In the world of automation, the path of a computer vision engineer attracts thousands of aspirants. Computer vision technology explores to create understanding and analysis of the visual stimulus, meaning, it concerns analyzing and creating different methods that allow devices to understand any visual information.
A computer vision engineer should understand the use of advanced technologies and software to detect and analyze data populations to support automation and decision-making through visuals. One needs to possess knowledge about the different methods that can be used to analyze, process, and acquire an understanding of digital images. Close familiarity with the programming language Matlab with machine learning skills helps to get ahead in this career path.
Various technical skills like experience with OpenCV, Convolutional Neural Networks (CNNs) can become an added advantage in improving one's chances of getting selected. A computer vision engineer should have a keen interest in algebra, calculus, and statistics with knowledge and experience in programming languages like C++, Java, Python, and others. Other skills required to become a successful computer vision engineer are:
Strong analytical and critical thinking skills are a plus point to move ahead in this career to solve complex problems for accurate solutions.
Several companies look for aspiring computer vision engineers with a bachelor's or a higher degree in computer vision, machine learning, information systems, computer science, mathematics, or other related fields. Many employers look for interns and freshers with undergraduate and master's degrees to develop and grasp knowledge about the skills on the job. Experience in managing and leveraging data sets and in UNIX/Linux command-line tools might become an added advantage. Organizations look for candidates with excellent analytical and mathematical knowledge with remarkable interpersonal skills.
Computer Vision Technology enjoys a steady market of US$2.37 million and is anticipated to grow at a CAGR of 47% by 2023. It is a fast-developing field and has attracted the attention of several industries. Different hardware advancements with the emerging deep learning technologies have amplified the growth of the field. The availability of different data sets like ImageNet and Caltech 101 have encouraged vision engineers and advanced practitioners to choose this career path.
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