We are going to talk about Robotics Architecture. Is there any future of it? That sounds a bit of rhetoric. Therefore let’s talk it out. Nowadays, programming has become really vast. In every industry, programming is used. In addition to that, we can say that programming is merging. Merging with all sorts of industries. Programming is merging with all the professions.
The reason is that programming makes things efficient. Imagine creating stuff that can help you in your work. Programming can do that. Therefore, while we are on this subject, you might have seen some weird looking buildings. The parametric design is really complex.
Therefore, if they were to build with manual labors, it would take years in just design. With the rise of technology, we are seeing more advanced parametric designs. Therefore, these designs are applied to many buildings nowadays. How exactly does robotics process automation architecture work?
Now, we have many programs which can design these buildings. You can easily tweak different conditions in that program. The computer then renders everything and gives you a rough look of them.
A lot of architectures think that there are no rules in designing. But there certainly are. Sometimes after making a whole building they get to know that they missed out in some small details. Therefore, planning and rules is a must. BIM models can record the lifecycle of a building. Combining AI with these parametric design call help to achieve that. With all planning in mind, you can go on against your mistakes.
Therefore, you have this machine that can run you through many options. With the designs in mind, you can choose the most appropriate option.
Robotic Architecture Technology
With good use of these programs and AI, we can create infinite numbers of designs with this autonomous technology. There are many 3D printers available right now. They pack serious features and can build basically anything you want them to. Along with 3D printers, the bricklaying drones are also new and awesome to work with.
These technologies are surely from the future. As of now, they are not really in our industries that much. Therefore, keep in mind that these technologies are still in the beta stage. They need a lot of improvements to actually become useful. Let’s take the example of smartphones. How they looked and how they are now.
We can easily conclude that in some decades later, there will be applications for designing a whole house maybe. Just like we use to make websites. Therefore, maybe the next hot path for everyone is 3D Printing and Robotics in Manufacturing.
But to be honest, unlike autonomous driving destroying the driver’s job. I don’t think that is going to happen with the architectures. But, to save this profession we have to think about how it works. How everything in our profession works. Therefore, a computer can design stuff far better than human beings. But computers don’t have the creativity like human beings.
Therefore, human beings will perform more like a mind and Robots will be the body.
So let’s talk about what exactly is Robotics in Architecture.
Robotics in Architecture
There are many ways that a robot can be used. In order to create objects, it’s being used with the appropriate approach of things.
To program a robot in a structured manner, they use robot control architecture. System developers, mostly depend upon robotic architecture. Therefore, the significance of it is to provide some computational results such as communications and processing. So what is a control architecture?
It is a system that provides a set of rules and principles for the control system. It provides some rules and constraints that help a designer and aids him in building stuff. Therefore, a system designer has to scale up the control of many complex robots. In addition to this, they do have to deal with various behaviors at once.
Mostly it’s really difficult to tell just by looking at a robot about the control architecture it’s using. When it comes to more complex robots There are different circumstances that will impact the control architecture of a robot. They are as follows
- Speed of Sensors
- Static or Dynamic State
The Robot task can also have a huge effect on the robot’s control architecture. Therefore, if the task is complex or easy, it will affect it.
With more complex tasks the architecture control system can encounter problems that can have an impact on the control system. Therefore, for this regard, many changes were made but the barriers are still there.
The parallel processing Paradigm can only fix this issue. Now there are two types of processes.
1. Asynchronous Process
In most simple words, Asynchronous Process is the process that is executed in the background. Therefore, the user doesn’t have to wait for it to be completed. There is no deadline for this processing.
2. Synchronous Process
This involves completing a process while the user having to wait. Other processes will be stopped. This is the Synchronous process. The user does have to wait for the process to finish.
There are some standards for choosing A Robot Control Architecture.
1. Parallel Processing Support
This includes the ability to run parallel processes or behaviors at the same time.
This includes how much architecture can be applied to real robots and sensors. In addition to that, how all the computations can be applied to the microprocessors.
This includes the basic flexibility of the architecture.
4. Ease of Use
Is it easy to access the architecture? Moreover, are there tools available to polish it?
Now let’s talk about some of the ways Robotic Architecture in AI is changing Architecture.
Robotic Architecture Changing Architecture
People are not sure how they feel about AI in Architecture. We all know that AI is changing industries like, Manufacturing, Gaming, Hacking, and Medicine. But what about Architecture? How exactly is Robotic AI changing Architecture today?
The whole idea of Robotic AI in Architecture is Robotics in architecture creating, designing and finishing buildings. Or even some other stuff like cars. AI has proven something. It does more good than it does bad, Cloud Robotics Architecture Challenges and Applications is a really popular book about it.
1. Large Data for Design
AI in Robotics requires a lot of data actually. Data to perform a lot of tasks. These tasks include Visual, speech recognition and translation. So, in order to do stuff like this, Robots need to handle a large amount of data.
This is where AI outshines architects. For most of the designers, designing is a pretty big deal. In order for them to achieve that. They need to think a lot and do sound planning. With the rise of AI, speed and accuracy are so much that anything can be done really fast. It’s the dream of every architect and designer.
2. Early Foundation
AI can use huge data and use it in decision making. Decision making and recommendations play a vital role in the design process. This is really important in the early stage of the design process. For the architect, it’s pretty hard to do research for hours and hours at an early stage.
It’s often really difficult. Understanding the design and requirement takes a toll on designers’ work. This is right where AI comes into play.
The ability of AI is to process limitless amounts of data. Therefore, architects with the use of AI can easily research a large amount of data with ease and precision. Without having to even touch pen and paper, they can make important pre-planning decisions.
Imagine having to build a house on the client’s demand. An architect will need to keep everything in mind while building it. He will have to think about things like the age of family members and their preference.
But, AI comes into play with this. With the power to handle a large amount of data, it can do anything. It just offers a lot of design preferences too.
3. Parametric Design
This is a favorite word of the architects. Moreover, you’ll often hear this word in the field of architecture. It’s like a weapon for most architectures. Therefore, Parametric design is a system that allows architects to use different designs in order to create complex shapes. These shapes are pretty much impossible to make without a parametric design system.
In other words, we can say that it’s the programming language of Architects. It gives all sorts of constraints to the architect. From putting data to creating loops. Everything is present in it. Tools like “Grasshopper” is made with CAD. Architects can use geometric programming. In addition, they can also create some super complex algorithms.
This shows us that, robotics in architecture nowadays, is just a software away from us.
The traditional method of planning in architecture is really complex. Therefore, sometimes it takes years of planning just to create a visual design. Therefore, this is where AI comes into play. AI makes sure that the planning for an architect is pretty easy. Moreover, it provides some really powerful tools for analysis and creating data. Therefore, it’s easy for architects to create models and judging the environment.
All these techniques can make significant time saving and make it easier for the architect to plan and create. If we take a look at the construction site. AI is proven to be quite helpful. With little to no workers, Robotics in Architecture can build everything. Robotic Drones are also used nowadays.
5. Smart City
This one is for the future. The architecture of Robotics in AI can change the way our cities look. What we see now, it can change in the coming years. Moreover, planning of making a city is a really big and complex task to achieve. However, planning will still need to be done.
How the city will survive in that ecosystem and things like that. Robotic Architecture in Artificial Intelligence will change the way our cities look. But it’s really difficult for the ecosystem to coexist with our smart cities. The emergence of Artificial Intelligence will make the architects rethink about the way they make stuff.
Everything in Smart houses will contact to each other. It will be a global connection between everything. It will limit waste, increase safety and limit real-time traffic.
6. Making Houses
In addition to smart cities, smart homes will also be at work. Imagine auto-opening the secure gates of your house. The high end faces recognition security systems. It’s all possible with the use of AI in housing. Therefore, with the use of Robotics Software Architecture, everything is quite possible.
Robotics in Architecture with A.I
Artificial Intelligence in Architecture is often used by an architect for various projects. Therefore, it’s not new in this industry. But mostly, it’s used for site planning without even having to go to a certain place.
Moreover, a big trend is using game engines for many architectural purposes. Game Engine is used to make games. Therefore, all features and realistic things are present in them. With the use of these engines, architects do use them in their productivity. A good example of the game engine is the 3D Unity Game Engine. It’s best for making 3D projects. With the Architecture of Robotics in Ai built-in, you can really do various stuff in a pretty short time span. For example, finding out the shortest distance to a certain exit.
However, architects are learning programming languages. Therefore, it will be a big rise in Robotics in the Architecture industry. More and more software will be made for that purpose. There is much software present in the market which can assist us in doing the projects. They can give us the best layout according to inputted data. Everything in this software can be organized using the power of Robotics in Architecture. There is much robotic software architecture in artificial intelligence available already.
By the use of AI in Architecture. we can actually analyze everything without even having to leave our computers. Eco designer Sar is a great example of this software.
A.I. in Urban Planning
In the future, there’s a possibility that AI will analyze every housing and generate plans accordingly. The use of AI will improve housing plans. With more people getting into technology day by day, the world is actually becoming a Global Village. Assessing people with the use of AI will prove to be pretty successful.
The use of AI in Architecture will actually control problems like population and disease. It can analyze the population and growth of the disease. Therefore, with proper planning, the government can actually take measures for several problems that are rising every day in our society.
Simply put, the data of citizens will be put onto a cloud. With the use of cloud, AI will prove fruitful in analyzing a large amount of data. So this data can further be put in a plan by architects. This is how Robotics in the Architectural industry will improve everything.
Therefore, now let’s talk about some of the projects that are futuristic and future proof.
1. University of Stuttgart’s Pavilion
University of Stuttgart’s researchers have been researching about how robots can improve architectural industry for a long time. There research includes cutting edge materials such as bioplastic and carbon fiber. Bioplastic is mostly used in 3D Printing.
Every year they show off their research by showcasing their new models. In the past, they have made robot’s stitch together beech plywood components. The results were rather amusing. They created a shell-like a segment of a sea urchin. Moreover, it looked pretty amazing. Therefore, in the future, these geniuses are expected to research all the innovation.
2. 3D Printed Steel Bridge
MX3D, at a new technology startup, is building a 3D Printed Steel bridge. This fully 3D printed steel bridge will be created from scratch by robotic arms. The bridge will be showcased in Amsterdam. The Robots will rotate their arms with six degrees of movement. Therefore, this will prove helpful in the working of the robots.
Robots can create basically anything. With Robotics in Architecture Industry, everything will be changed soon.
3. 3D Rock Printed by Robotic Arms
One of the main focuses of Chicago’s Architectural Biennial was this 3D printed rock. This rock was fully built using Robotic Arms. Gravel and Rock were the only material. This shows how robots in architecture will change everything in the future.
4. Barn made with Robots
Every year there’s a competition in London. Moreover, students have to showcase their projects there. Therefore, every year we see a lot of new innovation. For the first time in forever, students have used robots for their projects. What they made was impressive. It was a barn with a roof truss structure. Therefore, it’s totally mind-blowing. Isn’t it?
With the use of timber, a robotic arm shaped all the components. After that, they came up with this result. It was pretty cheap. Therefore, if even a school project can be like this. Imagine what sort of things we will get to see once we actually arrive at the prime of Robotics in Manufacturing.
Traditional Construction methods can be slow and error-prone. However, robotics in architecture has changed the way we build stuff. Therefore, it’s a whole new revolution. This new evolution in the field of Robotics can change the way we live.
From smart mobiles to self-driving cars, applications of AI and Robotics in architecture are limitless. Therefore, even the construction industry is revolutionizing with the use of these technologies. Architects and developers have taken measures in order to make everything simple and intuitive. This reduces the time and increases efficiency in the construction companies.
Machines vs Robots
In other way, construction robots are on their way to our world. There is a difference between Machine and a Robot. It’s definitely right to say that all Robots are machines. On the other hand, we cannot say that all machines are robots.
The thing that distinguishes a robot from a machine is rather simple. Robots are programmable and are able to do a complex task. They can control a high amount of data with efficiency and precision. They can even operate on at least semi-autonomous levels.
For example, the use of Exoskeletons in building something might look like a robot. But the work is still done by the worker. The same thing is with drones. They can carry out a variety of tasks. But, really they are still being controlled by human beings.
The most common type of Robot in construction is Robotic Arms. Therefore, for decades we have seen robots making different objects in industries. Moreover, today, the companies are adapting nonstationary robots too.
Some Modern Achievement by Robotics
Helping us in a couple of tasks, these robots will have a huge impact on various industries. They will be time friendly and fast. Odico Formwork Robotics Architecture in Artificial Intelligence has developed a robot that uses hot wire cutting.
It can make pretty complex curved concrete molds. If we talk about building them by using human workers. It’s a really complex task/ But with Odico’s robot, they have just changed a bunch of money and time.
Zaha Hadid Architect has built a whole primary school using robots in china. On the other hand, in bricklaying, SAM 100, a robot is the world’s first robot which is used for on-site construction.
Hadrian X, developed by Fast Brick Robotics can 3D Print and lay bricks at the same time. It completed the superstructure of a house in just two days.
With the rise of programming and Robotics in architecture, everything can be achieved. We have seen a lot of robots that are helping us in construction. Therefore, in the future, I can already see where the architectural industry will lead toward. It’ll be one of the hottest career paths for people. Along with it, everything will be fast and cost-saving. The future of Robotics in the Architectural Industry is pretty bright. Architecture Design Robotics is pretty complex as of now.
Therefore, there are a few Pros and Cons of Robotics too. But the application of robotics in Architectural industries really surpasses our expectations. From building a house to smart cities, I really want to see how much far we will go in the robotics game.