"Why Tacit Knowledge is More Important Than Deliberate Practice: Connecting Design and Engineering"

"Why Tacit Knowledge is More Important Than Deliberate Practice: Connecting Design and Engineering"

When it comes to acquiring knowledge and expertise, there are different approaches that people often take. One popular concept is deliberate practice, which involves a systematic and focused effort to improve skills through repetition and targeted training. However, there is another type of knowledge that is often overlooked but can be equally, if not more important - tacit knowledge.

Tacit knowledge refers to knowledge that cannot be easily articulated or captured through words alone. It is the kind of knowledge that is acquired through experience, observation, and emulation. In fact, tacit knowledge instruction often happens through things like imitation, emulation, and apprenticeship. Instead of explaining things in terms of a long list of caveats, tacit knowledge is learned by copying what the master does until the principles behind the actions are internalized.

The reason why tacit knowledge is so valuable is that it enables individuals to make complex judgments and decisions based on a multitude of factors. It allows for instantaneous solution selection that balances dozens of considerations against each other. This type of knowledge is difficult, if not impossible, to learn through explanation alone. It requires hands-on experience and a deep understanding of the embodied feelings necessary to succeed in a particular field.

Deliberate practice, on the other hand, is often limited to domains with a long history of well-established pedagogy, such as music, math, and chess. It involves following a set of procedures blindly, which denies individuals the ability to build expertise and hinders their creative problem-solving skills. In other words, deliberate practice alone cannot lead to the development of tacit knowledge.

So, how can we bridge the gap between deliberate practice and tacit knowledge in fields like design and engineering? One approach is to focus on three key elements: space, time, and language.

1. Space: Creating a shared space where a fixed team can work together is crucial. This allows for collaboration, feedback, and the opportunity to learn from more experienced team members. By working closely with a master, individuals can gain tacit knowledge through observation and emulation.

2. Time: Establishing a shared timeframe, such as a sprint, can help synchronize efforts and create a sense of urgency. This shared time frame allows for focused work and the opportunity to learn from mistakes and iterate quickly. It also provides a structured environment for the acquisition of tacit knowledge.

3. Language: Developing a common language is essential for effective communication and collaboration. This includes using shared terminology and metrics, such as velocity, to facilitate dialogue and ensure that everyone is on the same page. A common language helps to bridge the gap between design and engineering, enabling better understanding and cooperation.

In conclusion, while deliberate practice has its merits, it is tacit knowledge that holds the key to true expertise. Acquiring tacit knowledge requires more than just following a set of procedures blindly. It involves immersing oneself in an environment where observation, emulation, and feedback are paramount. By focusing on creating shared spaces, timeframes, and languages, we can bridge the gap between design and engineering and unlock the power of tacit knowledge. So, next time you're looking to improve your skills, consider seeking out a master and learning through emulation and experience rather than relying solely on deliberate practice.

Actionable Advice:

1. Seek out mentors or masters in your field and learn through observation and emulation. Embrace the opportunity to work closely with experienced individuals who can impart tacit knowledge.

2. Create a structured and collaborative environment by establishing fixed teams and shared time frames. This allows for focused work, feedback, and the opportunity to learn from mistakes and iterate quickly.

3. Develop a common language and terminology to facilitate communication and understanding between different disciplines, such as design and engineering. This shared language will foster better collaboration and the exchange of tacit knowledge.

By incorporating these actionable advice, you can enhance your learning journey and tap into the power of tacit knowledge. Remember, it is not just about deliberate practice, but also about immersing yourself in the embodied feelings and experiences necessary to truly excel in your chosen field.