Merit pay will improve education Essay Example | Topics and Well Written Essays - 1750 words

Merit pay will improve education - Essay Example It can be considered as common scenario that there is divided view regarding the said premise. One side pointed out that the merit pay can be considered as the answer to the proper compensation for deserving teachers. On the other hand, the main point of the opposing group is the inevitable intensification of the unfair treatment with regards to compensation that can be considered substantial even in the absence of the said issue. To be able to achieve the objectives of the said study, there are different concepts that are needed to be taken into consideration. One is the achievement of an understanding of fundamental concept such as the definition of the merit pay and the guidelines that are proposed in its application. Another is the causes and roots of the rise of the said issues. Finally, inclusion of the discussion of the repercussions and impacts of the propositions on merit pay for teachers in the scenario that it had already been applied and implemented is also fundamental. The merit pay concept is related to the type of performance-related compensation that can be observed in educational reform issues. The said system is based on the perspective that given the proper compensation and incentive the educators can be the main instrument in improving the educational system specifically the educational achievement of the students. The type of compensation referred to as the merit pay system can then be considered based on the guidelines implemented in a particular institution. For that matter it covers the employees under the said group. It is important to consider through that the said program is in need of funds that can provide for the designated achievements of the employees. The said technique is included in the guidelines of human resource management as a method to improve the performance of the employees

Management Accounting - balance sheet and cost reduction Assignment

Management Accounting - balance sheet and cost reduction - Assignment Example From the indexes given the cost of labour has increased over the years while the price of their products also tends to increase over the years, therefore the increase in the cost of labour has led to an increase in prices. The cost of direct materials has increased over the years meaning that this could have caused the increase in the cost of production for a unit. On the other hand retail prices have increased over the years as indicated by the retail price index. b) An indication of the possible areas of weaknesses in the material, labour and overhead costing and control practices and procedures used in the factory of the company. In addition, you should comment on any other areas you consider to be significant. Job order costing is used where each job is unique and requires special attention, therefore this is the best method to be used by Sidcup limited because each order is different in production, the problem faced by this company is that the determination of cost of labour used and materials used, the method used is inappropriate. Sidcup estimates material costs using the cost from the previous year which is very wrong because their costs may increase or decrease during the year, therefore the company should adopt one of the material cost estimation methods. (Pizzey A (1989)) Direct labour cost estimation is also not approp... Last in last out- this means that costs of materials used will be determined by the cost of those that came in last. Average method- this means that the cost of materials used will be determined by an averaged cost of the materials. Specific identification this means that materials cost will be determined by the specific cost of those used in production. Sidcup estimates material costs using the cost from the previous year which is very wrong because their costs may increase or decrease during the year, therefore the company should adopt one of the material cost estimation methods. (Pizzey A (1989)) Direct labour cost estimation is also not appropriate, the cost of labour used is that determined at the beginning of the year using the previous year expenses. The company should adopt direct labour cost estimation methods which will use labour hours and cost per hour to determine labour costs. The company has no budget for any year, the company therefore should budget prepare sales budgets, production budgets, direct material usage budgets and direct material budgets in order to aid in planning and coordination of activities in the organisation. According to the components of the costs of production given below, the cost of labour is higher than any other cost; therefore they use a labour intensive method of production. The cost of production can be brought down through the adoption of a capital intensive means of production where the machines do a lot of the work. Machines will also increase their production capacity and this will lead to economies of scale where the total overheads will be distributed to a large number of units produced.

My Exchange Experience Essay Example for Free

My Exchange Experience Essay Ocean is more resplendent because of its waves; forest is lusher because of the rainstorms; and life is richer because of all the milestones. I always believe that what makes people different is not the starting point, but the turning point. Twenty years had been gone in my life, but I did not feel my growth and maturity until I went to California as a foreign exchange student. In 2006, I should be like many other sixteen-year-old teenagers who go to school every day and spend time with parents at home. However, I made a decision to come to the United States for ten month with AFS Intercultural Program. At first, my English teacher in China asked me if I want to go to the AFS winter camp, which is for selecting exchange students across the country. At that time, I had absolutely no idea about doing abroad. What I pictured my life was to finish high school, go to a college, and get a decent job. My parents advised me that there were two choices lying in front of me. On one hand, I could ignore the exchange program and live like what everyone does, whereas on the other hand, I could try to go to a different way of living. Finally, I was selected to be one of the sixty three exchange students who would go to the United States. Since I stepped onto the land of United States, lots of hardships have already waited to test me. The very beginning thing I had to handle was to become adapted to the American style of living, such as trying all different kinds of food, watching movies together with the family, getting up early on Christmas day morning to open presents from â€Å"Santa Claus†, and so on. Then, I had to get used to the life in school. In China, we do not have the opportunity to pick courses; whereas here in the United States, I got so many classes to choose from. What was more, I had to make decisions on my own instead of asking my parents like what I normally did back home. Usually, I had to prepare a lot of work for whole night, but I never told my parents how tired and hard I felt here. I never wanted them to worry about me, which was another big difference. In China, I could tell them all my feelings, however, in America, all I could do was to bear everything on my shoulder and kept going on without hesitance. I felt so lucky to get involved in this exchange experience, which is a really important milestone in my life because I harvested and grew up a lot from it. I got the chance to practice my oral English skills because I was the only Chinese in that town. And then, without the aid of Mom and Dad, I managed to do many things well relying on myself, which really steeled me. Instead of looking at America through TV shows, I was personally on the scene to experience American culture, especially the education system.

Casting Engine Blocks Automotive Manufacturing Processes Engineering Essay

Casting Engine Blocks Automotive Manufacturing Processes Engineering Essay There are several different types of manufacturing processes to choose from out there and many different alloys that are at ones disposal to be used. Some processes include: sand casting, die casting, and lost-foam casting. In this report, sand and die casting will be discussed with the focus on sand casting. Also, choosing a suitable alloy will be discussed. Is the alloy going to be ferrous or non-ferrous and what qualities does the alloy chosen have, to make it a good choice to use with the manufacturing process is a question to ask oneself. In this case, sand casting has the capability of using any alloy whereas; die casting is generally limited to non-ferrous alloys. Aluminum is a very common alloy to use and it can be used for almost any process. Although, this alloy possesses some qualities that would be desired by most, gray cast iron was decided by us to possess even stronger qualities that led us to choose it for the material used in the design of a cast iron block. Sand cas ting is now and has been for some time one of the most commonly used manufacturing processes and the use of gray cast iron fits very well with this process. The reasons for choosing sand casting as the manufacturing process and gray cast iron as the alloy will be discussed further in the report. Problem Statement: To select a suitable casting process and material that will be as per the requirement of efficient, cost effective and environmentally friendly engine block production. Objectives: To discuss the various casting processes that can be used to manufacture an engine block. To select a suitable alloy for the part. To select a suitable casting process. To justify the above selection. To design the selected process to cast an engine block. To discuss the defects in the casting and challenges to be faced while using the selected process and the methods to overcome these. To discuss the cost consideration and environmental impact of using the selected process. The Identification of Suitable Casting Processes The manufacturing of cast engine blocks out of cast iron involves the consideration of what manufacturing process to use as well as a suitable alloy. The alloy chosen for our company is gray cast iron and the process of selecting this particular alloy will be discussed further in the next section. This section will discuss how our company came to choose sand casting as the manufacturing process by comparing this process with other processes. There are several factors involved in choosing a suitable casting process for manufacturing cast engine blocks. Some of these factors include the type of material that can be used in the casting process, the type of part that can be cast, the finish of the product, the amount of time it takes for the process, and the cost involved. In this section, sand casting will be compared with die casting. Although both are good processes to use, the results vary depending on what process is chosen. There are some similarities between the processes, while there are mostly differences in most aspects of the processes. Selecting a Suitable Alloy An engine block is the main part of an engine which holds all most all the parts of the engine. It should house the internal moving parts, fluids and also withstand the forces and pressure developed during combustion. It should have high strength, wear resistance, good machinability, good vibration absorption capacity, corrosion resistance, low thermal expansion, good thermal conductivity and manufacturability and should have less manufacturing cost. In general, most of the industries use cast iron for manufacturing the engine blocks because of the following reasons: It is cheaper, excellent damping capacity, good wear and high temperature resistant, easily machinable, inexpensive to produce, and can tolerate high pressure and RPM. Other materials which are considered for manufacturing engine blocks are aluminum alloys and magnesium alloys. But, after considering the above factors using cast iron is the feasible option. For choosing the right alloy from cast iron variants, their material properties are compared. Table 1.1 compositions of the different cast irons Name Nominal composition [% by weight] Form and condition Hardness [Brinell scale] Grey cast iron (ASTMA48) C  3.4, Si  1.8,  Mn  0.5 Cast 260 White cast iron C  3.4, Si  0.7, Mn  0.6 Cast (as cast) 450 Malleable iron (ASTM A47) C  2.5, Si  1.0, Mn  0.55 Cast (annealed) 130 Ductile or nodular iron C  3.4, P  0.1, Mn  0.4,Ni  1.0, Mg  0.06 Cast 170 Ductile or nodular iron (ASTM A339) cast (quench tempered) 310 Ni-hard type 2 C  2.7, Si  0.6, Mn  0.5, Ni  4.5, Cr  2.0 Sand-cast 550 Ni-resist type 2 C  3.0, Si  2.0, Mn  1.0, Ni  20.0, Cr  2.5 Cast 140 Table1.2 comparision of the strengths of the cast irons alloys Table 1.3 castability of the different metals. As we need a material which is hard enough, having good strength and good castability, from Table 1.1 we can find gray cast iron having enough and nominal hardness. There are materials which are harder than grey cast iron but as hardness increases material can wear the internal components and will be brittle in nature which is not a preferable property. From Table 1.2 we can observe that elongation is less with good yield strength for gray cast iron which is one of the desirable properties. Both pearlitic and martensitic gray cast irons have less elongation with high yield strength but martensitic gray cast iron has more hardness which is against our requirements and Table 1.3 tells that castability is excellent for gray cast irons compared to other metals and alloys. For desired properties like castability, fluidity, resistance to deformation, relatively low melting point and cost On the whole from the above mentioned tables 1.1, 1.2, 1.3 and above desirable properties gray cast iron matches our requirement. So we finally decide to go for the pearlitic gray cast iron. The Effect of Manufacturing Processes on the Product Sand casting and die casting both consist of the pouring of molten metal into a mold, allowing the metal to cool until it solidifies. The type of mold used in these processes usually varies drastically from one another. Die casting uses the molten metal that gets forced into a mold and is subjected to high pressures so that it solidifies very nicely into the die cavity. Sand casting generally uses silica sand as its material for the mold. Sand is generally chosen as the mold material because of the characteristics that it possesses and the fact that its relatively inexpensive. The strength of the mold is critical in the manufacturing process and using the right type of grains in the sand can improve the strength. A specific type of sand is commonly used for sand casting, and that type is called green molding sand. Green molding sand uses a mixture sand, clay, and water. This mixture provides a moist sand to be present in the mold when the metal is poured into the mold. This moist sand then becomes easily reusable, which contributes to lowering the expenses in the process. Sand casting is an efficient process to use because of the flexibility in what can be done as part of the process. There is no limitation to what material can be used, which means that gray cast iron is available to be used when sand casting engine blocks. There is also no limitation to the type of part that can be cast. The part can also be of any size or shape or weight. Another reason for using sand casting is the minimal costs when compared to other manufacturing process, the amount of time required for production of the parts, and the number of parts required in a production cycle. Sand casting allows for the production of one part at a time if necessary, with no limit to the number of parts to be produced. All costs, including mold material, tooling, and labor costs are relatively low compared to other processes. Although, sand casting has many good qualities that persuade us to use this process, there are a few deficiencies in using the process too. These deficiencies include the finish of the material, porosity, and dimensional tolerance. The dimensional tolerance is much greater than that of other manufacturing processes which causes a greater rate of shrinkage. This shrinkage increases the porosity of the material, which results in a rough surface finish. Die casting is an efficient process to use because more precise results. The die casting process allows for the production of solid, fine parts at a high rate. No additional machining should be necessary on these parts since the dimensional accuracy is so good to begin, with that these parts are ready for use after one cycle of the process. Although the types of materials that can be used are limited, which is mentioned in the next paragraph, experimental results show that gray cast iron is a very workable material for die casting. Even smaller sized parts like pins and fasteners can be casted using die casting, but the smooth surface finish and precision of the parts allow for them to be put to good use. Similar to sand casting and any other casting process, die casting has its disadvantages too. Generally, only nonferrous materials can be casted using die casting. The materials work very well, but that still limits the resources out there for the process which could potentially cause some problems. Also, since the parts produced are small, this limits the potential uses of the part. Another problem that could arise is that even though the labor costs are very low since the process is mostly run on automated systems; these systems and all other equipment are relatively expensive. This is the one major difference between sand casting and die casting that cannot be ignored. Ways to lower the costs are still being worked on, but there is still some work left to do to bring these costs down a sufficient amount. It takes a long time to produce these parts, but being able to produce a large quantity at a time helps to make up for the long lead time. These deficiencies will be looked at in greater detail in a later section. The Sand Casting Procedure Sand casting Sand casting is one of the oldest techniques of manufacturing. In this form, molten metal is poured into a mould made of sand. When the metal is hardened and cooled, the part is removed. In sand casting, the mold is made of packed sand. Mold preparation In the process, we chose green sand casting as our casting process. The sand mixture consists of sand, clay binder, water and additives. The sand also includes zircon(ZrSiO4), olivine(Mg2SiO4), iron silicate(Fe2SiO4), chromite(FeCr2O4). Zircon, olivine and iron silicate have low thermal expansion, and chromite has high heat transfer. During the process, all the ingredients are mixed together and the sand should be moist and not dry. Figure 1. Green Sand Casting Mold Sand casting procedure During the process, patterns and cores are made; sand is thoroughly mixed and then formed about the patterns as per our need. The patterns are removed and the two halves of the molds are put together and are thus ready for pouring the molten metal. The preheated metal is then poured slowly into the mold until the mold is full. The part is then cooled and after the part solidifies thoroughly, the sand mold is removed by striking the part. Lastly, we machine the casting to give it its final shape. Defects Sand castings have many defects such as inclusion, shrinkage, air holes, sand holes, cold shut and cracks. In this procedure, the granule shape, granule size and collapsibility of sand mold effect sand mold casting. Quality inspection Quality inspection of sand casting can be done by sharp impact test, x-ray inspection, pressure test, magnaflux inspection and ultrasonic test. Whereas, to inspect the casting in the foundry itself; visual inspection, dimensional inspection, chemical component inspection and testing to figure out the physical properties by doing the hardness or tensile strength test are commonly used. Casting products and mass production The sand used in making the mold can be used again and again(reclaimed), thus the green sand casting process is cheap and widely used compared to other casting process. Due to this mass production of this process in a cost effective manner is possible. CASTING DEFECTS Some of the possible defect that may arise during the sand casting process Shrinkage defects: These defects mainly occur when feed metal is not available to compensate the shrinkage as the metal solidifies. These defects can be avoided by providing proper gates, vents and risers in the mold. Gas porosity: They are formed as bubbles on the casting after it is cooled. This is due to the presence of large amounts of dissolved gas in the molten metal. To prevent this, the metal is melted in vacuum or in the presence of specific low solubility gases such as argon or carbon dioxide. To minimize gas solubility, the super heat temperature can be kept low. Misruns and cold shuts: They are the empty cavities in solidified metal, due to the lack of fluidity, narrow cross sections, back pressure and turbulence. These are rectified by reducing the pouring temperature, adding sprue and proper gates. Metal penetration: This is the presence of rough surface finish because of the liquid metal penetrating the sand mould. This penetration is due to high pouring temperatures. Lowering the pouring temperature will avoid this phenomenon. Hot Spots: They are formed on the surface that is very hard because of the quick cooling compared to the surroundings. Changing chemical composition and providing proper cooling methods like using chills, these can be avoided. Inclusions: These are metal impurities generally oxides, sulfides, nitrides and carbides formed from the material that is eroded from furnace or impurities present in the mold. These inclusions can be reduced by using ceramic filters or melting the metal in vacuum Hot tears: Also called as hot cracking, these are the failures in the casting that are formed while cast metal starts cooling because of the weak strength of the metal when it is hot and the internal stresses. These can be prevented by proper mold design. Mold erosion: Erosion of the mold sand occurs while filling molten metal into the mold, caused due to sand having less binding strength or high pouring velocity of metal. This can be avoided by redesigning the gating system or by using large runners. Identifying challenges in the process and how they are being addressed An engine block has a very complex geometry. The engine block has internal recesses for the coolant, i.e., water to circulate and the cylinders for the piston to reciprocate. So casting such an intricate shape is always challenging. First, the pattern for making the mold must be very carefully designed because the quality of our casting is as good as the quality of our pattern. For such a complex machined part, we must carefully monitor the cooling of the casting; as such a complex part is bound to cool in an uneven manner. We all know that the major problem concerned with sand casting is the poor surface finish, but in an engine block the only important surface is the cylinder where the piston will reciprocate and it is not important for the cooling water to flow through highly machined surfaces. In sand casting, the surface finish can be substantially improved by using finer sands and we are adding zircon to the sand which will result in a better surface finish. Another challenge in sand casting an engine block is the pouring of the molten metal. Since an engine block is huge and has a complicated geometry, the pouring rate of the metal should be carefully monitored. We should not pour it at such a slow rate that the metal solidifies in the pouring vessel itself and it should not be so fast that molten metal could not reach some regions resulting in voids. In fact, the metal should not be poured. It should be pumped against the gravity so as to avoid gas entrapment. As said earlier, an engine block, due to its geometric complexity will tend to cool irregularly. So the risers should be properly placed to take into account this irregular cooling. Addressing the cost consideration The cost associated with sand casting can be divided into three broad categories: Material cost, Production cost and Tooling cost. Material cost As the name suggests, material cost includes the cost of all the materials used in the sand casting process. These materials include the metal, the mold sand and the core sand. The cost of the metal will depend on a number of factors such as cost of the alloy, purity of the alloy and the castability of the alloy. For more pure alloys, the cost will be higher. For alloys with lower castability, additional metal will be required in order to fill the flow channels and the feed heads to assure a good casting, so in such cases, the cost will be higher. The cost of the mold sand and the core sand will depend on the shape and size of the mold and the core respectively. In this case, since our part is an engine block, due to its size and geometric complexity, the cost is bound to be high. Production Cost Again as the name suggests, production cost will include the cost of all the operations that will take place during the process of sand casting. These will include core making, mold making, pouring, and cleaning. The addition of cores to the casting will increase its cost because it will slow the process down. An engine block, a very complicated part, will definitely have cores which will increase the overall production cost by slowing down the production. Pouring and cleaning costs are determined by the size and weight of the casting. So these will be high for an engine block as it is a big and heavy component, and the mold will take longer to fill and the cast block will take longer to be cleaned. Tooling Cost Tooling cost is the cost associated with the tools used during the sand casting process. These include the patterns used to make the molds and the core-boxes to make the cores. Since an engine block is huge and geometrically complicated, tooling cost will be high. Also, since we are designing for mass production, the patterns as well as the core-boxes will have to be used more frequently. The constant use of the tool will result in the wearing down of the tool at a high rate, which in turn will increase the overall cost as the tool will have to be replaced. A solution to this problem will be to use patterns and core-boxes of a better quality material, but again the cost will be high. Environmental Impact of using Sand Casting: Foundries are generally regarded as being dirty and unfavorable to the environment. The primary issues being faced by the casting industry are the excessive volumes of by-products that are to be sent to landfills, and the Hazardous Air Pollutants (HAPs) which are released during the process. Of all the by-products generated by volume, sand is the largest. Even in processes which involve a high level of sand recovery, some amount of new sand is always required to maintain the optimum quality of sand in the system. This in turn will result in loss of sand from the system. After its use, the sand is either sent to a landfill for disposal, resulting in soil pollution, or it is reclaimed off-site. Not all foundry sands are considered hazardous, especially the ones from ferrous foundries, which pass the TCLP (Toxic Characteristic Leaching Procedure), which, after use can be sent to unlined landfills for disposal. Some non-ferrous sands on the other hand contain high levels of metal because they have to be sent to secured landfills and not the unlined ones. Chemical binders inwaste sand can become a crucial issue if resin-coated sands are wasted in large volumes before the pouring stage as most of the binder in the mold is burnt off during the pouring stage. Hence, the binder level should be carefully monitored so as to prevent it from reaching unacceptable levels over a period of many reclamation cycles. The second largest by-product by volume in the sand casting process is the baghouse dust. It is typically formed when the sand is reclaimed multiple times, which results in the sand grains breaking down to dust particles. Not only will it affect the quality of the casting, but it will also result in health issues such as silicosis. Slag is yet another by-product which is formed during the sand casting process. When flux is added to the molten metal to remove impurities, it reacts with the impurities to form slag which floats to the surface and is to be removed before pouring the metal. The slag so formed has a glass like appearance and is not really hazardous as it can be easily disposed of in unlined landfills. Apart from these solid wastes, there is also a substantial amount of gaseous waste (emissions) produced during the sand casting process. These include benzene, carbon monoxide, hydrogen sulphide, sulphur dioxide, phenols, nitrous oxide and other HAPs. Of all the pollutants, benzene is the most emitted. Conclusion In many ways the job of an engineer is not simple, because to choose between one material or one process over another is never easy. There is no process or material which can be considered as perfect. Each process has its advantages and disadvantages. An engineers job is to find an optimum solution so that the huge amount of investment in this industry is justified. In this project we, as engineers have done a similar job. We have selected sand casting for manufacturing the engine blocks and have justified our decision by discussing various aspects, both good as well as bad, of the selected process.

Kant: Goodness :: essays research papers

Kant: Goodness The philosopher I used is Immanuel Kant. He was very practical in his thinking of goodness. A quote of his was "I ought, therefore I can". His view was good anything is under good will . He believed good will was the primary goodness, good in its purest form, and that it couldn't be corrupted. Good feelings and good intentions and actions can be interpreted in different ways; man can corrupt these things into evil...even though it still might be good in that man's eyes. What he's really trying to say is that good will is good in its objective form. Therefore, it defines goodness. A few examples of forms of goodness that could be corrupt are intelligence, courage, and resolution. These things can be very good, but can be used for evil as well. The short story I would like to allude to in order to connect these themes and ideas is "A Good Man is Hard to Find". The title even has "good" in it...and according to Kant, goodness in its purest form is good will. The question now would be, does the Misfit have good will? Is what he is doing good, objectively, and purely? He is purging and purifying the world. He is Christ like in many senses. He is purifying the world by purging it of its evil...relating to the Old Testament. God decided that the human race was too evil to survive, so he flooded it. God killed, as well as the Misfit. This isn't the same as Christ, though; it just adds to the religious element. Christ's mission was to try and rid the world of evil, and sacrificed for it. The Misfit sacrificed his freedom initially, was "reborn" again by escaping from jail, and become a Christ like figure again...he's now reborn, and his mission has an even stronger exclamation point on it, just like Christ's after he was resurrected. The literal differences are obvious; Christ never held anyone at gunpoint, let alone kill old ladies (no matter HOW hateful). But the allusions above illustrate that the Misfit was indeed a Christ-like figure with good intentions; good will . The Misfit was in a world of evil where he felt it was his mission, as well as his intention and his will, to be the savior of the good people. When it really comes to good will, I believe that the Misfit did have good will and that, in a world such as his, the South, he was not just playing God, but his will was forcing him to be God to judge the "infidels".

Left Behind Book Series :: essays research papers

Feeling left behind? You might be if you have looked in the religion section of a bookstore recently. Since 1995, over fifty million books bearing the banner of the Left Behind series have showed up not only in Protestant bookstores but also in mainstream, secular bookstores. In 1998 the original four books of the series simultaneously occupied the top four slots in the New York Times bestseller list—which does not count sales figures from Protestant bookstores. The tenth volume of the series debuted at number one on the list. The books of the Left Behind series offer a fictionalized account of the end of the world, based on the authors’ understanding of the book of Revelation and other Bible prophecies. But Left Behind is much more than a series of books. It is a multi-media franchise that includes not only the original novels (which should total twelve to fourteen) but also two motion pictures, over twenty children’s books, study guides, dramatized and unabridged audio books, and graphic novels—with more on the way! Also attached to the franchise are a number of non-fiction works in which the authors explain their views of Bible prophecy in a straightforward manner rather than using the form of a novel. Evangelical publishing has never seen a phenomenon like this. It dwarfs even The Late Great Planet Earth, which was the best-selling book of the 1970s. Left Behind leaves many Catholics scratching their heads. They may know that it has something to do with the end of the world. Some Catholics have even had Evangelical friends try to get them to read the books as a subtle (or not so subtle) attempt to evangelize them. But few have a clear idea of what the books are about, who is behind them, and how they relate to the Catholic faith. This is a problem. There is nothing wrong with having a successful publishing franchise, but when that franchise contains anti-Catholic prejudice and bad theology, that is a problem. Matters are worse when the franchise is so profit-driven that it puts making a buck over the spiritual and psychological well-being of children. As we will see, Left Behind does all of that. The Man Behind Left Behind The Left Behind books carry the bylines of two men, Tim LaHaye and Jerry B. Jenkins. The latter is a prolific freelance author and ghostwriter who has published several dozen books. He is the actual author of the Left Behind books, but his is the less important role, because he does not generate the ideas for them.

What is NSTP all about? Essay

The National Service Training Program was also known as â€Å"The National Service Training Program or (NSTP) for Tertiary Level Students, It invoked the constitutional provision regarding the â€Å"duty of the state to serve and protect its citizens,† Is to promote the role of the youth in nation-building. As such, it aims to encourage the youth to become civic and / or military leaders and volunteers whom could be called upon by the nation in cases their services are needed. Compared with the ROTC which specializes in military training, and the ROTC which granted three options for students yet was limited in implementation, the NSTP law ensured that the three components – Civic Welfare Service, Literacy Training Service, and Reserve Officers Training Corps – will be given the same and equal implementation in educational institutions. Moreover, it defined the different components, the duration of the training, â€Å" National Service Training Program (NSTP)† is a program aimed at enhancing civic consciousness and defense preparedness in the youth by developing the ethics of service and patriotism while undergoing training in any of its three (3) program components. Its various components are specially designed to enhance the youth’s active contribution to the general welfare. What is the significant of NSTP? There various benefits of the National Service Training Program. It builds a sense of patriotism to the individuals. You also learn teamwork and loyalty. And NSTP addresses the need for national program of youth development and mobilization for the task of nation building. In view of the said scheme and aims, the Program exists and operates in the context of education and national security systems, both of which are important parts of the larger system of national development and security policy. This potentially synergistic relationship between education and defense needs to be understood better, in view of the systematic link between national development and national security, a vital point relevant to enhanced national service training for the Filipino youth. Now that it is barely seven years of NSTP implementation and abolishing it in view of its perceived irrelevancy and mediocrity is not at all a solution. Assuming for the moment the possibility of the Program’s infirmities, prudence dictates that at the outset diagnostics are in order. To set aside misleading biases and false impressions of the program, this assessment study may serve as empirical evidence. What I have learned in NSTP?