it.

“Young people have grown up with the Internet and can find almost everything they need online.” said Michael Tatelman, vice president of Dell’s global consumer sales and marketing. “They want a slim, easy-to-carry laptop and like the choice of a larger hard drive over an optical drive. The Studio 14z has the storage and speed that most people need, and it comes with color options that let them truly express who they are.”

The Studio 14z comes in six colors: Black Chain Link, Midnight Blue, Spring Green, Plum Purple, Ruby Red and Promise Pink (U.S. only). Dell will donate $5 to Susan G. Komen for the Cure® from the purchase of each Promise Pink laptop.

The new laptop also comes with Dell Remote Access4; the optional premium version allows people to access content via their home network of personal computing devices including desktops, laptops, ultra-mobile devices, smart phones and web cameras.

Priced from $649 U.S., the Studio 14z is available now online and over the phone in the U.S. and Canada.

The News:

New Dell Studio 14z laptop sports a stylish, thin (0.79–1.2-inches) design for students and digital downloaders who want a combination of power and exceptional mobility

Energy-efficient, mercury-free, 14-inch 16:9 LED display with HD resolution (720p/ 900p)

Intel® Pentium® Dual Core, and Intel Core™ 2 Duo standard voltage processors up to T9550 (2.66GHz, 1066Mhz FSB, 6MB Cache)

Integrated NVIDIA® GeForce® 9400M graphics5

Digital Video/Audio via HDMI and DisplayPort

Standard 1.3MP webcam with dual digital array mics

Starting weight of 4.3 pounds6

Standard FastAccess™ Facial Recognition Software to help prevent unauthorized access to your computer

Optional Phoenix FailSafe™ Theft Protection to help protect laptop and data in event of theft

Advanced touchpad control to help improve productivity

4W, SRS®, 2.0 Audio w/ discrete tweeters and dual headphone jacks

Up to 500GB1 HDD capacity

Optional 8:1 Media Card Reader via 34mm Express Card slot

Six-cell battery standard, optional slim design 8-cell battery for up to 6:46 hours of battery life with WLED display option7

Standard Wi-Fi, optional Bluetooth® and mobile broadband to connect anywhere3

eSATA connectivity for high speed data transfer rate (up to 6X USB 2.0)

PowerShare – Charge your USB-connected cell phone and other mobile devices via the USB 2.0/eSATA combo port even when you’re unplugged from a power outlet

Optional external optical drive options (DVD+/-RW, Blu-ray Disc™ read-only and read-write drives)

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