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Laxmi Narain Verma Memorial Society is the well known name for imparting technical education in the field of Aviation. It has a glorious history of 15 golden years for creating successful Aeronautical Engineers & Aircraft Maintenance Engineers. The society is presently running two Institutes in Dwarka, New Delhi viz. School of Aeronautics and School of Engineering and Technology, both of which are approved by Director General of Civil Aviation, Govt. of India, for conducting Aircraft Maintenance Engineering (AME) courses. Third campus is at Neemrana which is also approved by DGCA. School of Engineering and Technology is also accredited by Rajasthan Vidyapeeth Deemed University for conducting B.Tech (BioTech). Passed out students are well placed with different organizations and Pursuing their Industrial training.
This year we got accredition from PTU for conducting various Biotech course, details of which are given in this leaflet.
The course provides a vibgyor of career options for a dreamer like you, who would be settling for nothing less than a higher, faster & smarter success in your career.
Our mission is to be a quality training academy ensuring quality by continuously investing in training & by adopting the best practices of the Industry. We will be responsible to our students for the value of their time. We recognize the need for an organised & committed effort in a growing market to ensure the standards expected of Biotech Industry. We also believe that there is no shortcut to success, especially in this industry.
Our Training focuses on learning the basics & believe in sticking to simplicity while going into as much details as necessary.
We also look forward to Provide 100% Placement assistance.
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BioTechnology is defined as a set of techniques for industrial exploitation of biological systems of processes. It encompasses any technique that uses living organisms to make or modify products to improve plants or animals or to develop microorganisms for specific uses and involves applying molecular and cellular biology, plant, animal and human genetics and immunology in order to create new products. Conventional techniques of producing biotechnology products, using traditional microbiological fermentation, have evolved, with the development of modern technologies. Modern biotechnology entails use of cell fusion techniques, bio informatics (use of information technology for documenting bio-diversity and study DNA structures), genetic engineering, structure based molecular design and recombinant DNA technology (insertion of foreign gene) and hybridoma technology (fusing and multiplying cells). Biotechnology has transformed many parts of the chemical industry, agriculture, and medicine.
India, today, holds a small share of the global biotech market, but has all the capabilities to become a dominant player. The consumption of biotech products in India is expected to quadruple in the next decade. The human and animal segment of the industry alone is growing by at least 20%. This sector grew to $ 1 billion in 1999 and is expected to grow $ 4.5 billion by 2010
.India has a rich human capital which is the strongest asset for this knowledge-based industry. India has proved its competency in selected areas of biotechnology such as capacity in bioprocess engineering. skills in gene manipulation of microbes and animalcells, capacity in downstream processing and isolation methods, and its competence in recombinant DNA technology of plants and animals. The inherent strengths of nation combined with rising public interest in this sector, growing investment by traditional business houses, tax incentives and the significant foreign investment available, poises Indian biotechnology sector to emerge as a significant force on the globle biotech map. A career in Biotechnology field hence shall be highly successful and rewarding.
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