Interior Design essays

Interior Design essays In their article, Interior design education within a human ecological framework, Kaup, Anderson and Honey (2007) argue for an interdisciplinary model of interior design education that would incorporate the study of human ecology. Kaup, Anderson and Honey contend that such an approach would enhance the overall skill set of interior designers, allowing them to provide a greater benefit to businesses, homeowners and communities, while also addressing some of the perceived training gaps in current interior design education. While Kaup, Anderson and Honey (2007) structure their article as an argumentative essay, they rely heavily on a literature-review format to help cement their points. To begin their argument, Kaup, Anderson and Honey define human ecology as the study of human beings, their environments and human-environment interactions from a holistic perspective (p. 45). Human ecology incorporates the science of human behavior study with the art of creating functional design to enhance how humans thrive in their environments. In short, the authors argue that students who study human ecology as part of their interior design curriculum will be exposed to such diverse fields as anthropology, archeology, architecture, biology, demography and more (p. 46). This would provide a more complete education than most interior design students are currently receiving at U.S. colleges, Kaup, Anderson and Honey contend. According to Kaup, Anderson and Honey (2007), state licensing of interior designers has been increasing steadily since the 1960s, and the Council for Interior Design Accreditation has established minimum standards that accredited colleges must adhere to in the construct and delivery of their programs. Those standards, however, leave colleges a fair degree of latitude in deciding which disciplines to align their programs with. For example, some colleges emphasize the artistic element of interior design, ...

Get a Description and Diagram of Thalamus Gray Matter

Get a Description and Diagram of Thalamus Gray Matter Thalamus: The thalamus is a large, dual lobed mass of gray matter buried under the cerebral cortex. It is involved in sensory perception and regulation of motor functions. The thalamus is a limbic system structure and it connects areas of the cerebral cortex that are involved in sensory perception and movement with other parts of the brain and spinal cord that also have a role in sensation and movement. As a regulator of sensory information, the thalamus also controls sleep and awake states of consciousness. The thalamus sends out signals in the brain to reduce the perception of and response to sensory information, such as sound during sleep. Function: The thalamus is involved in several functions of the body including: Motor ControlReceives Auditory, Somatosensory, and Visual Sensory SignalsRelays Sensory Signals to the Cerebral Cortex Memory Formation and Emotional ExpressionPain PerceptionControls Sleep and Awake States The thalamus has nerve connections with the cerebral cortex and hippocampus. In addition, connections with the spinal cord allow the thalamus to receive sensory information from the peripheral nervous system and various regions of the body. This information is then sent to the appropriate area of the brain for processing. For example, the thalamus sends touch sensory information to the somatosensory cortex of the parietal lobes. It sends visual information to the visual cortex of the occipital lobes and auditory signals are sent to the auditory cortex of the temporal lobes. Location: Directionally, the thalamus is situated at the top of the brainstem, between the cerebral cortex and midbrain. It is superior to the hypothalamus. Divisions: The thalamus is divided into three sections by the internal medullary lamina. This Y-shaped layer of white matter formed of myelinated fibers divides the thalamus into anterior, medial, and lateral parts. Diencephalon: The thalamus is a component of the diencephalon. The diencephalon is one of two major divisions of the forebrain. It consists of the thalamus, hypothalamus, epithalamus (including the pineal gland), and subthalamus (ventral thalamus). Diencephalon structures form the floor and lateral wall of the third ventricle. The third ventricle is part of a system of linked cavities (cerebral ventricles) in the brain that extend to form the central canal of the spinal cord. Thalamus Damage: Damage to the thalamus may result in a number of problems related to sensory perception. Thalamic syndrome is condition that causes an individual to experience excessive pain or a loss of sensation in limbs. Damage to areas of the thalamus that are associated with visual sensory processing can cause visual field problems. Damage to the thalamus can also result in sleep disorders, memory problems, and auditory issues.