The Concepts of Organizational Structure and Post-Straturalism


The concepts of Organizational structure and post-structuralism are often attributed to the neo-Kantian philosopher Ernst Cassirer. Essentially, structure is a description of how a system is organized and composed of components. In addition to hierarchies and many-to-many connections, structures can also be lattices and networks of connections between neighbors. Regardless of its origins, these concepts have become central to the field of cognitive science.

Organizational structure

An organization’s organizational structure is one of its most important pillars. It determines the relationship between managers and employees, as well as how information is passed throughout the organization. The right structure can support the company’s mission and vision, while also promoting employee satisfaction. While organizational structure is an important decision for any company, the best choice may change if the business model changes. Here are some important considerations to make before you make the final decision:

The most common type of organizational structure is the functional one. This approach groups employees by specialty, with managers overseeing each area and reporting to a director. It also encourages team collaboration, because managers report to a director who oversees several departments. However, a functional structure can result in silos. That’s why it’s important to consider a company’s needs and the type of organizational structure it’s best for.

Norms for structure are based on family and perceived cultural norms of home ownership. Researchers collected data from 485 subjects in 1977 and analyzed it using multiple pie-regression and correlations. The deficits investigated the effect of structure on housing satisfaction, tenure, and propensity to move. The study concluded that the tenure-structure of a home was related to its occupants’ level of housing satisfaction. A study of such findings may be useful in explaining how a tenure-structure impacts a person’s propensity to move.


The institutional structure is the embodied structure of roles and rules. Individuals occupy roles which reflect their individual character and the personality of the institution. For example, the British Government in the Second World War reflected the character of Winston Churchill. Institutions are dynamic entities that have history and a diachronic structure, and often have a partially open future. But there are some important differences between institutions and people. Here are some differences and similarities between institutions and people.

Individual agency is a common feature of a society, but this reality may be at odds with institutional structure. Institutional actors have some discretionary power, which is limited by the institutional structure, but institutional agents are able to act. A police officer, for instance, has considerable discretionary power. Some philosophers debate whether institutions have agency. Tollefsen, Gilbert, and Epstein have argued for the alleged agency of institutions.

Positive feedback loop

In genetics, the positive feedback loop acts as a switch that turns on a process rapidly and suppresses transient fluctuations. In biological systems, the positive feedback loop can confer evolutionary advantages. Despite their complexity, achieving a balance between these properties is not an easy task. The exact properties of positive feedback loops depend on the rates of production of key components in the system. Hence, a mathematical model of a positive feedback loop can help understand the mechanism of disease.

To create a positive feedback loop, you must first know what you want from the feedback. There are two basic types of feedback loop: positive and negative. A positive feedback loop enhances a change, while a negative feedback loop dampens the changes and holds the system at an equilibrium state. In a positive feedback loop, a stimulus X produces a reaction Y, which in turn produces more stimulus X. Conversely, negative feedback loops cause reactions to be less powerful and the process to stop.