As technology and nanoscale science has come to have increasing impact on many facets of our daily lives, the chances for livelihood are growing quickly. A major challenge nanotechnology has is training and the instruction of a fresh generation of skilled workers.

In areas as diverse as designing medical diagnostic apparatus to constructing better batteries, from creating make-up to improving energy efficient windows, from automobile and airplane production to studying the essence of matter itself, understanding of nanoscale science and technology will likely be increasingly significant during coming years and decades.

Where are the livelihood areas?

Present uses of technology and nanoscale science, and hence livelihood chances, exist in areas such as

  • Electronic Equipment/semiconductor industry
  • Materials science including fabrics, polymers, packaging, among others
  • Vehicle and aerospace sectors
  • Sporting goods
  • Biotechnology
  • Areas that are medical and pharmaceuticals
  • Food science including packaging and quality control
  • Forensics
  • University and national laboratory research

Nanoscale phenomena underlie most of the properties and interactions of matter, and hence the sciences of biology, chemistry, and physics. Nevertheless, nanoscale science is an interdisciplinary area – one where engineering and science intersect. Studying engineering or science and paying attention to the developments in nanoscience that improve these areas can give you a good basis for just about any extensive variety of professions.

What Kind of Instruction is Required to get a Career in Nanotechnology?

Not everyone will take a doctorate degree in engineering or science. A skilled work force trained in many different degrees is necessary to satisfy with the planned work force challenge. Professions in solar energy are among the many nanotech areas that are fast growing.

Nanotechnology Applications and Profession Knowledge Centre –