Organisations around the world are discovering neuroscience as the research base for future-orientated success. Through neuroimaging technology, we now have a deeper understanding of how the brain functions, shedding light on behaviour, motivation, learning and memory, providing insight into evidence based leadership practices. This webinar summarises the foundation of applied social neuroscience and that is, what transpires in a personal interaction between leader and team member (or trainer/teacher and trainee/student) that impacts on motivation levels to engage at our best performance. Explore how to strengthen your influence as a leader to improve learning uptake and bring about behaviour change through a neuroscience lens. Discover why emotion can’t be separated from decision making, what happens in the brain during unwelcome change, what cognitive bias means for leadership impact, how the brain thinks in expectation and what this means for leading teams. Reflect on your own leadership style and approach, based on the 12 Leadership Attributes that build trust, rapport and growth and the 10 motivational triggers.

Join Dr Judi Newman as she shares her research and practice and explores answers to these burning questions with practical strategies and tools to implement immediately and much more.

• How does a leader prime conversational chemistry?

• Why is distrust the default of the lower regions of the brain?

• What are the three questions we ask ourselves when we interact with someone that effects our behaviour?

• What leadership behaviours trigger defensiveness and resistance?

• What is the most powerful leadership strategy for building other leaders around you?

• Why are leadership behaviours brain based but not always brain wise?

• How does the brain learn best?

• Why do you forget what you came into a room for?

• When you buy a new car, why do you then see them everywhere?

Audience: Corporate CEOs, Professionals, School leaders and teachers, trainers, coaches, and anyone interested in applied social neuroscience.