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Where do nanotechnology engineers work?

Nanotechnology engineering can be described as the practice of using empirical evidence and mathematical and scientific concepts to understand materials at a microscopic scale and to create objects that solve real-world problems. Nanotechnology is a visionary field applied in all engineering disciplines. For example, in biomedical engineering, it’s applied in tissue engineering and development of biosensors; in civil engineering, it’s employed in the creation of self-healing nanocomposite materials for bridges and buildings; in mechanical engineering, it’s applied in actuators and micromotors; in microelectronics, nanotechnology is extensively applied in the development of electronics’ components such as fast computer microchips.

What industries do nanotechnology engineers work in?

A degree in nanotechnology engineering prepares you for a wide range of rewarding careers. As a visionary field required in nearly all engineering disciplines, there are unlimited opportunities for nanotechnology engineers in industries such as:

  • Aerospace
  • Agriculture
  • Automotive
  • Environmental and energy
  • Computing
  • Electronics industry
  • Healthcare and pharmaceuticals
  • Military
  • Robotics
  • Research centers

Nanotechnology engineering is used extensively to enhance the functionality of products such as:

Solar panels

To reduce wastage of solar energy and to create more efficient solar panels, nanotechnology engineers are researching how they can replace the expensive crystalline silicon layers with a surface material coated with titanium dioxide nanoparticles. 

Carbon nanotube body armor

Military personnel and law enforcement officers need functional bulletproof materials. Nanotechnology is applied to harness the effectiveness of bulletproof materials, such as Kevlar. Introducing nanoscale carbon tubes into materials like Kevlar helps in minimizing blunt traumas from blades and bullets.

Food products and packaging

Nanotechnology is also used to tailor the smallest particles in food to change the nutrient density or to provide a specific texture and taste. For instance, to ensure that the beer retains its optimal flavor longer, the composition of flaky clay particles is higher than that of plastic nanoparticles which makes it difficult for air to enter or escape from the bottle. Also, a portion of fat content in mayonnaise particles can be replaced with water content to make mayonnaise thinner. 


Nanotechnology engineering is used extensively in the study of small fragments of DNA and the development of transdermal patches.

Educational requirements

Nanotechnology engineering degrees require a strong background in chemistry, mathematics, and physics. Students pursuing nanotechnology engineering will have a comprehensive understanding of the sythesization of nanoscopic materials and molecular structures before getting to the job market. Nanopowders are used extensively in high-technology industries as they focus on producing devices and equipment more safely and efficiently. Specializing in nanopowders is recommended to be more competitive in the job market. 

Nanotechnology projects in the future

Advancements in nanotechnology engineering will transform the methods applied in the production of new materials and scientific research at a molecular level. Researchers are to use advanced nanotechnology to enhance sustainability and to come up with innovations in robotics and medicine. For instance, nanotechnology engineers are expected to come up with drugs that target specific cells in the body. Nanotechnology can also be used to improve inventions such as self-cleaning materials and molecular water filtration. To minimize climate change, nanotech catalysts are introduced into chemicals to reduce carbon dioxide in the air and to clean up greenhouse gases.

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