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  • Engineering Course

NANO BIOTECHNOLOGY

  • 1 Colleges

Nanobiotechnology is the application of nanotechnologies in the biological field. Nanotechnology is viewed as a branch of chemistry, physics, and biology, and collaborations in which all three disciplines participate equally are typical.

About Nano Biotechnology

Nanobiotechnology is the application of nanotechnologies in the biological field. Nanotechnology is viewed as a branch of chemistry, physics, and biology, and collaborations in which all three disciplines participate equally are typical. Nanobiotechnology, a hybrid field that incorporates biological starting materials, biological design principles, or has biological or medical applications, is one consequence.

While biotechnology is concerned with the metabolic and other physiological processes of biological subjects, such as microorganisms, nanobiotechnology, when combined with biotechnology, can play a critical role in developing and implementing many useful tools in the study of microorganisms. Nanotechnology in medicine is a broad field that includes illness diagnosis, therapeutic delivery to specific targets, and molecular imaging. One of the most important applications of nanoscience is in the realm of biotechnology. Because nanotechnology attracts students from a wide range of disciplines. A single course that begins by sensitizing students from various backgrounds to biological/biotechnological fundamentals and ends with modern-day applications of nanoscience in the biotechnology field would be extremely beneficial. This course will link students in biology and students in non-biology classes at all levels.

What is Nano Biotechnology?

The application of nanotechnology in biological disciplines is known as nanobiotechnology. Nanotechnology is a multidisciplinary field that uses methods, technology, and facilities from traditional and advanced engineering, physics, chemistry, and biology. Some of the subjects of study in the course are Basics of biology, Biomacromolecules, Nanomaterial in biotechnology, Development of nanobiotechnology, Applications of molecular recognition elements in nanosensing of different analytes, application of various transducing elements as part of nano-bio sensors, Miniaturized devices in nanobiotechnology - types and applications, lab on a chip concept and Biological nanoparticles production - plants and microbial. Nanobiotechnology encompasses many topics, from traditional device physics extensions to wholly new approaches based on molecular self-assembly, from inventing novel nanoscale materials to researching if we can directly influence matter at the atomic scale/level. Surface science, organic chemistry, molecular biology, semiconductor physics, microfabrication, and other branches of study are all involved in this concept.

Eligibility and Career in Nano Biotechnology

Suppose you wish to start your career in Nanobiotechnology directly after finishing your 12th grade. In that case, you can enrol in a bachelor's or diploma program. All courses have various requirements that all applicants must meet. Because it is a relatively young area, many research-oriented systems are accessible at all levels, from bachelor to doctoral. Nanotechnology is quickly expanding, and as a result, job opportunities in government and commercial research and educational institutions have increased. Though you can pursue a career in research by enrolling in doctoral programs, you can also work full-time in a variety of industries or sectors, including Material Science, Polymer and Packaging, Biotechnology, Auto and Aerospace Industries, Electrical or Semiconductor Industry, Food Industry, Quality Control and Packaging, Forensics, Computing and Environment. After completing a nanobiotechnology course, there is numerous high-paying employment available. Some of the common job profiles for such graduates are Applications Engineer, Manufacturing Engineer, Optical Engineer, Research Scientist and Product Marketing Manager. Hence this course scope is expanding exponentially.

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