Nonviolent Communication: A Language of Life by Marshall B. Rosenberg is a transformative guide to improving communication and fostering meaningful relationships. At its core, the book introduces the Nonviolent Communication (NVC) framework, which emphasises empathy, compassion, and clarity to resolve conflicts, build connections, and communicate effectively without causing harm.
Paul McFedries' "Excel Pivot Tables and Pivot Charts: Your visual blueprint for creating dynamic spreadsheets" is a practical and visually oriented guide designed to help users harness the powerful features of Excel pivot tables and pivot charts. This book is part of the "Your visual blueprint" series, known for its step-by-step visual format that makes complex concepts accessible and easy to understand.
"The Performance Appraisal Question and Answer Book: A Survival Guide for Managers" by Dick Grote is a comprehensive resource designed to assist managers in navigating the complexities of performance appraisals. Grote, a renowned expert in performance management, provides a practical guide filled with questions and answers to address the challenges managers face during the performance review process.
"Don't Sweat the Small Stuff... and It's All Small Stuff" is a self-help book written by Richard Carlson, a psychologist and bestselling author. The book offers practical advice for managing stress and anxiety by focusing on what really matters in life.
Burnout: The Secret to Unlocking the Stress Cycle by Emily Nagoski and Amelia Nagoski is a comprehensive guide that explores the science behind burnout and offers practical strategies for managing and recovering from stress. Drawing from research in psychology, neuroscience, and physiology, the authors provide valuable insights and tools to help individuals understand and address the complexities of burnout.
Critical Chain Project Management (CCPM) is a project management methodology that was introduced by Eliyahu Goldratt in his book, "Critical Chain". This approach to project management is based on the theory of constraints, which states that every system is limited by a small number of constraints that must be managed in order to optimize the overall performance of the system.