Description

Electronic Series KIT-1 by Gurpawan Mand is an attempt to break the conventional paradigm and make electronics fun to learn, simple to understand and easy to relate to. It is an amalgamation of both theoretical and practical learning. With the content of the book mapped to the standard physics curriculum, the book’s purpose is to help readers develop a structured approach to problem solving, and shape their thought processes to look at things from a different perspective. 

The book is also an attempt to lure everyone who enjoy building and learning, but indispensable for those who want to pursue a career in engineering or in research and development. Electronic Series KIT-1 helps readers visualize concepts and build a strong theoretical base with beautiful illustrations and pictures. It encourages self-learning and self-evaluation, enabling them to become independent learners. The DYK bubbles and Q-boxes in the book helps keep readers engaged and interested throughout. 

Divided into two books, comprising three learning levels, Electronic Series KIT-1 has 18 chapters. It strives to give readers a better understanding of topics like current, electricity and semiconductors. It emphasizes on hands-on, do-it-yourself project-based learning, as the writer, Mr Mand, believes that ‘learning by doing’ is more effective and long lasting. 

Book 2 is in continuation to Book-1 and covers more advanced concepts of electronics in 8 different chapters. Each chapter gives the reader an in-depth and comprehensive working knowledge of topics covering relays, diodes, semiconductors, logic gates, zener diodes, DC motors, transistors, and signals. Readers can learn to prototype circuits on a breadboard with 31 hands-on experiments that are explained in detail. It also enables readers to build and analyze projects step-by-step. 

With various activities, observations and reasonings in the book, Electronic Series KIT-1 gives an extensive knowledge for those who want to explore the ‘whys’ and ‘hows’ and want a clearer and deeper understanding of the fundamentals of electricity and dive deep into the world of electronics.