A lot of people consider robots as a futuristic technology, while a few consider it as a threat to their jobs. Whatever your thought might be, robots play a significant role in today’s modern world, especially in industries like retail, construction, and healthcare.
This robotic technology is growing and will revolutionize the ways humans live and work. Developers, software engineers, mechanical engineers, and other technically skilled resources play a crucial role in robotics design, development, and deployment. According to a recent report by Statista, the robotics revenue is expected to reach USD 34.94bn in 2023.
The report also highlights Service robotics as the largest growing robotics segment, with a projected market value of USD 26.09bn in 2023. The robotics revenue is projected to grow at a CAGR rate of 5.52%during the forecasted period from 2023 to 2027 and generate USD 43.32bn by 2027.
There is a tremendous surge in the number of jobs for designing and developing robots. Moreover, the industry is also looking for skilled technical resources that develop the software that runs these robots.
Following are a few technical skills that are required to scale your profession in the robotics field:
Proficient Technology Design
If you are looking to grow your career in robotics, it is crucial that you are efficient in designing technology because it is crucial for robotics developers to design and deploy systems that actually work.
Robotics developers even need to have technical analysis skills to determine which aspect of the design does not work as expected and what are the potential reasons for it. Repairing the devices is an essential technical skill that even robot engineers need to have.
Also Read: Maximize Edge Deployment Success Using Top Deployment Strategies
In order to become a proficient robot designer requires mastery in a wide range of aspects.
Robotics designers and developers should be capable of isolating the problems and implementing effective solutions to resolve the problems from the root and ensure the robots are working as expected.
Advanced Programming Language Skills
Robotics designers, engineers, and developers should have a deep understanding of all the latest and advanced computer programming languages like C++, python, and Java. It is crucial for roboticists to know these programming languages thoroughly because it will help them to draft a code that controls the behavior and movement of the robot.
Moreover, robotics development also needs expertise in managing popular robotics-specific libraries such as robot operating systems (ROS) and open computer vision (OpenCV).
Mechanical and Electrical Engineering Skill Sets
While designing and developing physical systems like robots it needs a better understanding of mechanics and materials to improve the efficiency of the robots. Roboticists should have a better understanding of kinematics, dynamics, and control systems. Moreover, they need to have the capability to design and develop robotic hardware leveraging advanced applications like 3D modeling software and computer-aided design (CAD).
Industrial roboticists need to have electrical engineering skill sets because these robots usually need electrical power and control systems. If you are looking to scale your career in robotics development, you should get in-depth knowledge of circuits, power systems, and sensors. Moreover, robot developers should have technical knowledge of tools and devices like oscilloscopes and multimeters, which are leveraged to test and troubleshoot electrical systems.
Also Read: Mozilla and Google to Create non-WebKit iOS Browsers
Computer Vision and Machine Learning Capabilities
Other than programming, roboticists also have profound knowledge of computer science. It is crucial to have capabilities to seamlessly integrate Artificial intelligence (AI) and Machine Learning (ML) tools to make robust industrial robots.
Because efficient robots need to be reliant on computer vision and machine learning frameworks to interact and navigate through the live environment. Every robot developer should need to be familiar with neural networks, image processing technologies, and machine learning frameworks.
Software, mechanical, and electrical engineers, that want to scale in the robotics industry need to enhance their skillsets to stay competitive in an ever-evolving job market.