Graduation Project Guidance (Electrical Engineering)

Author: Dong Jinfeng
Publisher:
Publish Date: 2005-02-01
Features: "Graduation Project Guidance (Electrical Engineering)" This book takes the perspective of explaining examples of graduation projects in electrical engineering, primarily introducing the design process and implementation methods for each stage of the graduation project. The content covers the engineering applications of key courses and main knowledge in electrical engineering. The book is divided into seven chapters, including an overview of graduation projects, design guidance for programmable logic controller applications, relay contactor series control design guidance, power supply and distribution design guidance, frequency conversion speed regulation design guidance, microcomputer control system design guidance, information management system design guidance, and an appendix. Based on the progression of graduation projects, the book addresses common issues and critical challenges that students often encounter during the design process. By studying and researching the examples in the book, students can broaden their perspectives, master general norms and methods of engineering design, integrate theoretical knowledge with practical application, and lay a solid foundation for entering the workforce and adapting to societal needs. The book features novel content, insightful explanations, clear and concise language, a well-structured layout, and appropriately selected material. It emphasizes engineering applications and design practice, strengthens and supplements weak areas in the teaching process, and highlights the integrated use of various courses. The book provides both systematic and comprehensive overviews of engineering design categories and detailed introductions to the ideas, methods, steps, and techniques of numerous example designs. The examples include complete hardware circuit diagrams and software program codes. The comprehensive topics focus on explaining the key points, difficulties, and interfaces between modules in the design. The authors of the book are all "dual-qualified" teachers and researchers, with extensive experience in both engineering practice and teaching. The examples in the book come from production equipment and research projects that have been successfully tested and put into use, showcasing the combination of practicality and advanced technology, as well as a strong focus on real-world production applications. This book serves as a bridge between theoretical knowledge and practical application, providing guidance for graduation projects in electrical engineering. It is also a comprehensive reference book for those new to electrical engineering design. The book is suitable for use as a teaching material or self-study resource for graduation project stages in universities and colleges, including industrial automation, electrical technology, automatic control, measurement and control technology, mechatronics, computer applications, and computer software. It can also be used for teaching purposes in vocational colleges, evening schools, correspondence courses, and self-study examinations, as well as serving as a reference for engineering technicians engaged in development and design.