Bøker av Daniel N Wilke

Discover the Essence of Learning Mastery Enhance your ability to learn with "The Lost Art of Learning." This book unveils a universal yet oft-forgotten skill that revolutionises our ability to learn. It simplifies the complexity of diverse educational theories into one focused practical skill that seems to have slipped through the cracks of modern education. This book aims to revive and strengthen a once innate skill in us as children that has since faded from our current learning environment. With a narrative enriched by his experiences as a learner, educator, spouse, and parent, Wilke provides a compelling case for this foundational skill. His book serves as a beacon for students struggling to harness their educational potential, for teachers striving to impart knowledge more effectively, and for parents navigating the concerns of their children's educational journeys. It also speaks to creators of educational content and syllabi architects and the eternally curious minds eager to foster personal growth.The learning insight shared in this book transcends the classroom boundaries, offering insights into how this skill can be applied to various aspects of life beyond formal education. Wilke's writing is clear and concise to ensure this crucial message remains focused, comprehensible, and free of peripheral ideas that distract. By joining Wilke on this "The Lost Art of Learning" journey, readers are invited to rediscover an art of learning that need not be lost any longer-an art essential for mastering the act of learning itself. This book reshapes how you think about learning and integrates knowledge into every facet of your life, redefining the essence of true learning mastery. For less than the price of a movie ticket, you can embark on the 'The Lost Art of Learning' journey to reclaim a mastery of learning that was once second nature to your inner child.

This book presents basic optimization principles and gradient-based algorithms to a general audience, in a brief and easy-to-read form. It enables professionals to apply optimization theory to engineering, physics, chemistry, or business economics.