Engineers are the professionals who since the beginning of civilization, have put things together, keep them together and make them work in the ways we need. These trained professionals use evidence, mathematics, science, and practical knowledge to invent, design, innovate, research, build, maintain, and improve structures, materials processes, machines, tools, systems, and components.
Those who choose to become engineers must have specific skill set that they specialize in and are able to improve over time. This ultimately comes down to a small group in society who are both committed and focused on making our lives easier and more comfortable.
One special area of engineering is called Neuroengineering. This new and fast growing field focuses on the understanding, repairing, replacing the body’s nervous system including neural system and the brain.
Neuroengineers utilize the latest and most advanced technology to combine living tissue with artificial devices that are placed inside the body. The goal is to restore function to parts of the body that may have been injured or diseased causing paralysis and other bodily dysfunction.
Professional neuroengineers Curtis Cripe understand the demanding and stress-filled jobs of engineers and thrive in the position. They focus on the end result rather than the work required to get them there. Professional neuroengineers like Curtis Cripe have a common set of special qualities including:
Great Attention to Detail
Neuroengineers must be extremely precise. Many of the devices they utilize are small and getting smaller and their placement and utilization needs to be exact in order for them to be effective and to not cause further damage.
The majority of their work entails the use of mathematics and testing on computers. These formulas must be work through hundreds of times and prove to be precise before they can be used in real world situations. Results are checked against standards to prove they are precise and every small detail must be considered in the event the readings are not what is assumed. Again the need for precision is at a height because everything depends on it.
Neuroengineers utilize repeatable steps and systems throughout their work. They do this because they know that their work must be both notable and repeatable. And because they will work within a chain of people or groups who will each either provide them a component of the project or process that they must build upon or build upon the elements of the project or process that the neuroengineer has provided to them. They must be able to tell each other member precisely what actions they performed and how to repeat those actions. By having a system of working in place that is consistent and repeatable, the neuroengineer can elegantly interact with every member of the group, provide valuable input and actions and improve efficiency and effectiveness across the group
Neuroengineering is a high stress profession that requires great attention to detail and an ability to work systematically consistently. Neuroengineers are at the cutting edge of science and medicine and their work holds great promise for humans and animals going forward.