Wednesday, February 26, 2020

Communication Goals Essay Example | Topics and Well Written Essays - 500 words

Communication Goals - Essay Example In order to improve my communicative abilities with other people, I need to assess my current strengths and weaknesses. My strengths in communication consist of my ability to say what I really need to say in certain situations, being honest, being clear and concise, and being on-topic when it is necessary. My weaknesses in communication arise directly from my strengths. My directness in communication puts some people off, such as with my brutal honesty. Sometimes being too clear and concise in what I am saying leaves people unable or unwilling to connect to me. The underlying key to my communication goals and success, I have decided is to remain conscious of context. Context is important in establishing expectations for both the speaker and the listener. The barriers I face to successful communication with my peers and superiors lie in how I am accustomed to speaking to others. Being so short with words is a habit, and like all habits, it has to be broken for me to achieve my goals. The means of breaking habits and realizing success in communication is in practicing the opposite of the current practice. Doing the opposite of what I usually do will leave me open to a new way of doing things, which should hypothetically allow me to pursue communication methods that are less direct, more friendly, and more context-driven. My first goal in communication is being more dynamic in my speaking. By â€Å"dynamic†, I mean being full of energy, enthusiasm, and sense of purpose. Being dynamic with one’s communication leaves one able to both get things going and to get things done. Of course, being dynamic also means being agile as well, which goes back to the concept of context. Knowing one’s context is perhaps the most important factor for all successful and productive interaction: it defines expectations and shapes the message being conveyed. Dynamicity defines whether one is able to be fluid in how he or she sends the

Sunday, February 9, 2020

Sustainable Energy Applications Discuss Solar Energy Essay

Sustainable Energy Applications Discuss Solar Energy - Essay Example growth in the field of solar energy is remarkable due to the improvement of technologies and by the support provided by the policies implemented by the government in the field of development of solar energy and its use (Timilsina, Kurdgelashvili, and Narbel). There are mainly 2 types of technologies to generate solar energy, and they are: solar thermal and solar photovoltaic (PV). The former deals with the conversion of solar radiation to heat, or also called as thermal energy, and the latter is the technique which deals with converting sunlight directly into electricity (â€Å"Chapter 10: Solar Energy† 263). The solar thermal technology is again divided into two such as solar thermal non-electric and solar thermal electric (4). Solar thermal non-electric technology is used in solar cookers, solar water heaters, solar air heaters, solar coolers, agricultural drying, etc. On the other hand, solar thermal electric technology is the method of directly using solar heat for the production of steam for generating electricity, which is otherwise known as concentrated solar power (4). Currently 2 types of PV technologies are present in the market, namely thin film technology made up of different types of semi-conductor materials such as cadmium telluride, copper indium gallium diselenide, amorphous silicon, etc., and the second technology is called crystalline silicon-based PV cells (4). The history of solar energy begins between 1860 and the First World War, when a wide range of techniques were established to generate steam by obtaining sun’s heat so as to run the irrigation pumps and engines (4). In 1954, at Bell Labs in the United States, Solar PV cells were used for generating electricity in space satell ites (Timilsina et al. 4). The energy provided by the sun can be directly collected and used to make high temperature steam, i.e. more than 1000 C, and low temperature steam, i.e. less than 1000 C (Energy Technology Fact Sheet). These methods are implemented in