Concrete Models: Tangible Solutions for Complex Problems
Introduction
As society becomes increasingly complex, it is becoming more challenging to solve problems through traditional thinking alone. Concrete models provide a fresh perspective that helps make complex problems more tangible, allowing us to better understand them and develop appropriate solutions.
What are Concrete Models?
Concrete models are physical or virtual representations that depict complex systems or processes. They enable us to be more interactive with the problem we are trying to solve and make it easier to communicate our ideas to others. Concrete models can take many forms, including scale models, flow charts, 3D prints, or simulations.
Why Use Concrete Models?
Concrete models help overcome the limitations of abstract thinking. By creating a visual aid, it is easier to identify the interdependent variables, prioritize the dominant factors and develop a deeper understanding of how a system works. By improving our understanding of a system, we can identify potential problems and propose effective solutions that otherwise might not have been apparent without a “hands-on” approach.
Examples of Concrete Models in Action
Urban Planning
Concrete models are ideal for city planning. Urban planners create scale models of entire cities to help identify potential traffic congestion areas, ideal building locations, natural disaster areas, and other factors that could impact the safety and livability of the city. By planning and testing different scenarios with a model, cities can work from a more informed position.
Environmental Sustainability
To create new marketing materials, pharmaceutical companies invest millions of dollars in research and development. They must also address concerns about the impact of their products on the environment. One example of a concrete model in action is the method of creating biodegradable packaging materials. Plastic waste is a growing environmental concern, and using concrete models, researchers are identifying ways for companies to reduce their carbon footprint by creating materials that biodegrade after use.
Education
Education is another field where concrete models are highly effective. In fields such as mathematics, science, and engineering, three-dimensional models can represent complex concepts more easily. For example, a 3D print of a protein molecule could help students see how the atoms that make up the molecule are arranged in space. By using concrete models, educators can help students understand complex material more easily and improve student outcomes.
The Future of Concrete Models
Given its potential for simplifying complex problems, it is likely that the use of concrete models will continue to grow across industries. Technological advances such as 3D printing, virtual reality, and augmented reality will continue to contribute to their growth by making it more accessible and cost-effective.
