The informed intervention position, working between an engineering mindset and a natural-systems mindset, sounds straightforward as a principle. It is not straightforward in practice.
Ajaz Ahmed’s Velocity, written during his time leading AKQA, made the case for mixing art and science compellingly. It pointed at something real. But pointing at it and doing it are different things, and the gap between them is large.
Doing it is a lifelong craft. Society as a whole has not really managed it. Art and science appear in many forms, across many fields, and the synthesis looks different in each one. There is no general method for it. You develop the capacity over time, through exposure and practice, and it remains unfinished.
Understanding the engineering end means knowing when it applies and, more importantly, when it does not. Understanding the natural-systems end means grasping complexity, chaos, and emergence not as academic theory but as something you have built an intuition for through actual work in both natural systems and organisations.
Complexity science is one way into that understanding, but it is not a requirement. It is a particular strand, and an intensive one, demanding in educational and computational terms. But even without it you can engage seriously with how complex systems behave. What you need is pattern recognition, which comes from experience and experimentation, and a willingness to hold different ways of seeing at the same time without collapsing them into one.
The synthesis, holding the engineering understanding and the natural-systems understanding together and knowing which to reach for, does not reduce to a method. That is the point. It applies where methods run out.
Related
- Informed intervention
- The NASA mindset and its limits
- Carrifran Wildwood
- References & Influences — Santa Fe Institute, ecological resilience theory
- Aperture