Course curriculum

    1. Welcome to Chapter 2

    2. The difference between a topic and a theme and how to develop a topic (primary theme)

    3. A thought process on developing the second topic

    4. A thought process on developing the third topic and our potential book titles

    5. Bonus lecture: Another example on developing topics and a theme

    6. Exercise: Summarizing my topics and theme

    7. Exercise: Give your book a title

    1. Welcome to Chapter 3

    2. Why do we develop the table of contents now?

    3. A table of contents in the digital age

    4. Structuring a draft of your table of contents

    5. Thought process for grouping your first theme

    6. Thought process for grouping your second theme

    7. Thought process for grouping your third theme

    8. Reflecting on my initial/draft table of contents

    9. Estimating the number of pages per chapter

    10. Bonus lecture (Part 1): Another example on developing a table of contents

    11. Bonus lecture (Part 2): Another example on developing a table of contents

    12. Exercise: Build your table of contents

    1. Welcome to Chapter 4

    2. Considerations when choosing a publisher

    3. Typical requirements for a research-oriented book proposal

    4. Consideration 1: A working title and/or subtitle

    5. Consideration 2: Type of book

    6. Consideration 3: Keywords, main- and sub-disciplines

    7. Consideration 4: Author and editor information

    8. Consideration 5: Intended audience

    9. Consideration 6: Motivation, purpose and benefits

    10. Consideration 7: Unique selling points

    11. Consideration 8: Competition to your work

    12. Consideration 9: Table of contents

    13. Consideration 10: Timeline

    14. Consideration 11/12: Initial specifications of your book and suggested reviewers

    15. Exercise: Prepare your preliminary book proposal

    1. Welcome to Chapter 5

    2. Mini-goals for writing your first chapter

    3. Using your table of contents to create an outline for your first chapter

    4. Generating sub-topics through introductory content

    5. Important requirements for your first chapter

    6. Exercise: Preparing an outline for your first chapter

    1. Welcome to Chapter 6

    2. A technical definition of an abstract

    3. A technical definition of an introduction

    4. An example of an abstract

    5. An example of an introduction

About this course

  • $49.00
  • 70 lessons
  • 8 hours of video content

What you will have accomplished after completing this course:

After completing this course, you will be in a position to start writing the important content of your book, with a potential book proposal ready and a great start on your first chapter.

  • Develop a primary topic and theme(s) for your book

  • Construct potential book titles for a wider audience

  • Develop your initial table of contents

  • Have a book proposal ready for most publishers

  • In-depth focus on Chapter 1 abstract, introduction, conclusion and 'skeleton'

  • Learn useful tips on consistency and how to be efficient with figures, graphs and equations

  • Gain the confidence to start writing your book immediately

Your instructor for this course

Wynand Lambrechts

Johannes Wynand Lambrechts, SMIEEE, obtained his B.Eng., M.Eng., and Ph.D. degrees in Electronic Engineering from the University of Pretoria (UP), South Africa. He has authored 3 publications in peer-reviewed journals and has presented at various local and international conferences. Wynand is the lead author of five books; all published by global publishers. He has co-authored six contributing chapters in other books. He is currently a Principal Electronic Engineer (Semiconductor) and a senior research associate at the University of Johannesburg (UJ), South Africa.

Books by Wynand Lambrechts

These are some examples of books written by your course presenter. These books have been published by international publishers and used a similar strategy as outlined in this course to effectively and efficiently complete each book.

Microsensing Networks for Sustainable Cities

SiGe-based Re-engineering of Electronic Warfare Subsystems

Last Mile Internet Access for Emerging Economies

Extending Moore's Law through Advanced Semiconductor Design and Processing Techniques

Millimeter-wave Integrated Technologies in the Era of the Fourth Industrial Revolution