Career Definition of a Nanotechnology Engineer
Nanotechnology engineers can perform a wide range of tasks and have a very diversified field that they work in. Some emphasize research and development using cells and molecules. The work they do can be used to alter cells in people. They also develop products that are intended to improve human health, such as food additives. Others may concentrate on strengthening medication so that it's more effective.
Part of their work involves research. They look for ways to improve existing materials. They may be involved with electronic engineering and responsible for creating tiny electrical materials that can be used in different types of products. This can include things like processing chips. As engineers they will work on design plans, create prototypes and test their work to determine if it performs as expected. They will continue to review the materials they produce and revise their design until they operate effectively.
|Educational Requirements||Bachelor's degree|
|Job Skills||Analytical skills, research skills, attention to detail, problem-solving skills, mathematical skills, communication skills|
|Median Salary (2016)*||$85,620 (biomedical engineers)|
|Job Outlook (2016-2026)*||7% (biomedical engineers)|
Source: *U.S. Bureau of Labor Statistics
A bachelor's degree is the minimum level of education required to pursue an engineering career. Nanotechnology engineers can pursue undergraduate studies in nanotechnology or nanoengineering. Some schools incorporate the study of nanotechnology with electrical engineering while other schools combine nanoengineering studies with chemical engineering or materials engineering. Students will want to carefully review course options to ensure they choose a program that is compatible with their career goals. Completing graduate studies may be an asset when seeking work in this field.
Nanotechnology engineers must have strong analytical skills so that they can review data related to their research and the effectiveness of products they create. They also need problem-solving skills to develop strategies to alter designs to improve the performance of their products. Communication skills are important because nanotechnology engineers will need to be able to share their research and the results of their tests with others in their field. Attention to detail is important because they work with very tiny objects and they also need to be able to scrutinize design plans to identify the source of specific issues.
Career Outlook and Salary
Nanotechnology engineers are encompassed in the U.S. Bureau of Labor Statistics (BLS) listing for biomedical engineers. Over the ten-year period from 2016 to 2026, biomedical engineers are expected to see an average rate of job growth of 7%. This is equal to the expected average job growth rate for all occupations during this time period. The BLS reports that as of 2016, biomedical engineers earned a median salary of $85,620 per year.
Nanotechnology engineers are required to have extensive scientific training and apply engineering and scientific principles to their work. Articles about other careers that involve similar training and comparable skills can be accessed through these links.