This course, Electronics Devices & Circuits (EDC), delves into the fundamental components and principles that make up electronic devices and circuits. It offers an in-depth understanding of the intricate working mechanisms of essential electronic components vital to modern technology. From diodes and transistors to amplifiers and oscillators, the course covers an extensive range of topics related to electronic devices. Participants will gain a comprehensive knowledge of how electronic devices function, their applications, and their various types and configurations. Furthermore, this course emphasizes the analysis and design of circuits using these electronic devices. Students will learn about circuit parameters, network theorems, and transfer functions. They will explore different circuit configurations, such as amplifiers, filters, and oscillators, and understand their characteristics and applications. The course also delves into important concepts like biasing, feedback, and stability analysis of electronic circuits. Participants will encounter various analog and digital circuits, enabling them to comprehend their behavior and performance. They will become proficient in analyzing circuits using various techniques, tools, and methods. Covering both theoretical foundations and practical applications, this course provides hands-on experience with electronic devices and circuits. Students will have the opportunity to design, simulate, and analyze circuits using computer-aided design tools and software. They will understand the challenges and best practices in implementing electronic circuits in real-world scenarios. By the end of this course, participants will possess a solid understanding of electronic devices and their applications in circuit design.