Neuroergonomics is about optimizing cognitive performance by studying human behavior in real-world scenarios. This includes monitoring brain activity during tasks to enhance productivity.
Advancements in engineering have shifted neuroergonomic research from clinical labs to real-world environments, allowing for noninvasive wearable devices that monitor brain function during work tasks.
The potential market for neurotechnology, which interfaces with the nervous system, is expected to grow to $21 billion by 2026, indicating significant demand and relevance.
While neurotechnology offers significant benefits in understanding and enhancing workplace performance, it comes with risks that need careful consideration to protect the well-being of workers.
#neuroergonomics #occupational-health #wearable-technology #cognitive-performance #workplace-productivity
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