Medical Biotechnology offers the career opportunity in Hospitals, Clinical and Diagnostic Laboratories. It has a wide scope in the field of Therapeutics and Diagnostics Vaccine and Production of Molecular Medicine.

Postgraduation qualifications in microbial biotechnology can lead to placements in pharmaceutical companies, in the chemical industry, in agriculture and allied industries as well as in research laboratories run by the government and the corporate sector. There are plenty of opportunities available in this field, one can be a Research Scientist, Teacher, Marketing manager, Science Writer, Quality Control Officer or Production in-charge in the Food, Chemical and Pharmaceutical industry, Analyst (Venture-Capitalist) Environmental / Safety Specialist etc. Areas of microbial biotechnology include specifically quality assurance for the food, pharmaceutical, and chemical industries. Microbial biotechnologists are also involved in biological control of diseases, remediation of polluted environments, waste water treatment, production of antimicrobials, enzymes, therapeutics, vaccines, vitamins, amino acids, and fermented foods (such as wine, vinegar, sprits, beer, cheese and sausages), the development of genetically modified bacteria and viruses, smart textile, health-promoting functional foods, and the design of molecular diagnostic tests to detect and study infectious diseases. They may also be responsible for discovery of new organisms and pathways.

Biotechnology- technology to use the living things covers a wide variety of subjects with tremendous application in the field of health, agriculture, animal husbandry, pollution control and waste management. The setting up of a separate department of biotechnology (DBT) under the ministry of Science and Technology and All India Board of Biotechnology Education and Training under AICTE gave a new impetus in the development of biotechnology.

The five broad categories-biopharma, agro-biotech, bio-informatics, bio-industrial and bio services-that the biotech industry in India can be divided into are likely to become US$ 5 billion industry by 2010 (CII report). More than 40% of the total 325 biotechnology companies in India are in bio-pharma segment which are likely to touch overall revenue of US$4.6 billion by 2010-13.Fulled by the robust sale of BT cotton, the bio-agriculture sector is one of the fastest growing sectors in the industry With a well developed R&D capability and a large patient base for clinical trials, the bioservices sector is another sector with great promise in medicine, vaccine and diagnostic.With strong growth in R&D production, the biosupplier industry is also on the growth path.

School of Botany
Botany, one of the most preferred choices to study among the science students in India, is exclusively focuses on the comprehensive scientific study of plants including bacteria, fungi, lichen, viruses etc. with their structures, growth, use, and process. It is an accomplished branch and is parent lineage to all other branches including biotechnology; microbiology biochemistry etc., therefore, a Botanist is well versed with all the fields mentioned here. Conclusively, All other fields of science are fundamentally rely upon the pure sciences like Botany to work further.

Considering the current scenario like population explosion, pollution and others anthropogenic pressures affecting the flora, the role of botanists widen further in exploring the possible way out of agricultural, horticulture and environment related issues.

Thus, besides a career in teaching and research work in any prominent University, a lots of opportunities in reputed organizations as Taxonomist, Horticulturist, Genetics, Plant biochemist, Molecular biologist, Plant pathologist, Environmental consultant, and Farming consultant Ecologists, Conservationists etc. at National as well at International level have already been looking for botanists.

The domains of microbiology have become the central hub for biotechnology, Food technology and Informatics. The innovations in technique and research methodology have generated significant interest in this area. The interactive research of the academic pursuits has revolved around need based technology requirement of modern industries. The sustainable approach of classroom teaching has been updated as Industrial-microbial based technologies. Recent Innovative area of bioprospecting of biofuels, bioremediations, biofilms, Recombinant microbes, biomonitoring, biosensors, have given wide vision to industries and pharmaceuticals enterprises for quality control and quality assurance. Downstram processing and solid waste management as well as effluent treatment technologies have been the front runners for environmental clean up at global level. Cultivation of extremophiles for the production of thermostable catalyst has given a sustainable breakthrough the extremophilic microbial transformation procedures. Recent breakthrough in use of bioplastics has given an insight for ecofriendly use of microbial degradable plasticwares in surgical and industrial application with zero pollution. In, pharmaceutics, Neutraceutics, Cosmocuetics Enterprises at international and national level. Research, quality control, Marketing, Product development agencies in India and abroad. Industries related to environmental monitoring, effluent treatment technologies, Solid waste management. Classroom teachings and research in academic institutions, Universities, colleges, Research establishment.

Bio-informatics involves integration of the computers, softwares, tools and databases in an effort to address biological questions. The ultimate goal of bio-informatics is to uncover the wealth of biological information hidden in the mass sequence, structure, literature, and other biological data and obtain a clearer insight into the fundamental biology of organisms and to use this information to enhance the standard of life for mankind. Bio-informatics could have profound impact on human health, agriculture, the environment, energy and bio-technology to advance bio-medical research and development. It is being now used in the areas of molecular medicine to help produce better and more customized medicine to prevent or cure diseases, it has environmental benefit in identifying waste, clean up bacteria and in agriculture it can be used for producing high yield low maintenance crop. The career prospects in the field have been steadily increasing with more and more use of information technology in the field of molecular biology. Job opportunities are in all fields of biotechnology, pharmaceuticals and biomedical sciences, in research institutions hospital and industry. KPO's software development, DBMS are some of the special career areas that fall within the scope of bio-informatics include sequence assembly, database design, and maintenance, Sequence analysis, proteomics (the study of protein, particularly their structure, functions), pharmacogenomics, pharmacology, clinical pharmacologist, informatics developer, computational chemist, bio-analytics etc. The work involved in the specific career areas are drug design utilizing 3-D structure modelling and computational chemistry (chemo informatics), comparing genetic data, between and within species (genomics). Genomic analysis is an attempt to find drug targets (pharmacogenomics), characterization of proteins and their interactions (proteomics), prediction of the function of genes and proteins based on sequence or structural data etc.

With changing food habits and job profiles, the ready to serve and fully processed packaged food and beverages are becoming popular with the introduction of modern technologies in the production & processing of livestock & agricultural food produce the concept of food is shifting from the survival to value added food industry; thus opening new avenues for employment & economy.

The food industry is 5th largest industry in the country. Currently it generates employment for about 19 lakh people creating new jobs to the extent of 2.5 lakh every year. The increasing world population and limited agriculture land has widened the gap between food requirement and production. This gap can be fulfilled by better post harvest management by applying appropriate food processing techniques and qualified food technologies. Quality and standard of food can be improved by applying the knowledge of food science to the selection preservation processing, packaging, distribution and usage of safe nutritious and wholesome food. It has career opportunities in food industry (production, quality control and pilot development); In govt. sector (FCI, FICCI); Research and development; teaching and entrepreneurship.

The Pharmaceutical Chemistry is devoted to discover the development and identification of new agents for treating the disease & interpretation of mode of action of biologically active compounds at molecular level. Pharmaceutical industries are also involved in quality control of raw material and finished products; process testing and accelerated stability studies of the different dosage form. In chemical industry, a pharmaceutical chemist works in the areas of chemical synthesis, purification, textiles, papers and paint fertilizers etc. In environment field, it ensures the quality of water for domestic and industry supply. The knowledge in Pharmaceutical Chemistry provides excellent opportunities in Pharma and Chemical Industries research laboratories (biochemistry and Chemical Engg. environment, forensic, metallurgy etc.). Degree in Pharmaceutical Chemistry be in a basic science prepares the students for fascinating teaching job in the field of Microbiology, Life sciences & Medicinal chemistry.

Chemistry is a basic science which applies an understanding of molecular structure and reactivity to the study of substances, whether they are biological, geological, cosmic, or synthetic in origin. Chemists are thus concerned with fundamental causes of transformation in matter and with synthesis and characterization of new substances. Persons with a knowledge of Chemistry have careers in a great variety of industries, research laboratories and state agencies. The knowledge in Chemistry also provides a good background for advanced study in such fields as Biochemistry, Botany, Business Management, Chemical Engineering, Dentistry, Environment Chemist, Forensic Chemistry, Geochemistry, Geology, Medical Chemistry, Medicine, Metallurgy, Microbiology, Museum Science, Oceanography, Patent Law, Pharmacology, Physiology, Toxicology, Veterinary Medicine and Zoology.

The main focus of our management programs is to make each & every graduate industry ready & exposed to the latest trends in the ever dynamic world of business. Our business programs will strengthen the problem solving skills and effectiveness of students in implementing solutions & maintaining the essential balance between advanced business theory & its practical implications.

In this age of Information technology, the world is become single entity. When we talk about electronics, the first country that comes to our mind is Japan & for Information Technology, it is India. We have established a niche across the world in this field in such a way that now IT stands for India Today, India tomorrow and Indian Talent, it is because of this reputation we are able to generate maximum revenue through software exports. Our advanced curriculum prepares for career opportunity in different areas such as : Software Development , Network Security & Administrator, Database Management & Services, Internet Marketing & e-business

If you are looking for a change in careers, an MBA degree affords the following career opportunities. An MBA program equips its students with theoretical knowledge as well as practical marketing skills, which can help in getting jobs in the marketing field. With the MBA degree, you can look to become no less than a product manager responsible for marketing. Those in the field of finance need to be quick thinkers, have high energy levels to stay abreast of the financial markets, and most importantly, need to have patience to deal with clients and explain things to them. The finance courses in an MBA program are a great way to determine if you have what it takes to be a success in finance. If so, then there are a host of top jobs that you can get in this field.

Government Jobs: People often live with the misconception that an MBA degree is only good for business because of its very name. But it can be very useful for a career in a government agency. Government agencies have since long had a reputation of giving reactive responses that do not much translate into action. Someone with an MBA degree could have many career prospects in a government job.

Personal Business: MBA degree can give you all the relevant skills and abilities needed to start your very own enterprise and become an entrepreneur, thus giving you tremendous career opportunities.

Non-profit Organizations: An MBA degree can open up many jobs for you in non-profit organizations. But As for the MBA graduate, it can be very rewarding, both financially and emotionally, to see that your talents are making a positive difference in the lives of many people. This is just the tip of the iceberg as far as career opportunities for MBAs are concerned. Having an MBA degree gives you countless job opportunities, mostly in top level positions, and can help to further your career tremendously.