5 Fascinating Careers in Industrial Science

Careers in industrial science continue to expand with positions opening up in both government and private institutions, especially in the area of research and manufacturing. Graduates can choose from a range of careers in agricultural and biological sciences, the information and technology sector, food and pharmaceutical companies, as well as mining and mineral exploration.

With the unparalleled expansion of scientific knowledge, industrial scientists have the opportunity of working at the leading edge of scientific developments no matter whether they have a leaning towards biology, chemistry or physics.

There will be a career path in industrial science in a variety of fields and this article will look at five fascinating careers to consider.

Industrial Microbiology. If you have a penchant to work in a multidisciplinary scientific environment, then industrial microbiology or biotechnology could interest you. Processes and production problems often take scientists in a variety of directions which means that an industrial microbiologist has to be adaptable across such fields as bioengineering, biochemistry and molecular biology. Career pathways can lead you into fields such as antibiotics and vaccines as well as many other healthcare products and even food and beverages which are produced by microbial activity, for instance, cheeses, yoghurts.

 

Environmental Engineering. Environmental engineering suits graduates who are concerned about the man-made environment and issues relating to water quality, waste disposal, air quality and dealing with contaminated land. Today, research into the prevention of pollution is supported by government and private agencies alike and graduates can expect to work with mechanisms of sustainability in either private companies or government research facilities.

 

Chemical Engineering. Chemical engineering provides a practical link between the theory of science and manufacturing. Industrial scientists with a preference for working in this area will be involved in designing of equipment and development of large chemical manufacturing processes in a variety of industries including photography and photographic equipment, manufacturing chemicals and health care products

 

Academic Research. Most academic careers in the area of industrial science will attract high achieving practitioners looking to develop their research and, naturally, to teach within universities. Professorial appointments are highly regarded and provide satisfying careers for experienced scientists. Although opportunities are limited, with the expansion in industrial scientific jobs as a whole, academic posts are becoming more frequently advertised.

 

Nanotechnology. Within the emerging realm of nanotechnology, jobs are being created across a diverse range of activities. From creating cosmetics and researching the nature of matter, to medical diagnostics and developing better batteries are just a few opportunities that provide blossoming careers for industrial scientists. It is safe to say there is a revolution in manufacturing and in production of new materials. The new ways in which these are made is largely under the direction of a highly qualified industrial scientist. You could find yourself working for a sports equipment company or the army. The choices are almost endless.

The outlook for employment in the area of industrial science is rapidly increasing. Government predictions of job growth show that this growth will continue for at least the next three years unabated. Even in times of slower employment growth, it is apparent that many companies will continue to research and develop new products requiring industrial science expertise.

Regardless of the field of chosen, most people working in Industrial science will gain first hand experience with cutting edge analytical measurement techniques. Measurement technologies such asLaser DiffractionDynamic Light Scattering, Spectroscopy, HPLC and Rheology are widely used in Industrial science jobs. With the help of these cutting edge technologies people around the worlds are expanding development of exciting new products that will shape our future world.

 

ATA Scientific specialises in marketing and servicing analytical and scientific instruments, such as particle size analysers, that will be of interest to Researchers and Analysts involved with particle and material sciences, biotechnology and spectroscopy.  To view our range of products, visit Particle Size Analyser.

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China Animal Vaccine Industry Status

China Animal Vaccine Industry Report, 2009-2010
 
 China’s animal vaccine market has grown up steadily despite all the twists and turns in the livestock and poultry breeding market over the past four years. In 2009, the market scale reached around RMB6.2 billion, up 14.8% year-on-year, and will keep expanding with the development of the livestock and poultry breeding market.( http://www.bharatbook.com/detail.asp?id=144474&rt=China-Animal-Vaccine-Industry-Report-2009-2010.html )
 
 Restricted by people’s living habits and economic conditions, animal vaccine R&D and production in China mainly focuses on economic animal vaccines. In the meantime, the development of traditional national compulsory vaccines such as foot and mouth disease vaccine, bird flu vaccine, blue ear disease vaccine, hog cholera vaccine in China are relatively mature as a result of national animal vaccine procurement policies. In 2009, the compulsory vaccines accounted for over 86% shares in the entire animal vaccine market, which was basically shared by domestic companies. China Animal Husbandry Industry Co., Ltd. (CAHIC), Yebio Bioengineering Co., Ltd. (Yebio QD), Inner Mongolia Jinyu Group Co., Ltd. (Jinyu Group), Harbin Pharmaceutical Group Bio-vaccine Co., Ltd. (formerly “The First Bio-product Manufactory of Heilongjiang Province”) and Xinjiang Tecon Animal Husbandry Bio-technology Co., Ltd. (Tecon) accounted for 66.7% shares. However, commercial animal vaccines, pet vaccines in particular, had a higher dependence on import. Imported pet vaccines approximately accounted for 70% of total domestic market sales value, and 30% of total domestic market sales volume.
 
 Besides the operating environment, development status, market scale, supply & demand, competition, import & export and development prospect of China’s animal vaccine industry, the report also made an in-depth analysis of the development, market scale, and development trend of global animal vaccine industry, as well as the operation, development prospect and advantages of China’s key animal vaccine manufacturers.
 
 To know more and to buy a copy of your report feel free to visit : http://www.bharatbook.com/detail.asp?id=144474&rt=China-Animal-Vaccine-Industry-Report-2009-2010.html       
 
 Related Reports :
 
 Research Report on Chinas Animal Vaccine Industry
 http://www.bharatbook.com/detail.asp?id=91485&rt=Research-Report-on-Chinas-Animal-Vaccine-Industry.html
 
 China animal vaccine market analysis
 http://www.bharatbook.com/detail.asp?id=106064&rt=China-animal-vaccine-market-analysis.html
 
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What’s Technology Done For You Lately?

Stanford University is at the forefront of bookless libraries. The periodical shelves of the Engineering Library are almost bare. Starting in 2005 most engineering periodicals went online. Students now read them from laptops and mobile devices. Because engineering is a fast changing field – particularly in specialties like software and bioengineering – traditional textbooks are soon outdated. When the new Engineering Library opened in August 2010, there were 85% fewer books. According to a survey by the Association of Research Libraries, American libraries are spending more on electronic resources and less on books. It’s 21st century “resourcefulness”.

The resourcefulness shown by e-mailing doctors helps people stay healthy. According to a study published in Health Affairs, patients with diabetes or hypertension who were in e-mail contact with their doctors experienced better health outcomes. The 2-month study looked at over 35,000 patients and about 500,000 e-mail conversations stripped of identification information. Most e-mails were initiated by patients to discuss changed health conditions or lab tests. Patients who e-mailed scored better on cholesterol and blood pressure tests. According to a Harris poll, in 2010 only 9% of Americans communicate with doctors via e-mail. That’s an “unhealthy” percent.

Vibrating car seats are healthy. They prevent car accidents by alerting drivers to cars in their blind spots. Unlike visual or audio warnings, touch transmits the location of cars without drivers having to turn their head. Vibrating cell phone motors embedded in the driver’s seat create continual soft vibrations. When another vehicle moves behind or beside the car, the vibrations against the driver’s back increase in pressure and correspond to the position of the approaching vehicle. However, by continually vibrating instead of activating only in emergencies, the touch system increases driver awareness of all surrounding cars. – creating more “carful” driving”.

For more careful flying there’s the Solar Impulse. The experimental solar-powered plane completed its 24-hour test flight July 7, 2010. The single-seat plane with a wingspan of a Boeing 777 climbed to 28,000 feet and had a top speed of over 75 mph. The Solar Impulse flew at night by recharging its batteries using 12,000 solar cells. By day it was powered by the sun. However, the Swiss-led project’s goal isn’t to replace jet propulsion. It’s to circle the globe in 2013 making only 5 stops to prove new technologies can break dependence on fossil fuels – to give us “higher hopes” for the future.

Knight Pierce Hirst has written for television, newspapers and greeting cards. Now she writes a 400-word blog three times a week. KNIGHT WATCH, a second look at what makes life interesting, takes only seconds to read at

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Top Universities in New Zealand: the Newfangled Source of World-Class Education

The potentiality of New Zealand for world-class education has recently been discovered as the education system of this English-speaking nation revolves around the British system. So, students from other English-speaking countries will find the curriculum of the top universities in New Zealand easy to cope with. Renowned for its fascinating outdoor locations, and imposing landscapes, the country of buzzing cafes, clubs and restaurants has made its mark in the field of education also. As stated by the Ministry of Education, New Zealand, the major cities that draw the attention of global students include Wellington, Auckland and Christchurch.

Pupils who are eager to study in New Zealand can opt for institutions like Victoria University of Wellington, University of Auckland, University of Canterbury, Lincoln University and Massey University. Though there are other institutions available for pupils, the aforesaid names are some of the top universities in New Zealand.     

Established in the year 1897, the Victoria University of Wellington got its name after Queen Victoria. This very old university comprises 8 faculty divisions, namely education, science, law, architecture and designs, graduate research, commerce and administration, engineering, humanities and social sciences. Among them, the architecture and designs has established its uniqueness by becoming the foremost center in New Zealand. Situated in the capital city of Wellington, the university facilitates the prevalence of a vivacious atmosphere both inside and outside the campus. It also makes sure that students not only grasp a profound knowledge of their subjects, but they also apply their knowledge in their given fields.      

Located in Christchurch, the biggest city of New Zealand’s South Island, the University of Canterbury was founded in 1873. Originally called the Canterbury College, the institute is rated among top universities in New Zealand due to its advanced research centers, and a large pool of motivational faculties. The university offers education to over 2,000 foreign students and 20,000 domestic students. The six colleges that are affiliated to the University of Canterbury provide teaching in education, law, engineering, science, arts, and business and economics.    

If you want to study in New Zealand, you must certainly consider the University of Auckland, the biggest university at present with more than 38,000 students enrolled. The university boasts one main campus in the heart of Auckland or four specialization campuses in the region for enrolled pupils. There are more than 4,000 international students from over 90 nations pursing various courses in the university. You can choose one from a variety of programs offered on education, arts, science, engineering, bioengineering, business administration, theology, and medical and health sciences. The University of Auckland has occupied a top position in the list of best universities of the world, prepared by a popular rating agency.      

A study in New Zealand can be fruitful in terms of a number of student scholarships too. However, you have to apply for these scholarships much earlier due to their limited places. International students can avail a maximum of 28 scholarships every year. The most prominent scholarship schemes include Livestock Emissions & Abatement Research Network (LEARN) Fellowships and New Zealand International Doctoral Research Scholarships (NZIDRS).     

Sanjay Joshi is providing StudyAbroadUniversities.com, an education portal where you can search for study abroad options. Explore Study New Zealand, Top Universities in New Zealand, Study in New Zealand Scholarships, & much more.

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Analyzing the Impact of Product Evolution

Emergence of the new technological solutions such as software, microchips, bioengineering, nanotechnology resulted in higher emphasis being placed on pharmaceuticals, ICTs, and other high tech industries. At the same time, low tech sectors have also greatly evolved over time. For instance, the Portuguese footwear industry has gone through restructuring process in the 1990s: creative use of micro electronics has been introduced. As a result of this innovation, industry managed to expand despite the raising labor costs. Bioengineering is being widely used in the wine industry through fermentation techniques that enhance quality of wine. Bacteria biotechnology renewed the classic cork technology used traditionally for centuries.

In all of these cases, industry had to adjust to the new technological solutions. Companies that employed new approaches successfully retained and increased their market share, whereas traditional companies have been forced out of business. It should be pointed out that the restructuring process had significant impact on company organizational and business strategies that had to be adjusted accordingly.

Undoubtedly, Schumpeterian theory had a great impact on the current business strategies. The major lesson to be learned by the companies in business is that innovation can be transferred into a sustainable competitive advantage that cannot be easily followed by other competitors in the industry. As such, businesses must remain open minded and develop adaptive capabilities. The theory of “Peter” still remains the milestone of business practices, as the essentials for gaining and treating innovation remain unchanged – business must gain knowledge to create and sustain competitive advantage.

Learning organization – is the direct implication of the Schumpeterian’s “gales of creative destruction”. People in a learning organization must continually expand their capacity to create the results they aim at. Only under this condition organizations are able to adjust to the situations of rapid change: flexibility and productivity. There are five basic steps that distinguish learning organization from the traditional ones: personal mastery, systems thinking, mental model, building shared vision, and team learning. Combined implementation of these five basic steps allows companies to respond to the emerging changes in business environment and turn innovation into a competitive advantage.

Innovation is a continuous process that cannot be controlled or predicted with a certain degree of verifiability. In order for organizations to survive in the dynamic 21st century, they must remain flexible and enhance learning at all stages. Learning organization is the key to a strong position in the dynamic market place.

Jennifer Burns is a professional freelance academic writer at Custom-Writing.org, essay service. Jennifer specializes in academic paper and paper proofreading.

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