For pursuing a career in the filed of Nanotechnolgy, the aspirant must
have a post graduate qualification in the subject. i.e they must have
an M.Tech or M.Sc. degree in Nanotechnology.
At present, no reputed institute in India is offering courses in Nanotechnology
at the graduation level. Eligibility criteria for doing Post Graduation
in Nanotechnology is Bachelor's degree with a minimum of 50% marks in
Physics, Chemistry, Mathematics and Life Sciences and with PCM (Physics,
Chemistry and Mathematics) as subsidiary subjects. The M. Tech course
in Nanotechnology is of great benefit because students who come from different
streams enrich each other to intensify their knowledge. The candidates
who wish to pursue higher studies in Nanotechnology, can apply for M.Tech
in Nanotechnology after completing their B.Tech degree in any one of the
following. i.e in Material science, Mechanical, Biomedical, Chemical,
Biotechnology , Electronics and Computer Science. Those who have completed
M.Sc. in Physics, Chemistry, Material Science, Biotechnology and Computer
Science can also join for the M.Tech Course.
Admission to the 5 year integrated M.tech Course in Nanotechnology is
through entrance test.
Personal skills : Nanotechnology is not a managerial
profession but a research field, engaged in finding out new structure
and studying the properties of nano particles. In order to study Nanotechnology,
one should have a good background of physics and chemistry. Moreover,
they should have an open, enquiring and scientific bent of mind with sound
analytical skills and a natural propensity for research work. This is
a field which requires a lot of hard work and what is most essential is
a burning desire to work. Skills in mathematics and computer programming
would be an asset. Any knowledge that can be gained through formal,
informal and self education would add your potential and value. Nanotechnology
is a technology intensive field which requires adequate lab training for
expert handling of advanced equipment like electron microscopy and micro-engineering.
An analysis in the field of Nanotechnology requires applications of varied
fields including bioscience, medical science, environment, electronics,
cosmetics, security and range of other subject areas.
Course Areas : The curriculum of Nanotechnology is designed
to give an in-depth understanding on the underlying concepts of nano-structuring,
fabrication techniques for nano-devices and characterization techniques.
The courses are mainly focused in areas like :
i) Designing of durable, resistant and cheaper materials.
ii) Designing of electronic components with special emphasis on dimension
and power
iii) Techniques for tapping solar energy and increase in its power
iv) Convergence of genetic medicine, nano- technology and development
of unique drug delivery system.
v) Relation between environmental science and nano-technology.
These courses helps the students to understand the various methods to
synthesize and pattern on a nanoscale on various substrates. These are
supported by project work, undertaken on both group and individual basis,
and conducted in close collaboration with the related industries.
