Robotics can be defined as a brand of engineering that primarily focuses on the design, construction, programming and operation of robots. Robots are created to perform tasks autonomously or with the guidance of humans. Such tasks can range from simple repetitive tasks to complex operations that require critical thinking or decision-making abilities. 

In this era of advanced technology, robotics is expected to have an increased impact on society, contributing to areas such as industrial automation and autonomous vehicles. The integration of Artificial Intelligence and enhanced sensing and perception capabilities have reshaped various industries and domains. 

The below-mentioned post will share with you some crucial details regarding the development of robotics and how it has revolutionised various industries.

Top Industries Utilising Robotics

Here are a few examples of industries that have harnessed robotics’s power to boost productivity and convenience for their businesses and customers. 

Manufacturing 

An interesting fact about the manufacturing industry is that it was the first-ever field to adopt robotics, such as computer numerical control machines and automobile assembly line machines. Gone are the days when we required human labour to handle basic manufacturing tasks, such as packaging and quality control. All these can now be achieved through the use of robotics, and that too, with accuracy and consistency. 

Furthermore, robotics can now also be implemented in hazardous environments to reduce human risks. They are equipped with all the necessary tools and technology to handle tasks involving toxic chemicals, extreme temperatures, and heavy machinery. 

Healthcare Industry

The healthcare industry is yet another field that has greatly benefited from the implementation of robotics in its day-to-day operations. The da Vinci surgical system is perhaps one of the best examples to substantiate this statement. It enables surgeons to perform minimally invasive procedures with enhanced precision. Furthermore, these systems also consist of robotic arms directly controlled by the surgeons, thus offering them a magnified, high-resolution view of the surgical site. 

The rise of telemedicine robots has also allowed doctors to connect with patients in remote locations and provide them with the necessary diagnosis. They are equipped with cameras and audio systems that allow healthcare professionals to remotely monitor vital signs. Additionally, they are now being used in medical education and allow specialists to provide guidance during procedures conducted in distant locations.

Agriculture

By incorporating robotics into agriculture, farmers have been able to explore a plethora of benefits, such as enhanced productivity, optimised resource usage, and improved crop quality, among others. Recently, there has been a significant rise in the demand for self-driving robots, or autonomous vehicles, that are utilised for performing basic tasks such as ploughing, seeding and spraying. Furthermore, these robots are also equipped with GPS and advanced sensors that allow us to navigate the field and perform tasks in an accurate and efficient manner. 

Robotic systems and sensors are also used to monitor livestock health, behaviour and feeding pattern. They can track animal movements, detect diseases (if any) and automate the whole feeding process. Additionally, livestock monitoring robots have also proven to be extremely beneficial in early disease detection and improving animal welfare. 

Military 

In the military industry, the robotic technology has various applications. Perhaps, one of the highly visible ones includes the use of unmanned aerial vehicles, commonly referred to as UAVs. UAVs are typically drones that perform a wide range of tasks, such as surveillance, target acquisition, and aerial strikes. These remotely operated aircraft possess the ability to provide real-time situational awareness and perform missions in highly dangerous or inaccessible locations without risking human lives. 

Apart from this, robotic technology also contributes to military training and simulation exercises. Simulated environments with robotic targets allow troops to practice combat scenarios, thereby enhancing their skills and decision-making abilities. This not only improves readiness but also significantly reduces the risks of live training exercises. 

Last but definitely not least, robotics plays a crucial role in disaster response efforts. They are used for search and rescue operations, delivering aid supplies and providing the required support in hazardous environments. They can assist in assessing damage, and locating survivors, thus facilitating recovery operations. 

Future Of Robotics

Given these various applications of robotic technology across multiple industries, it can be safe to say that the future of robotic technology is likely to witness exponential growth in the upcoming years. The integration of Artificial Intelligence with robotic technology will not only lead to enhanced perception and decision-making abilities but will also allow them to adapt to dynamic environments and collaborate with humans more effectively. 

According to a recent report, by the year 2030, as much as 30% of jobs worldwide are likely to be automated. Another report suggests that, by 2030, the stock of robots worldwide will hit 20 million. These stats clearly imply the growing significance and implementation of robotics in the coming future, further proving why starting a career in robotics can be highly beneficial in the long run!

Conclusion

The future of robotics is undoubtedly promising and holds immense potential to improve efficiency, enhance the quality of life and push all known boundaries of what is possible across various industries and domains. In order to achieve the same, we require continued research, development and collaboration. 

On that note, check out Artificial Intelligence and Machine Learning course, brought to you by Eduonix Learning Solutions. The program works as a comprehensive guide to the fundamentals of both AI and ML, starting with their definition to their applications in our day-to-day life. 

Reference:

https://www.simplilearn.com/future-of-robotics-article

https://www.futurelearn.com/info/blog/general/introduction-robotics-future-robots

https://onlinemasters.ohio.edu/blog/5-industries-utilizing-robotics/

https://www.dqindia.com/advancements-in-robotics-and-automation-transforming-industries/