Can you Imagine the present world where materials are assembled atom by atom, medicines that travels directly to the diseased cells without harming healthy tissues of the human body, and the electronic chips that are 1000s of times thinner than a human hair. In fact, this is a real world with nanotechnology that pre-exists in nature, and man is in action with it.
Why Study Nanotechnology at Sandip Foundation?
As one of the top engineering colleges in Nashik, students at Sandip Foundation learn nanotechnology to prepare for a futuristic world full of cutting-edge technologies driven by science and engineering. The innovators of the 21st century will be those who can think beyond the visibility limits and operate things in the range of 1–100 nanometres (10-9 m). Here is what the classical model of physics starts to transform in a quantum mechanical world. At this nanoscale, the existing reality looks very different.
Even in an historic time of nanotechnology, Gold (Au) nanoparticles look red, pink or green in colour. Presently we have often seen that Carbon (C) becomes stronger than steel and have been used in many areas as a strength lightweight material. The electrical charge carrying capacities of the conductors has changed dramatically. The faculty of Engineering Physics provides the fundamental, conceptual and experimental foundation required for the understanding of quantum confinement, surface to volume dynamics, band-gap engineering with the Top-Down and Bottom-Up approaches for the synthesis and manufacturing of such nanomaterials.
The understanding of these principles can enable the students to form a roadmap to design a nanoworld and a desired ecosystem to improvise the life quality of humans on the planet by applying it in many areas like research, medical, industrial, environmental, and space.
Ways to Explore Nanotechnology at Sandip Foundation
On the site, the major challenge in nanotechnology is to transform the laboratory discoveries into reliable and scalable technologies for materialised usage. As an engineering student efforts have to be taken to combine these deep theoretical understanding to deal with the practical engineering problem solving.
The advanced characterisation techniques, and tools such as Atomic Force Microscopy (AFM) and Scanning Tunnelling Microscopy (STM) have been widely used to visualise and manipulate matter at the atomic level. For the students at Sandip Foundation, subjects like optics, quantum mechanics, and advanced characterisation techniques help to deeply study nanotechnology in order to design the nano-devices, interpret experimental data, and to solve the real-world materials technology challenges.
Leading Indian Scientists in Nanotechnology
Great scientific leaders in INDIA, Bharat Ratna awarded Dr. C. N. R. Rao discovered the power of NANO this approach and made a foundation for India’s nanoscience ecosystem through his pioneering research work on GRAPHENE and 2-dimensional materials. Dr. Ajay Kumar Sood has made enormous research in advanced carbon nanotube research at IISc INDIA. Also, Dr. Pulickel Ajayan had made thorough research in nanomaterials and became one of the world’s most cited researchers. Dr. Samir Brahmachari has served the medical field by steering nanotechnology toward affordable healthcare solutions in tropical diseases.
India’s Nano Mission and Future Opportunities
IN 2007, India launched the NANO MISSION under the Department of Science and Technology (DST) to strengthen the fundamental nano research and build a world-class infrastructure and train the skilled human resources. In the second phase of Nano Mission, more emphasis has been given on clean water through nano-filtration; Renewable energy resources, Solar cells, Fuel technology, Healthcare and Agriculture through nano-fertiliser etc. Start-Up trends in India have turned the commercialisation of Innovations such as NanoSniffer which detects explosive traces using MEMS-based nanotechnology.
Career Scope in Nanotechnology Engineering
Nanotechnology can be a most impactful career for the engineering students today. Many opportunities are open in the field of span electronics, medicines, energy solutions, defence technologies, and agriculture nanotechnology if you pursue this field for study from one of the best engineering colleges in Maharashtra like Sandip Foundation.
With the R&D support from prestigious Indian institutions like IITs and IISc, DRDO and ISRO students can lead into careers in global technology companies like Samsung and Intel etc. Together with initiatives like “MAKE IN INDIA” and “ATMANIRBHAR BHARAT” India has created unprecedented opportunities for the young engineers and physicists.
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