In recent years, electrical engineers have gained new opportunities—greater computational power (including distributed), materials with enhanced properties, flexible manufacturing methods, compact power electronics, high-performance control electronics, and finally, software with artificial intelligence elements. Collectively, these tools enable the creation of new generations of electric machines with performances unseen before. At the same time, a notable issue is the lack of a widespread practice within the profession to discuss the future. This is a significant problem, as most electrical engineers do not have a clear understanding of the direction of the development of electric machines and Electromechanics. This can lead to an inability to meet the real challenges of the radically changing modern world and contribute to the necessary changes. As a result, motivation may decrease, frustration with the profession may set in, and some may even consider leaving the field altogether.