The Four Pillars Of Public Administration - 767 Words

The four pillars of Public Administration or better known as, â€Å"E’s of Great Governance,† are a way of balancing public administration’s actions throughout society. In this attempt of keeping all four pillars equal, it allows us in public administration to make decisions best for the common good. Throughout the time in administration, officials have struggled to balance them all correctly, because one must make trade off’s in times of crisis or conflict which may not be a balanced decision. Although these are not the only values of government decision-making or service delivery, these four pillars are the core values that support our practice of public service implementation. The first of the four pillars is Economy; economy is getting the most done for the tax payers’ dollar. This means officials must manage resources to give the resources needed, but at the lowest cost possible. For example, adequately funding organizational priorities on limited budgets, maintaining credit ratings or limiting tax levy increases, these are all examples of actions done in the pillar of economy. Along with the economy pillar, we have our closely related pillar Efficiency; efficiency is the act of getting the most public good done in a short amount of time. This would include things like, street plowing; creating a one stop shop for multiple services, what departments can we tie together, how we can use technology to get more accomplished quickly. 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How Effective Is Solar Energy Environmental Sciences Essay Free Essays

string(17) " it to the grid\." Solar energy is beaming energy that is produced by the Sun. Solar energy has been used since 400 B.C. We will write a custom essay sample on How Effective Is Solar Energy Environmental Sciences Essay or any similar topic only for you Order Now It started to be commercialized during the eighteenth century. In present times, energy emitted by the Sun is harnessed by photovoltaic ( PV ) cells for assorted applications. These include domestic family utilizations, industrial usage, cardinal power Stationss and H2O warming intents. However, due to the technological restrictions, families can non be entirely dependent on solar energy. Compared to non renewable fuels, solar energy may stand for a cleansing agent alternate solution as it does non breathe harmful waste. In add-on, solar energy requires comparatively low care costs. But on the other manus, photovoltaic cells may be harmful to animal home grounds due to their broad land ingestion. In add-on, the presence of PV cells may interfere with natural lighting, rainfall and drainage. To get the better of such jobs, panels are mounted on roof tops of houses and industrial edifices. Another concern is in the signifier of wellness hazards to worlds presented by harmful substances contained within solar panels. Last, there is a possibility of H2O taint if H2O used for the intent of chilling photovoltaic cells is non treated decently. Even though solar merely accounts for 1 % of energy used globally, the hereafter of solar energy applications looks assuring. As the universe is progressively concerned about impacts on planetary environment and as more people use solar energy, economic systems of graduated table may cut down solar energy related costs. Many on-going surveies are concentrating on ways to increase the efficiency of photovoltaic cells every bit good as to bring forth electricity from solar energy at lower costs. Such betterments would do solar energy more feasible in the hereafter. History/Background of Use and Technology Background Solar energy is beaming energy that is produced by the Sun. Every twenty-four hours the Sun radiates an tremendous sum of energy. Yet, merely a little part of the energy radiated by the Sun into infinite strikes the Earth. About 15 % of the Sun ‘s energy that hits the Earth is reflected back into infinite. Another 30 % is used to vaporize H2O. Solar energy is besides absorbed by workss, the land and the oceans ( The Need Project, 2008 ) . The remainder could be used to provide our energy demands. History[ 1 ] Peoples have harnessed solar energy for centuries. Equally early as the seventh century B.C. the ancient Greek and Native Americans were the first to utilize solar power to their benefit. Peoples used simple magnifying spectacless to concentrate the visible radiation from the Sun into beams so hot they would do wood to catch fire. The first solar aggregator was built in 1776. The solar H2O warmer gained popularity early in 1920s and was in full swing merely earlier World War II. This growing lasted until the mid-1950s when low-priced natural gas became the primary fuel for warming. The populace and universe authoritiess remained mostly apathetic to the possibilities of solar energy until the oil deficits of the 1970s ( Solar Energy History, 2006 ) . Today, people use solar energy to heat edifices and generate electricity. While solar power is normally used today than any other clip in history, the basicss are about the same as they have ever been. The photovoltaic engineering has bee n updated so that the panels are thin and smaller but the engineering is fundamentally the same. Uses and Technology[ 2 ] In past decennaries, solar energy was used widely in different Fieldss of life. Back in 400 B.C. , Native Americans and ancient Greeks built their houses into the side of hills to take advantage of the heat storage from the Sun during the twenty-four hours that would so be released during the dark. On the other manus, Romans were the first to utilize glass Windowss to pin down the heat of the Sun in their places. They were focussed about the saving of solar energy that they erected glass houses to make the right conditions to turn workss and seeds. During the eighteenth century, legion discoverers came up with different thoughts of merchandises that facilitate use of solar energy. The first solar aggregator built in 1776 would so execute undertakings like infrigidation and motive power. The steam engine built in 1861 used 100 % solar energy. In 1880, the first visible radiation change overing photovoltaic cells were made from Se. 10 old ages subsequently, the first commercial H2O warmer was introduced. In the 1990s, solar power was seen as a great alternate to oil and crude oil merchandises. Therefore, it has been and is being utilised with the aid of engineering in bring forthing power. Presently, solar energy is used around the universe. It has been introduced and used extensively in industrial applications, residential places and cardinal power Stationss. Current Uses and Issues of Solar Energy The Earth ‘s atmosphere absorbs about 3.85 ten 1024 Js per twelvemonth, nevertheless merely a little portion of this energy can be harnessed by worlds due to technological restrictions. Nowadays, solar energy has many applications in around the universe and they are traveling to be discussed along with the issues they can do. Applications[ 3 ]: Residential Homes In recent old ages, there has been a rapid growing in the figure of installings of photovoltaic ( PV ) panels on to edifices that are connected to the electricity grid. This country of demand has been stimulated in portion by authorities subsidy programmes and by green pricing policies of public-service corporations or electricity service suppliers. In these grid-connected systems, PV System supply electricity to the edifice and any day-time surplus may be exported to the grid. Batteries are non required because the grid supplies any excess demand. In most states implementing the engineering, a policy called the Feed-In-Tariff ( FIT ) has been implemented in the system. This policy allows consumers to bring forth their ain electricity utilizing the PV system and to sell it to the grid. You read "How Effective Is Solar Energy Environmental Sciences Essay" in category "Essay examples" This has the possible advantage of cut downing their monthly electricity measure. The chief drawback of this application is that the monetary value of electricity will finally lift as the bring forthing companies will hold to maintain up their income and therefore the consumers will stop up paying more than they were paying before put ining the PV panels. Furthermore, the PV system can non bring forth adequate electricity at a stable rate for an full place to depend on it. Hence, houses can non be wholly dependent on solar energy with the current engineering. Industrial Applications Solar energy has been the power supply of pick for many industrial applications, where power is required at distant locations. These applications are economic and without subsidy. Examples of such utilizations are powering microwave repeater Stationss, Television and wireless, telemetry and wireless telephones. Solar energy is besides often used for transit signalling. For illustration, offshore pilotage buoys, beacons, aircraft warning visible radiations on pylons or constructions, and progressively in route traffic warning signals. The great benefit of solar energy here is that it is extremely dependable and requires small care so it is ideal in topographic points that are difficult to acquire to. However the PV panels may non be able to bring forth adequate electricity to carry through the electrical demands of the applications on cloudy or showery yearss. Therefore, these Stationss have to be connected to the grid or be equipped with generators working on oil or some other fuel. Cardinal Power Stations Solar energy can be harnessed utilizing PV panels to bring forth electricity. The largest solar power station can bring forth 354 MW of electricity. However to bring forth this sum of energy, people have to put in big Numberss of solar panel on a big sum of land, about 6.5 km2. This is really dearly-won. Furthermore, solar energy is intermittent and besides the solar panels have to be invariably adjusted so as to maximize the solar energy harnessed. Water warming Solar hot H2O systems use sunlight to heat H2O. In low geographical latitudes ( below 40A grades ) 60 % to 70 % of domestic hot H2O with temperatures up to 60A A °C can be provided by solar heating systems. The usage of solar hot H2O warmers is ideal if full Sun exposure is available and the use is traveling to be moderate. The cost to put in a domestic solar hot H2O system may be more than the money saved by non utilizing electricity from the grid for heating the H2O. Furthermore, the Sun is intermittent and therefore a uninterrupted supply of hot H2O can non be provided. Environmental Impact and Issues To cover with the issue of planetary heating and other jobs raised by non-renewable beginnings, solar energy represents a clean, alternate power solution towards the universe ‘s energy job. One of the chief grounds that make solar energy favorable compared to other is that it is environmental friendly, and the more efficaciously it is consumed, the more opportunities of it replacing fossil fuels as a chief beginning of energy. Although the after-effect of solar energy is mostly positive, the overall consequence should be to the full studied as attempts to detect its possible to travel frontward ( Vaux, 2010 ) . Some of the impacts and countries of concern are land perturbation, infinite consideration, risky constituent disposal and impact to H2O resources. To bring forth a perceivable sum of energy, a big figure of PV cells are required, which can take up a comparatively tremendous sum of infinite. For the intent of bring forthing electricity at a commercial graduated table, the building of solar energy installations requires relatively big countries for solar radiation aggregation ( Vaux, 2010 ) . Such big graduated table installings may interfere with natural sunshine, rainfall, and drainage, which could hold a assortment of effects on works and carnal life. This translates to an extra job where wildlife protection is concerned. Besides that, solar installations besides may interfere with bing land utilizations, such as farming. One practical solution for all these jobs could be to take advantage of fresh infinite on the roofs of houses and edifices and in urban and industrial tonss ( Vaux, 2010 ) . Photovoltaic panels may incorporate risky stuffs. Although risky constituents are good isolated under the solar operating system, there is a potency for environmental taint if improperly disposed of ( Solar energy Development Programmatic EIS Information Center ) . For illustration, liquids such as hydraulic fluids, coolants, and lubricators which normally use in most industry installations may show a spill hazard. Other issues are wellness concerns due to the risky stuff used such as arsenic, Si, and Cd. Inert Si can be unsafe if inhaled. Cadmium is highly toxic and can a cumulate in a given ecosystem if it is non monitored ( Vaux, 2010 ) . Other than land usage impact and risky disposal, H2O resources could besides be affected excessively, particularly the H2O that is required for the chilling of conventional steam workss used to bring forth electricity. In other words, addition in the demand for solar energy would necessitate a immense sum of H2O which could strive available H2O resources. Furthermore, if the chilling H2O is non appropriately treated, pollution of H2O resources could happen. However, this hazard can be minimized by good operating patterns ( Solar energy Development Programmatic EIS Information Center ) Current Future Outlook of Solar Energy Since the Sun is an ultimate energy beginning, the hereafter of solar energy seems assuring as no other beginning of energy may last forever. Solar power non merely promises a simple and non-polluting energy but besides a renewable beginning of energy ( Locsin, 2009 ) . However, the cost of using this solar energy is comparatively high ( Locsin, 2009 ) . While monetary values for electricity from photovoltaic cells may non go widely competitory compared to sweeping monetary values for electricity from conventional bring forthing engineerings within the following 25 old ages, they may be competitory with high retail electricity monetary values in cheery parts ( EIA a, 2009 ) . In cheery countries, the cost can be every bit low as 23 US cents per kilowatt-hour. EIA ‘s[ 4 ]Annual Energy Outlook 2009 undertakings that, by 2030, nightlong capacity costs for new bring forthing workss utilizing solar photovoltaic cells will be 37 % lower than the 2009 costs ( mention to calculate 1 ) . The sum of Sun energy that is presently able to be converted to electricity is comparatively low, about 7 % -17 % ( Bellis, 2010 ) . The possible energy that could be extracted from solar radiation is really big. Some experts estimate that the Sun can bring forth 10,000 times every bit much energy as the Earth used at the bend of the twenty-first century ( Ellis, 2010 ) . Entire U.S. installed solar thermic capacity, presently 400 megawatts, is projected to increase to 859 megawatts in 2030 ( EIA a, 2009 ) ( refer to calculate 2 ) . Therefore, to be ideal and remain sustainable in the hereafter, world is suggested to efficaciously reap the energy from the Sun. As stated in the article, â€Å" Make Solar Energy Economical † ( 2008 ) , solar energy merely accounts for 1 % of the entire portion of energy consumed. Yet, the chances for bettering solar efficiency are assuring. Current criterion cells have a theoretical maximal efficiency of 31 % . But, add-on of new stuff may foster heighten the efficiency up to 34 % ( Think Solar Energy, 2009 ) . Another manner of bettering the efficiency involves a nanotechnology development which proposes that C nano-tubes may duplicate the efficiency of solar cells ( Think Solar Energy, 2009 ) . The use of solar energy is expected to increase with society ‘s turning concerns towards planetary heating and other issues related to planetary environment. In other words, to make a more sustainable universe, a great hope is laid on the solar energy. Research workers are besides working on developing engineerings that may let solar energy to be used in H2O electrolysis. The H from the H2O can so be used in fuel cells for transit and other utilizations ( The Optical Society of America, 2008 ) . Efficiency additions, coupled with other technological progresss, have been proven to cut down the cost of solar photovoltaic capacity from about US $ 300 per W in 1956 to less than US $ 5 per W in 2009 ( EIA a, 2009 ) . The efficiency of solar photovoltaic applications is expected to better farther as the engineering continues to be developed. As such, U.S. solar photovoltaic bring forthing capacity is projected to increase from 30 megawatts in 2006 to 381 megawatts in 2030 ( EIA a, 2009 ) ( refer to calculate 2 ) . Scientists are encouraged to carry on more research in developing cheaper and more compatible solar panels with better efficiency that can vie with that of fossil fuels or other beginnings of energy to hike solar energy ingestion in the hereafter. Figure 2 -Net Generating Capacity Figure 1 -Projected Solar Capital Cost Brief Comparisons of Various Sources of Energy in the Future The current hereafter mentality for solar energy ingestion and demand show that it will non be the lone turning energy beginning. In the IEO[ 5 ]2009 survey, universe coal ingestion is besides forecasted to increase by 49 % from 2006 to 2030 and from 127.5 quadrillion Btu in 2006 to 190.2 quadrillion Btu in 2030 ( mention to calculate 3 ) . Coal ‘s portion of universe energy ingestion will increase from 27 % in 2006 to 28 % in 2030. The growing rate for coal ingestion is reasonably even over the period, averaging 1.9 per centum per twelvemonth from 2006 to 2015 and 1.6 per centum per twelvemonth from 2015 to 2030. In the electric power sector its portion declines somewhat, from 42 per centum in 2006 to 40 per centum in 2020, and so increases to 42 per centum in 2030 ( EIA B, 2009 ) ( refer to calculate 4 ) . Yet, behind the promising future mentality, over a span of clip and in the visible radiation of turning planetary heating argument, many consumers would choose for an surrogate more environmental friendly beginning of energy. Chiefly because of harmful coal emanations every bit good as the issue of militias handiness in the hereafter. Advancement in engineering is expected to drive down the use costs of solar energy to the degree where it is able to vie with coal and consumers will slowly get down devouring more solar energy. Figure 4 – Universe Coal Share Consumption Figure 3 – World Coal Consumption World liquids ingestion for the intent of electric power beginnings at the same clip is reported to increase in the IEO2009 mention instance from 85 million barrels per twenty-four hours ( 173 quadrillion Btu ) in 2006 to 107 million barrels per twenty-four hours ( 216 quadrillion Btu ) in 2030, despite universe oil monetary values that remain above US $ 100 per barrel ( in existent 2007 dollars ) from 2013 through the terminal of the projection period ( refer to calculate 5 ) . In the mention instance, the mean universe oil monetary value rises from US $ 61 per barrel in 200911 to US $ 110 per barrel in 2015 and US $ 130 per barrel in 2030 ( US $ 189 per barrel in nominal footings ) . In the low monetary value instance, oil monetary values average US $ 50 per barrel in 2030 ( US $ 73 per barrel in nominal footings ) , compared with US $ 200 per barrel ( US $ 289 per barrel in nominal footings ) in the high monetary value instance ( EIA c, 2009 ) ( refer to calculate 6 ) . Sustained high universe oil monetary values due to proficient trouble, bad and really expensive polish undertakings – including those located in ultra-deep H2O and the Arctic, in combination with the draining of fuel militias and the pollution job will in the long term force consumers to exchange to cheaper, cleaner, and more eco-friendly energy such as solar. Figure 6 – Universe Oil Monetary values Figure 5 – World Liquid Consumption Last, in the IEO2009 mention instance, natural gas ingestion in non Organisation for Economic Co-operation and Development ( OECD ) states in peculiar is reported to turn more than twice every bit fast as in OECD states. Worldwide, entire natural gas ingestion will increase by an norm of 1.6 % per twelvemonth from 104 trillion three-dimensional pess in 2006 to 153 trillion three-dimensional pess in 2030 ( EIA d, 2009 ) ( refer to calculate 7 ) . Despite its turning demands and ingestion in the hereafter, keeping the premise of universe oil monetary values that remains high through the terminal of the projection of 2030, consumers would choose for the relatively less expensive natural gas for their energy demands whenever possible ( EIA d, 2009 ) . Natural gas has besides become an attractive pick for new bring forthing workss for its comparative fuel efficiency and less C dioxide produced compared to char or crude oil. However, in the long tally, the handiness of the recoverable natural gas militias will besides be of concern and costs will non stay as they are but will increase over clip hence driving consumers towards the use of solar energy as an surrogate energy that has greater length of service. Figure 7 – World Natural Gas Consumption Decision Solar energy has been used for centuries. It is a cleaner energy beginning with great potency for a universe where assorted steps are being taken to follow greener, more sustainable patterns. Intermittent Sun, high operation costs and ongoing research into efficient engineerings limit current solar usage. Research into methods of increasing harnessed energy from the Sun will in bend addition solar energy usage which presently is a infinitesimal part of the universe ‘s entire energy usage. There are environmental concerns but these can be minimised with equal handling. To be more sustainable, mankind are suggested to efficaciously reap energy from the Sun. Although the cost of using this solar energy in comparing with of other non renewable beginnings of energy is still comparatively high, through promotions in engineering and research, it is projected to diminish to a degree where it is able to vie with other beginnings of energy such as coal, fuels and natural gas. The Sun, unlike any other energy beginning, is an ultimate energy beginning that may last everlastingly assuring a simple and non-polluting energy. How to cite How Effective Is Solar Energy Environmental Sciences Essay, Essay examples

Pestel Framework free essay sample

The political environment (Refer Section 1 in Appendix 01) does not favour Fonterra’s operating environment with heavy control over milk powder pricing. Political figureheads at times lead the public to perceive that multinational dairies are working towards destroying the local dairy industry. With the ending of a 26-year old war within the country there is stability in the political environment which in normal cases encourages foreign investment. However the government’s policies and tight regulations towards foreign investment and trade, creates an unfavourable environment for operating multinationals like Fonterra. Noted. In the economic front (Refer section 2 in Appendix01), with base commodity prices being reliant on global trends and heavy fluctuations on exchange rates, budgeting for the purchase of full cream and skim milk from New Zealand proves difficult with currency fluctuations most often surpassing budgeted variances. Subsidies by the government to selected local dairy companies also give unfavourable advantage to them over Fonterra. We will write a custom essay sample on Pestel Framework or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page Socially, similar to world trends, the aging population in the country has opened up new opportunity for Fonterra to move in with its Anlene product, coincidentally at a time when mature markets like full cream milk come under heavy smear campaigns with global issues such as the melamine scare in China. Such incidents create negative perception on all powdered milk products that not only impact short term sales figures but also tarnish the brand loyalty Fonterra has established throughout the years (refer section 3 of Appendix01). When we analyse technological trends and their implications on Fonterra (Refer section 4 in Appendix01), many technological improvements ranging from foraging, nutrition, and flavouring to packaging, has influenced Fonterra to create its own biotechnology subsidiary called ViaLactia Biosciences, working on identifying, discovering and commercialising genes that affect pasture grasses, milk production and milk composition. One such discovery was the response to bone decay known as Osteoporosis that most ging populations of the world are facing. By combining bone strengthening nutrients like Calcium, Zinc, Protein and Magnesium, Fonterra was able to create the brand Anlene. Environmental influences on Fonterra’s strategy are discussed in detail in section 5 of Appendix01. Government sponsored environmental schemes both globally and locally such as deployment of Emission Trading Schemes (ETS) and application of Afforestation Grants Scheme (AGS) increases Fonterra operational costs by having to monitor their greenhouse emissions. Fonterra has to include many green initiatives in to their strategy ranging from simple measures such as waste water treatment to more far-reaching methods like emission trading schemes to forestry provisioning. In addition the trend to move towards more renewable energy globally would drive the energy costs higher for Fonterra. On legislative front (Refer section 6 in Appendix01), Fonterra plans and operates under strict legislative framework governed by many authorities both globally and locally as content claims on dairy product are heavily scrutinised. Furthermore, products such as Anchor 1+ that cater to infant nutrition require additional measures due to their sensitive nature throughout their lifecycle from production to transportation. Any mishap on the part of a multinational such as Fonterra can lead to a product recall. Therefore additional operational costs have to be borne in maintaining hygiene in areas such as production, packaging, storage and transportation. Refer Appendix01 for a detailed analysis on current industry trends and implications to Fonterra. An extremely good analysis.

Problems with Included Tree Bark

Problems with Included Tree Bark Included bark or ingrown bark tissues often develop where two or more stems grow closely together causing weak, under-supported branch angles. Bark often grows around the branching stem attachment and into the union between the two stems. Bark has no strong supportive fiber strength as wood does so the connection is much weaker than a union without included bark. Pruning All maturing trees are subject to having bark inclusions and need pruning while limbs are smaller and easier to remove. Any signs of a cracked weak branch angle (shaped like a V) with included bark that occurs on the main stem or any included bark areas on larger, lower limbs should be considered a defect. Connected stems with a supported U or Y shape are desirable.  Proper pruning will help prevent included bark and encourage the proper shape. Dont Automatically Worry about Decay The presence of decay by itself does not make the tree a hazard tree. All trees have some rot and decay with advancing age. Decay is a problem where the wood is soft and hollowed out along with the presence of mushrooms/conks. Take immediate action if advanced decay is present or associated with weak branches or included bark. Signs for Concern   A weak branch union occurs on the main stem.A weak branch union is associated with a crack, cavity, or another defect.

Writing Assignment Rubric Forewarned is Forearmed

Writing Assignment Rubric Forewarned is Forearmed Writing Assignment Rubric: Forewarned is Forearmed A writing assignment rubric can be difficult to decipher. But getting acquainted with a writing rubric before you write an essay, paper, or any writing assignment is essential to getting good grades. If you don’t know what your teacher expects of you, and write something for your teacher regardless, you are willingly putting yourself in a sticky situation. So, what are the usual parts of a writing rubric and how to impress your teacher by following it? There is usually a hierarchy of categories that are attended to. The following is a list of the important things to pay attention to in order to get the highest grade for your assignments: Communicating your message. Is your content clear? Do you lose focus on the main topic during the essay? If you read your writing as a reader, can you understand it? These questions will reflect whether or not you have communicated your message properly. Writing is a form of communication. Do you write in a fancy way just for kicks? Always make sure you are understood. Organization. Do you have transitions from paragraph to paragraph? Does your essay flow easily from topic to topic, or do you feel jumps in subject matter? Did you arrange your paragraphs in the most efficient manner, so that readers can see the affect of your thesis statement? Speaking of thesis statements, they are the crux of your paper. Your main body paragraphs must reflect and expound on your thesis statement. Style. Is your tone appropriate for your assignment? Are you using informal language when it is a formal essay? Do you think your teacher would enjoy the way you are writing? The way you convey your message is important, but also the tone and character of your writing is also key. Research. Did you validate all the claims you made with in-text citations? Do you have at least three sources? Are your sources reliable, recent, and appropriate? Teachers are keen on seeing if you have used the correct citation style: MLA, APA, Chicago, and more. They are also attentive to when students make claims and do not back them up with information from studies or related research. Grammar and punctuation. Do you use commas, semicolons, colons, and periods correctly? Are your sentences fluid and easy to read? Can you state your sentences in a better order? Though the mechanics of writing is a lower level concern, if you have enough grammatical and punctuation issues, your paper can be difficult to read or even unreadable. Following the rules of mechanics allows you to deliver your message soundly, without disruption. Don’t look at it as a tedious thing. Grammar and punctuation are needed to be heard clearly by your readers. Besides knowing these main criteria, it is important, in a practical sense, to keep your rubric close to you while you write. Checking it periodically as you write is essential to making sure you don’t mess up and have to write everything over again. Also, if you are confused about something in your rubric, don’t feel shy to ask your teacher about it.

Employability skills Assignment Example | Topics and Well Written Essays - 2500 words

Employability skills - Assignment Example Working in the sales department with a team dealing with customer support is certainly a huge task that comes with huge responsibilities. Setting up personal responsibilities in this area is somehow similar to updating job description to increase tasks and responsibilities, which are congruent with the overall objective of the organization. One needs to ask him/herself the following questions before setting responsibilities; what have I done? What do I need to do in order to progress myself? Finally, how do I execute it? These three questions are important in ensuring that your personal responsibilities meet both personal and interests of the organization. My first personal responsibility as a customer support personnel involves satisfying the expectations of the client. The second responsibility involves coordinating with individual users of our service to assess their needs. The third responsibility involves providing adequate information to the clients all the time. The fourth res ponsibility involves developing effective rapport with other service colleagues. The fifth responsibility involves ensuring that you are up to date with current service delivery methods and procedures to increase customer satisfaction. Performance targets unlike personal responsibilities, which makes use job description, go beyond the tasks and duties stated in the job description. Armstrong, (2009; p6) elucidates that when an idea of high quality job performance crosses your mind then one starts to think about expected job outcomes. Everyone at the work is always expected to meet his or her job objectives and thus the need for personal performance targets. For instance, customer support staffs need to ask themselves the following question in order to effectively set personal performance goals. How am I expected to act with the customers and support center colleagues? What are the mandatory organization values? Finally what procedures, methods and process should I employ? My perform ance targets based on my experience in working as a customer support personnel include but not limited to the following: Responding to at least 90% of all the incoming enquiries either through main or telephone; Attending to at least 99% of all complaints from customers promptly; Enhancing my customer service and interpersonal skills within 3 months. Contact at least 60% of new customers to find out about satisfaction of the services. Contact at least 70% of the clients who received a repair to find out if they were satisfied by the services. Evaluating personal effectiveness against defined objectives is an important undertaking for every employee considering that it demonstrates areas where an individual employee effectively succeeded and where he/she requires improvements (Keller, 2010; p196). Self-assessment is applied in a wide range of professional settings including customer support services and therefore it is a noble idea for customer support personnel to undertake self-ass essment to establish their effectiveness to meet customer care challenges and above all their competence in relation to customer service skills. An evaluation of my personal effectiveness against personal objectives played a significant role in knowing my level of performance with respect to competency in customer service skills. One of the biggest challenges that most employers face is how to motivate their employees to attain their full potential at work. It is

Archeology Research Paper Essay Example | Topics and Well Written Essays - 2250 words

Archeology Research Paper - Essay Example Gertrude Bell was a prominent explorer and traveller and became one of the first mountain or rock climbers of her time (Morell 3). Bell went to Jerusalem to study Arabic, and developed an obsession for archaeology in her travels there. Kathleen Kenyon, on the other hand, was one of the most celebrated female archaeologists of the 20th century and is well-known for her cautious excavation of the earliest city of Jericho. Kenyon was full of learning, a careful and precise recorder and wrote well (Morell 3). The Leakey family finally, made of Louis, Richard and Mary, was a family of archaeologists, as well as anthropologists (Morell 3). This family is considered to have made the main strides in people’s understanding and interpretation of the development of man, or otherwise early man, in Africa (Morell 4). They all resided in Kenya where they carried out their archaeological roles. For this reason, this paper has picked Louis Leakey as its subject and will discuss his contributi ons to the field of archaeology. Louis Seymour Leakey lived from 7th August, 1903 to 1st October, 1972. He was an English archaeologist and paleoanthropologist whose career was significant in creating human evolutionary growth, in Africa, especially through his findings in Olduvai Gorge (Bowman 15). Leakey also played a vital role in developing firms for future study in Africa, as well as for advocating for wildlife protection in Africa (Bowman 15). Having been the main mover in developing a custom of palaeoanthropological inquiry, Leakey motivated the following generation to carry on with it, particularly in his own family, most of whom became famous, as well. He took part in nationwide activities of British East Africa in addition to Kenya in the 50s. In the Philosophy of Nature, Leakey affirmed Darwins evolution theory solidly and set about to establish