Modelo lineal de innovación

Innovation Models: Understanding the Linear Model

Introduction to the Linear Model of Innovation

• The podcast discusses the linear model of innovation, also known as the push or technology-driven model, which emerged post-World War II and lasted until the 1960s.

• This model emphasizes a sequential relationship between basic research, applied research, development, and commercialization, prioritizing scientific research as the foundation for innovation.

Characteristics of the Push Model

• The push model suggests that technological change relies heavily on a cumulative body of scientific knowledge from basic research through to market application.

• It presents limitations by viewing technological innovation as a rational process that can be planned and controlled in distinct stages.

• A schematic representation illustrates this linear progression from basic research to market commercialization.

Transition to Demand-Pull Models

• Starting in the 1960s, there was increased focus on marketing's role in innovation processes leading to demand-pull models.

• These models highlight market needs driving innovation rather than solely relying on scientific advancements.

Critiques of Linear Models

• Linear models face criticism for overlooking feedback loops and interactions between different stages of innovation.

• Failures at various stages may necessitate revisiting earlier steps, indicating that innovation is not strictly linear.

Advantages and Disadvantages of Linear Innovation Models

• Advantages include practical development processes and effectiveness in certain innovative methods like nanotechnology.

• Disadvantages involve potential harm when omitting essential phases such as basic research, which can hinder overall innovative progress.