Quantum Human Design™ – Episode 5 with Amber Clements

<p>Quantum Human Design is a new and transformed Human Design language that is more expansive, empowering, expressive and comes with a more comprehensive understanding. It's been deliberately engineered and upgraded the HD vocabulary to a powerful, positive, higher vibrational frequency of energy to help you fully activate your potential. In this week's episode, we have Amber Clements who adores human design and how it helps us understand and improve ourselves.<br /> <br /> <strong>Episode Highlights:</strong><br /> <br /> ● How do you make the most of the reflectors in your life? How do you support, love and encourage them? <strong>[02:04]<br /> ●</strong> What's the reflector experience like? Particularly, the beauty and openness of a reflector. <strong>[03:32]<br /> ●</strong> Real-life experiences as a reflector and making firm decisions along the way. <strong>[07:00]<br /> ●</strong> Going through life transitions and making adjustments. <strong>[09:00]<br /> ●</strong> Finding your rock and consistency in relationships. <strong>[11:00]<br /> ●</strong> What to tell your 16-year-old reflector self. <strong>[12:00]<br /> <br /> Guest Bio:<br /> <br /></strong>Amber Clements first discovered HD at a pivotal point in her life. She was at the peak of her professional career, managing a large team and working on a multi-million-dollar government project that was intended to shift the way to help at-risk children. She was passionate about the project, the challenge was mighty and the team were fantastic but something was missing. She identified this as corporate stuck-ness!</p> <p>The structure, systems and rules of government were getting in the way of any true revolution. Too much energy and time was vested in bureaucratic red tape and layers of management. Sufficient time wasn't allocated where it was needed most - with the people this change affected. Amber quickly realized that despite her best efforts, she was never going to make a real difference working within these rigid structures which actually constric