How should I practice and learn to be world class FPGA engineer

 How should I practice and learn to be world class FPGA engineer?

Becoming a world-class FPGA engineer is no easy feat. It requires a great deal of skill and expertise in designing FPGA modules, which can be applied to implementing various algorithms and systems. I was fortunate enough to learn from a professor in my country who is considered to be a world-class FPGA engineer himself. He worked on numerous research projects involving the implementation of systems and algorithms on FPGA, such as simultaneous localization and mapping (SLAM), image feature detection and matching, and evolutionary computation, among others.

If you want to follow in his footsteps and become a skilled FPGA engineer yourself, I would highly recommend implementing algorithms that require a significant amount of computational time on FPGA. One area to focus on is image processing algorithms. These algorithms require a lot of memory capacity and involve many challenging techniques, such as loading and presenting images. By implementing such algorithms on FPGA, you can dramatically decrease the overall computational time required.

If you find image processing algorithms to be too challenging at first, you can start with implementing genetic algorithms or particle swarm optimization (PSO) instead. These are excellent techniques to practice and build your skills on your way to becoming a world-class FPGA engineer.

Overall, becoming a world-class FPGA engineer takes a lot of dedication, practice, and hard work. By focusing on implementing challenging algorithms and systems on FPGA, you can build the necessary skills and expertise to become a master in the field.