Automation and Robotic Design: Building an Exciting Future


The world has undergone a kind of revolution in this time frame, especially in the last few decades, in terms of how we perceive science and technology and how new ideas and innovations are being incorporated into daily life. Parallel to this growth in understanding and application of “STEM” subjects, the field of architecture is also undergoing a relatively quiet but profound change that is fundamentally altering how we see the buildings we admire, use, or live in. 

There is also another field in which modern technologies revolutionize the field of the construction industry. We are talking about robotics — flexible automated building systems. The construction industries have long been mostly embracing these automation designs across the globe. Robotic automation has been broadly adopted by the assembling industries for quite a long time. Most architectural groups, designer and artists have even growing infrastructures with computational designs with insignificant human oversight.

Robotic automation brings higher creation proficiency, a more secure workplace, lower expenses and unrivalled quality. The use of robotics in building and architecture is changing how architects approach their projects. This innovation isn’t just a passing fad; it will eventually play a crucial role in the design process. Those that adopt this fascinating and innovative technology now will be better prepared to create the most energy-efficient structures in the future.

Apart we all have seen a colossal upsurge in smart home items that make it simple to address ordinary family unit needs—from changing the temperature to checking who’s at the entryway, or in any event, getting a decent night’s rest. A large number of these frameworks will likewise become familiar with your inclinations and change your home’s current circumstance in like manner. Automated furniture likewise offers better approaches to expand space.

Introduction to Automation and Robotic Design

Automation and Robotics design is the utilization of control frameworks and data advancements to lessen the requirement for human work in the creation of infrastructures, furniture, goods, and enterprises. In the extent of industrialization, computerization is a stage beyond automation.

By automating construction operations, Robotic Process Automation (RPA) is a cutting-edge software technology that makes difficult work simple and controllable by using modern technologies, like software for scripting, coding or programming to automate construction processes that require a lot of human labour. This technology’s objective is to increase the viability of building work rather than to completely replace human labour in the industry.

Revolution across the Globe

BIG partner Kai-Uwe Bergmann said that, “The architecture industry is at the start of a “maker revolution” that could see robots transform construction.”

Despite the fact that interest in automation is at an all-time high, robotics have long been used in the building industry. When the construction industry in Japan saw a boom in the 1970s and 1980s, more skilled workers were needed than there were individuals with the necessary skills. Robots have been developed to do a wide range of jobs, including excavation, material handling, and rebar insertion. However, despite this early success, robots did not take off in the construction sector the way it did in other industries. This is due to the fact that building operations and sites were infamously challenging to automate, in contrast to the monotonous mass assembly lines found in automobile plants.

From gathering and pick-and-spot to material taking care of and bundling, the number of robots working get together plants keeps on growing — a major piece of the new wave of manufacturing plant robotization is revolving around the globe. The Science Museum in Seoul is the most notable in a recent string of new structures that have been planned and built using robotics, a technology that promises to transform the engineering, architecture, and construction sectors, which currently involve enormous amounts of labour-intensive, frequently ineffective manual labour. With automation, architects, designers and engineers hope to relieve humans of boring and hazardous tasks, increase productivity, delivering projects more quickly and within budget.

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Automation and Robots in Architecture

The utilization of automated fabrication in architecture, art, and design, intently interfaces the structures with bleeding edge research establishments along with BAS functions include maintaining a building’s temperature within a certain range, lighting rooms according to an occupancy schedule, monitoring system performance and device failures, and alerting building maintenance workers to malfunctions. The majority of contemporary construction projects already use machines in some capacity. In architecture, it is hard to characterize what a robot is. The word is slanted to allude to anything from automated arms to CNC processing machines to 3D printers. Here are just a few examples of how robots and other sophisticated technology simplify the lives of project managers and architects alike.

Smart Homes

Compared to a building without a BAS, maintenance and energy expenditures ought to be lower. An application used to remotely control and manage connected non-computing equipment in the house via a smartphone or tablet. Automation and managing a home’s lighting system with the use of smart light bulbs. Smart home apps may automate and regulate a variety of house features in addition to lighting, such as heating and cooling, entertainment systems, doors and windows, window coverings, security systems, water sprinklers, and appliances. Smart home apps may also monitor environments and systems and give alerts in the case of a problem with the right sensors.

On-Site Construction Work

On the actual construction site, robots are frequently used to carry out construction jobs. For instance, drones may currently transport materials at great heights or install masonry. Typically, implementing that would need complicated scaffolding and some level of risk. RPA can be used for precise and accurate layout surveys along with brick laying with accuracy, according to pre-defined patterns. Construction managers now use robotic arms instead of conventional cranes, simplifying the procedure from start to finish.

Creating Precise Models

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Managers may now create ideal models of their building before the actual construction process gets started thanks to robotics and AI. Models can be produced that are incredibly detailed and 100% exact using new technologies like 3D printing. Additionally, architects can test out various building materials to see which ones would yield the best results for the structure.

Achieving Sustainability

For a while now, green, sustainable construction has been the norm. Architects must take this into consideration because it is only anticipated that the tendency will persist. Building-integrated machines can continuously keep an eye on things like temperature, air quality, and light. The HVAC system can then be adjusted by those devices automatically in order to make the building energy-efficient.

Technologies Controlling Automation and Robotic Designs

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Although the most common type of robotics used in architecture right now is robot arms. Occasionally, more extreme robotic design methodologies are now being used by architects and designers. A small quad-rotor robotic helicopter with four wheels had been put together. The advancements for controlling robotics machines are particularly versatile for progress into architecture and plan. Out of a coordinated effort between KUKA (a robot producer), Rhinoceros (a NURBS displaying system), and Grasshopper (Rhino Plugin), KUKA permits creators to not just control robots with a program effectively boundless in the architectural calling, yet to recreate the actual fabrication digitally.

The KR100 L80AH 6-axis robot was created by KUKA for large-scale tooling, prototyping, and moulding architectural components. The device has the potential to produce smaller, more intricate sculpture-type items as well as objects up to 50′ wide by 12′ high. The robot can mill a variety of materials, including foam, wood, fibreglass, and composites, with extreme accuracy. The robot’s head has integrated resin spraying and chopper gun systems that save time and space during application adjustments.

Advantages of Robotic Designs

It is apparent that there are numerous robotics initiatives, each of which is progressing independently. Talking about automation and robots in architecture, robots have a number of advantages over humans in the workplace. For instance, robots can frequently complete things significantly more quickly and can even work continuously on projects without getting tired. Because of less error-prone technology, the items created by robots are more reliable in terms of their design, construction, and general quality.

The risk of injury to human workers is reduced when dangerous construction operations (such as sophisticated crane work or demolition) are performed by robots. Also as fewer workers are needed to design and construct structures, the operation as a whole is leaner.

Disadvantages of Robotic Designs

Robotic technology is developing, but the construction industry has its own special challenges. For robots to be employed in construction effectively, a number of issues must be resolved. The building sites will always be in a state of flux, as various building operations or trades are active at a same time. Robots have traditionally had difficulty adjusting to such an unpredictable and shifting environment.

The majority of robotics in construction research has been centred on the creation of novel systems. Because robotic automation just requires one process, as a result, it does not necessitate a significant amount of labour. Therefore, may result in unemployment. The connection between workers in the construction industry and robots hasn’t received the same emphasis up to this point.

Future of Robotics Automation in Architecture

As already indicated, recent years have seen a significant expansion of the robotics industry. There are many perspectives on where the technology might go. There are some fascinating possibilities that could be right around the bend when it comes to the consequences of architecture and construction. The potential applications of this technology go beyond simple modelling, assembly, building, on-site troubleshooting, and energy saving, according to architects.  

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The use of robotics in architecture and construction is still in its infancy, thus architects might not have access to these advancements until the technology has been properly developed and tested. Nevertheless, it’s critical to take into account this emerging technology now so that architects can continue to push the boundaries of what is now feasible. Robotics will probably contribute considerably more to the design process in the future than it does now.


Robotics automation is a beneficial concept for the construction industry, as it has already had a substantial impact on how construction projects are organised, carried out, and maintained. Only a decade ago, some things could have appeared like science fiction, but now anything is possible. Undoubtedly, robotics will have a significant impact on how the building and architectural industries evolve in the years to come.

The rise of robotic technologies in architectural design raises concerns about potential future changes to construction techniques. In organised spaces, effective architectural robots have a bright future. In contrast to the majority of construction machinery, robots can learn, adapt, and take action based on their own senses and perceptions.

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