A lot of real world computer vision is implemented on embedded devices with limited computational resources (ARMs, DSPs, etc.) so understanding how a lot of com

A lot of real world computer vision is implemented on embedded devices with limited computational resources (ARMs, DSPs, etc.) so understanding how a lot of commonly used algorithms can be efficiently implemented in embedded systems is important. It is possibly a way for you to jump the gap from "embedded software developer" to "computer vision engineer". Also keep in mind that in many companies a "computer vision engineer" is fundamentally a different beast from a "software developer". A CV engineer creates software but the emphasis tends to be more on systems and is not 100% about software. This will vary a lot by company but if you're working with prototype hardware you will need to get at least a working knowledge of optics. Fun and trendy though it may be, I would not focus on deep learning / convolutional neural networks to start off. Deep learning is a small subset of computer vision. I would focus more on understanding the basics of image processing, camera projection geometry, how to calibrate cameras, stereo vision, and machine learning in general (not just deep learning). Working with OpenCV is a good place to start for all of these topics. Set yourself a project with tangible goals and get to work.