The Organisation & Key Aspects of its Management Structure Essay

The Organisation & Key Aspects of its Management Structure - Essay Example Sophie’s is a clothing and accessory retailer that is based in California, USA. Sophie’s was created by an aspiring fashion designer, Jin Lee who found the capital to invest from her own family. Sophie’s began in 1999 as a small retailer but soon developed its image as a leading fashion retailer that catered to the changing demands of fashion conscious consumers. It is important that Sophie’s quickly adapt to the changing demands in fashion in order to remain profitable in such a strong market that has reached its maturity. The company buys manufactured cloth and other accessories and uses it to produce fashion clothing and items for its high end consumers. Clothes are imported in the country from developing countries that produce cotton including China, Bangladesh and Mexico and bought from select importers who deal with these countries. The cloth is bought in bulk and stored in warehouses. Later the cloth is designed according to the specifications of th e designers. The company structure within Sophie’s is vertical with Jin Lee as the managing director of the company. Vertical organizational structure is where power and decision making is centred at the top and authority moves from the top to bottom. Since Jin Lee is also the founder of the company and is very passionate about the organization, she maintains a rigid control over the organization. Directly working Jin Lee are the managers of the company which include Store Manager, Design Manager, Supply Chain Manager and Marketing Manager.

History of Berlin From a Science, Arts, and Culture Perspective Berlin Research Paper

History of Berlin From a Science, Arts, and Culture Perspective Berlin and Berlin Wall - Research Paper Example For example, the Max Planck Institute for the History of Science, which is an international and interdisciplinary research institute, offers opportunities for cultural and scientific research. Indeed, Berlin City has a wide history of technology, science, and scientists. In fact, some of the great scientists in the world hail from Berlin. Albert Einstein, Alexander von Humboldt, Otto Hahn, Max Planck, Robert Koch lived, worked and carried out their research in Berlin. Most significantly, their findings and innovations had a world impact that runs from one generation to another. Born in 1769 in Berlin, Alexander von Humboldt  is one of the most celebrated  scientists in Berlin. Alexander von Humboldt  had a particular interest in scientific research on geography and propagation of plants. As such, he conducted various studies and experiments in the fields of physics, biology, chemistry, geology, and botany. He actually drew significant results where today, over 1,000 plants, ani mals, mountains, rivers and products carry his name. Additionally, Einstein, a physicist, invented the General Theory of Relativity and the discovery of the law of the photoelectric effect that gave him Nobel Prize â€Å"for his services to Theoretical Physics in 1921. His contributions formed the basis for modern electricity bringing Berlin into the world map in matters of science. Born in 1936, Gerhard Ertl won the Nobel Prize in chemistry for his â€Å"studies of chemical processes on solid surfaces in 2007. He equally established the surface chemistry in Germany and his contribution to chemistry form the basis of chemical reactions (Berlin Tourismus & Kongress GmbH Web). Another scientist from Berlin, Otto Hahn, and Lise Meitner started a research on the irradiation of uranium with neutrons. Together with Fritz Stra?mann, they succeeded in the first atom splitting in 1938. Indeed, in 1944, he won the Nobel Prize in chemistry for â€Å"his discovery of the fission of heavy (ur anium) nuclei as basis for the use of the nuclear energy†. His discovery was significant in the creation of nuclear bombs (Berlin Tourismus & Kongress GmbH Web). Actually, Germany has the world’s largest neutron user community. We also have the Berlin Academy of Science that was founded in 1712 and the Academy of the Arts founded in 1696. To date, Berlin City has seven universities of applied sciences and more than 60 other institutions making it a 'capital of science' rich in academic life. We also have the Berlin Adlershof, which is a lighthouse scientific project, combining closely-connected exchanges of scientific ideas and cooperative agreements. Through scientific inventions, a turbine engine that could generate power for mills was introduced in Berlin. Moreover, in 1877, Furbish established the first chemical pulp mill in Berlin, Forest Fiber Co.  Equally, Berlin was the first federal State to have electric lights, the power for which was generated by the hydro electric power station from the Furbish Forest Fiber Mill (Bornstein Web). Today, Berlin has a highly complex transport subject to its diverse scientific innovations. In Berlin, numerous non-university institutes play a central role in the area of optical