Significant Impact of Neuroscience in Developing a New Talent Acquisition Strategy

Significant Impact of Neuroscience in Developing a New Talent Acquisition Strategy

Parul Kulshrestha, Dhiresh Kulshrestha
Copyright: © 2024 |Pages: 15
DOI: 10.4018/979-8-3693-1785-3.ch017
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Abstract

This chapter synthesises the key insights of neuroscience and human resources and its impact on understanding human behavior in developing new talent acquisition strategy. Neuroscience, once confined to medical and biological domains, has transcended academic boundaries and infiltrated practical arenas, particularly the modern workplace and HR departments. This interdisciplinary field explores the intricacies of human performance, bridging the gap between scientific research and social sciences. In the realm of HR, these insights hold tremendous potential. Environmental factors, notably culture, wield a profound influence on human behavior, shaping beliefs and values. Experiences, emotions, and cognitive biases further mold individual reactions. Neural pathways formed through experiences guide responses to similar situations, emphasising the profound impact of patterns created in the brain. Emotions, integral to decision-making, are both inputs and outputs, deeply influencing behavior.
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Human Brain

The cerebrum, cerebellum, and brain stem are three of the most important parts of the brain, which is a crucial component of the central nervous system. Two-thirds of the weight of the brain is made up of the cerebrum, which is located at the top of the brain (Augustyn et al., 2005). It has two hemispheres, with the first controlling activities including language, communication, sensory perception, memory, processing sounds and images, olfaction, taste, and emotions. Space and optical perception are interpreted by the second hemisphere.

Despite taking up only around 10% of the overall volume of the brain, the cerebellum, which is located towards the back of the brain, is home to more than 50% of all neurons (Knierim, 2019). It gathers sensory data from several systems, the spinal cord, and other parts of the brain, then refines commands to ensure coordinated and accurate motions. The cerebellum also contributes to maintaining posture, balance, and some cognitive abilities.

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