March 2, 2015 14:28 by JLC
||Author(s) : Erica Dhawan
Publisher : Palgrave Macmillan Trade
Date : 2015
Format : PDF
Pages : 256
ISBN : 1137279788
Connectional Intelligence unlocks the 21st-century secret to getting "big things done," regardless of who you are, where you live, or what you do.
We typically associate success and leadership with smarts, passion and luck. But in today's hypercompetitive world, even those gifts aren't enough. Get Big Things Done argues that the game changer is a thoroughly modern skill called Connectional Intelligence. Virtually anyone can maximize his or her potential, and achieve breakthrough performance, by developing this crucial ability.
So, what is it? Put simply, Connectional Intelligence is the ability to combine knowledge, ambition and human capital, forging connections on a global scale that create unprecedented value and meaning. As radical a concept as Emotional Intelligence was in the 90s, Connectional Intelligence is changing everything from business and sports to academics, health and politics by quickly, efficiently and creatively helping people enlist supporters, drive innovation, develop strategies and implement solutions to big problems.
Can a small-town pumpkin grower affect the global food crisis? A Fortune 500 executive change her company's outdated culture through video storytelling? A hip-hop artist launch an international happiness movement? Or a scientist use virtual reality games to lower pain for burn victims? The answer, you'll read, is a resounding yes. Each of these individuals is using Connectional Intelligence to become a power player to get big things done.
Erica Dhawan and Saj-nicole Joni's Get Big Things Done unlocks the secrets of how the world's movers and shakers use Connectional Intelligence to achieve their personal and professional goals no matter how ambitious.
Chapters address many important aspects for the successful application of adhesive bonding in shipbuilding and offshore structures, such as: requirements for bonded connections, selection of adhesives and pre-design, design and fabrication of bonded joints for advanced ships, design of adhesively bonded joints for wind turbine blades and predicting failure of bonded joints.