Cauda Equina Assignment Example | Topics and Well Written Essays - 500 words

Cauda Equina - Assignment Example Apparently, the Cauda equina syndrome is a neurological disorder which affects the Cauda equina located in the spinal cord of the human body. Evidently, this condition causes acute function loss of the lumbar plexus, in other words, the nervous root of the spinal cord. Notably, the disease has some distinct symptoms for instance back pains, saddle anesthesia among others. Evidently, other etiologies of the caunda equina syndrome are spinal fractures and any compression in the affected nerve root in the spinal cord. However, fractures in the thoracolumbar spine do not necessarily attribute to caunda equina syndrome. In summation, most injuries in the neural spine usually postulate caunda equina condition therefore, any instance of back pain should be examined before it turns into fatal caunda equina syndrome. Notably, we are told that patient was unable to straighten this signifies thatthe Cauda equina infection had spread vastly the vertebral region thus causing the stiffness. Evidently, numbness over the left anterior region served as a vital signature that the Cauda equina syndrome was present in the patient. However, this are some of the significant symptoms that are key markers of the infestation of the disease. Therefore, if the above symptoms were diagnosed much earlier, the condition would have been managed by the uses of medication to prevent further spread. On the same note, the only remedy for the advanced form of this ailment is through surgery. In conclusion, this condition is curable if detecting early enough. However, if detected at an advanced stage it may be fatal since the individual may suffer from spine fractures hence fatal. To this end, it is necessary to go for regular checkup if the symptoms are viewed in an individual in a bid to curb instance of progression of the condition in the

Global Marketing Operations Case Study Example | Topics and Well Written Essays - 750 words

Global Marketing Operations - Case Study Example Samsung has emerged stronger with global image by their innovative strategies that were globally focused, restructured, and streamlined to the target. Samsung achieved 70% of the business from outside Korea. The company remained very much Product- focused with attention on manufacturing. They believed in quality product that could take care itself to establish and to be preferred by consumers. But in today's world of competition this notion was mistaken and they had to change to become market oriented under the able leadership of Mr. Kim. In 2008, Samsung is expected to earn 9.27 trillion won, up from 7.4 trillion won last year, according to Reuters Estimates. The major objective of the company in 2008 is to be top three electronic companies in the world by 2010 with quality products, to double up their 2004 sales achievement of $55 billion by 2010, to have 20 number one market share in the compared to the present eight number one market share products, to identify growth engines of growth and pursue innovation through out its business operations. It is a fact that Samsung Electronics had been more a manufacturing giant than a market entity. In terms of marketing the company has been backward if compared with its rivals in the market such as Nokia and Motorola. The company started its marketing efforts late and yet they could not make highly visible brands particularly in the foreign market. The company is badly in need of signature product that will make its brand name stick in consumers' mind. The company is suffering from identity crisis. For example iPods of Apple is easily identifiable in United States as 'Anycall' phones of Samsung is identifiable in Korea. But this brand has identity problems in other countries. The real challenge is to build Samsung into a beloved brand into the mind of people who would love to have it and recall it any time. Cell phones account for 31% of Samsung's revenue and therefore needs intensive attention from the marketing manager. The company is planning to enter and succeed in emerging markets. The efforts of building the brand image can be resumed in these countries. Emerging markets have become highly competitive and it is very dangerous to take initiative here. But Samsung with its history of doing miracles with its products innovation can do it in marketing as well. In India about six million people are buying new mobile set every month. Nokia and Motorola are well positioned there even at low profit margins. They are active in the market to sell dirt-cheap handsets with hope to take over the high-end market in future. Samsung does not like to market these low-end handsets. They are catering to high end of the low-end market- 'the premier low end' in the price range of $50-$70. Samsung needs differentiation of its brand here in this premier low-end market. There are numerous consumers who bought high-end products in the past but and they are not happy buying the cheap products. Samsung with its superior image of building high quality products can focus its brands of low-end premium products without increasing the

The Fields Of Construction And Engineering Construction Essay

The Fields Of Construction And Engineering Construction Essay In the fields of  civil engineering,  construction  is a process that consists of the  building   or assembling of infrastructure. Normally, the job is managed by a  project manager, and supervised by a  construction manager,  design engineer and construction engineer. For the successful  execution  of a  project, effective  planning  is essential. Those involved with the design and execution of the infrastructure in question must consider the  environmental impacts  of the job, the successful  scheduling, budgeting,  construction site safety, availability of building materials and inconvenience to the public caused by  construction delays. TYPES OF CONSTRUCTION PROJECTS UNDERGOING Two types of projects are activated inside campus:- 1. Building construction, 2. Maintenance of roads. BUILDING CONSTRUCTION Several buildings are under construction inside campus to be used as central library, staff residences, educational buildings for B.D.S. and M.B.B.S., shopping mall, boys hostel no.5,hospital, extrusion of built buildings, passage between hostels, footpath repairing , repairing and maintenance, administration building. The contracts are undertaken by different companies in order to have the work done in the shortest possible time. Some of these companies are mentioned below. Building construction of two types:- 1. Framed structure construction, 2. Unframed structure construction. 1. Framed structure is an assembly of slabs, beams, columns and foundation connected to one another so that it behaves as one unit. It is a methodology, which enables the construction of tall buildings and building with stilts. Majority of urban structures and multistoried buildings are built as RCC framed structures. In an RCC framed structure, the load is transferred from a slab to the beams then to the columns and further to lower columns and finally to the foundation which in turn transfers it to the soil. The walls in such structures are constructed after the frame is ready and are not meant to carry any load.   As against this, in a load bearing structure, the loads are directly transferred to the soil through the walls, which are capable of carrying them. A well describing picture of a framed building inside lovely university is displayed on next page. FRAMED STRUCTURE 2.Unframed structures are those in which masonry is done with the help of mortar along with pillars and columns are also extruded.. VARIOUS OPERATIONS CONTINUING The foundation. It is the inferior or bottom part of a building that penetrates the terrain it is on, this carries the weight of the building and supports it. Type of foundations provided that I saw inside the university campus were:- #Spread footing foundations consists of strips or pads of concrete which transfer the loads from walls and columns to the soil or bedrock. Embedment of spread footings is controlled by several factors, including development of lateral capacity, penetration of soft near-surface layers, and penetration through near-surface layers likely to change volume due to frost heave or swell. These foundations are common in residential construction that includes a basement, and in many commercial structures. This type of foundation is provided below the buildings to be used as boys hostel no.5. #Mat-slab foundation are used to distribute heavy column and wall loads across the entire building area, to lower the contact pressure compared to conventional spread footings. Mat-slab foundations can be constructed near the ground surface, or at the bottom of basements. In high-rise buildings, mat-slab foundations can be several meters thick, with extensive reinforcing to ensure relatively uniform load transfer. This type of foundation is provided below the building to be used as central library and staff residence. The walls. The walls of a building   receive the weight of the different ceilings and floors and pass this weight over to the foundation. Masonry has done to construct walls in all buildings inside campus. Masonry is the building of structures from individual units laid in and bound together by mortar; the term masonry can also refer to the units themselves. The common materials of masonry construction are brick, stone such as marble, granite, travertine, limestone; concrete block, glass block, stucco, and tile. Masonry is generally a highly durable form of construction. However, the materials used, the quality of the mortar and workmanship, and the pattern in which the units are assembled can significantly affect the durability of the overall masonry construction Brick masonry is undertaken inside campus. Solid brickwork is made of two or more layers of bricks with the units running horizontally called stretcher bricks bound together with bricks running transverse to the wall called header bricks. Each row of bricks is known as a course. The pattern of headers and stretchers employed gives rise to different bonds such as the common bond, the English bond, and the Flemish bond .Bonds can differ in strength and in insulating ability. Vertically staggered bonds tend to be somewhat stronger and less prone to major cracking than a non-staggered bond. A picture of brick masonry is given below. Concrete blocks masonry is also under process in some parts of LPU. Blocks of cinder concrete, ordinary concrete, or hollow tile are generically known as Concrete Masonry Units (CMU)s. They usually are much larger than ordinary bricks and so are much faster to lay for a wall of a given size. Furthermore, cinder and concrete blocks typically have much lower water absorption rates than brick. They often are used as the structural core for veneered brick masonry, or are used alone for the walls of factories, garages and other industrial style buildings where such appearance is acceptable or desirable. Such blocks often receive a stucco surface for decoration. Surface-bonding cement, which contains synthetic fibers for reinforcement, is sometimes used in this application and can impart extra strength to a block wall. Surface-bonding cement is often pre-colored and can be stained or painted thus resulting in a finished stucco-like surface. The primary structural advantage of concrete blocks in comparison to smaller clay-based bricks is that a CMU wall can be reinforced by filling the block voids with concrete with or without steel rebar. Generally, certain voids are designated for filling and reinforcement, particularly at corners, wall-ends, and openings while other voids are left empty. This increases wall strength and stability more economically than filling and reinforcing all voids. Typically, structures made of CMUs will have the top course of blocks in the walls filled with concrete and tied together with steel reinforcement to form a bond beam. Bond beams are often a requirement of modern building codes and controls. Another type of steel reinforcement, referred to as ladder-reinforcement, can also be embedded in horizontal mortar joints of concrete block walls. The introduction of steel reinforcement generally results in a CMU wall having much greater lateral and tensile strength than unreinforced walls. cmus can be manufactured to provide a variety of surface appearances. They can be colored during manufacturing or stained or painted after installation. They can be split as part of the manufacturing process, giving the blocks a rough face replicating the appearance of natural stone, such as brownstone. CMUs may also be scored, ribbed, sandblasted, polished, striated (raked or brushed), include decorative aggregates, be allowed to slump in a controlled fashion during curing, or include several of these techniques in their manufacture to provide a decorative appearance A COLUMN in structural engineering is a vertical structural member that transmits through compression, the weight of the structure above to other structural element below. Other compression members are often termed as columns due to similar stress conditions. These are designed to and frequently used to support beams and arches on which upper part of walls or ceiling rests. A column might also a decorative member and but need not to support any load. Early columns were constructed of stone, some out of a single piece of stone, usually by turning on a lathe-like apparatus. Single-piece columns are among the heaviest stones used in architecture. Other stone columns are created out of multiple sections of stone, mortared or dry-fit together. In many classical sites, sectioned columns were carved with a center hole or depression so that they could be pegged together, using stone or metal pins. The design of most classical columns incorporates enchases (the inclusion of a slight outward curve in the sides) plus a reduction in diameter along the height of the column, so that the top is as little as 83% of the bottom diameter. This reduction mimics the parallax effects which the eye expects to see, and tends to make columns look taller and straighter than they are while enchases ads to that effect. Modern columns are constructed out of steel, poured or precast concrete, or brick. They may then be clad in an architectural covering or left bare. There are many types of columns such as steel, concrete, wooden etc. but inside lovely professional university, columns preferred are made up of concrete. The high compressive strength of high-strength concrete is especially advantageous in compressed members such as columns, which can be made more slender and, consequently, make economic benefits possible. However, the behavior of high-strength concrete columns is not yet fully understood. This thesis deals with the behavior of reinforced normal and high-strength concrete columns under compressive loading. Numerical results from non-linear finite element analyses were compared with results from columns tested. In the present study, thirty reinforced short stub concrete columns and sixteen reinforced long slender concrete columns have been tested under axial compressive short-term loading to failure. In addition, two long slender columns were subjected to sustained compressive loading. The parameters varied in the study were the concrete strength, stirrup spacing, reinforcement strength, slenderness of the columns, and eccentricity of the axial load applied. The test results for the short stub columns show that the load capacity increased in proportion to the increased compressive cylinder strength. The short stub columns of high-strength concrete exhibited a sudden, explosive type of failure. When the concrete strength of the long slender columns was increased, the maximum load capacity became greater. Although closer stirrup spacing did not provide an increase in load bearing capacity, it did give the columns a more ductile behavior in the post-peak region. The most important parameters for obtaining a ductile behavior were the spacing of the stirrups and the reinforcement configuration. Furthermore, it was observed that the stirrups in the high-strength concrete columns did not necessarily yield at maximum load. Therefore, to estimate the strength correctly it is necessary to use the actual stirrup strain or to design the reinforcement configuration so that yielding is reached at maximum load. Tests showed that the structural behavio r of a reinforced high-strength concrete columns is favorable for sustained loading, i.e., the column exhibited less tendency to creep and could sustain the axial load without much increase of deformation for a longer period of time. The nonlinear finite element analyses show good agreement with the test results. The analyses have been performed with two types of elements, beam elements and three-dimensional solid elements; each type has its advantages. This study has shown that the non-linear finite element method, together with non-linear fracture mechanics, provides a useful tool for the detailed analysis of reinforced concrete structures and contributes to a better understanding of the structural behavior of reinforced concrete columns subjected to axial loading. . 4.The beams. These consist of the horizontal elements that rest over the floor. The beams lean their weight over the pillars and are often times made out of concrete mix with reinforcement. A beam is a structural element that is capable of withstanding load primarily by resisting bending. The bending force induced into the material of the beam as a result of the external loads, own weight, span and external reactions to these loads is called a bending moment. Beams generally carry vertical gravitational forces but can also be used to carry horizontal loads (i.e., loads due to an earthquake or wind). The loads carried by a beam are transferred to columns, walls, or girders, which then transfer the force to adjacent structural compression members. In light frame construction the joists rest on the beam. Beams are characterized by their profile (the shape of their cross-section), their length, and their material. In contemporary construction, beams are typically made of steel, reinforced concrete, or wood. One of the most common types of steel beam is the I-beam or wide-flange beam (also known as a universal beam or, for stouter sections, a universal column). This is commonly used in steel-frame buildings and bridges. Other common beam profiles are the C-channel, the hollow structural section beam, the pipe, and the angle. Most beams in reinforced concrete buildings have rectangular cross sections, but the most efficient cross section for a simply supported beam is an I or H section. Because of the parallel axis theorem and the fact that most of the material is away from the neutral axis, the second moment of area of the beam increases, which in turn increases the stiffness. An I-beam is only the most efficient shape in one direction of bending: up and down looking at the profile as an I. If the beam is bent side to side, it functions as an H where it is less efficient. The most efficient shape for both directions in 2D is a box (a square shell) however the most efficient shape for bending in any direction is a cylindrical shell or tube. But, for unidirectional bending, the I or wide flange beam is superior. Efficiency means that for the same cross sectional area (volume of beam per length) subjected to the same loading conditions, the beam deflects less. Other shapes, like L (angles), C (channels) or tubes, are also used in construction when there are special requirements 5.Shuttering and scarf folding. It can be seen in most of the buildings. Shuttering is filling the concrete mix to construct pillars, beams, roof slabs etc. Scaffolding is done to provide a platform for workers. READY MIX CONCRETE .Ready-mix concrete is a type of concrete that is manufactured in a factory or batching plant, according to a set recipe, and then delivered to a work site, by truck mounted transit mixers . This results in a precise mixture, allowing specialty concrete mixtures to be developed and implemented on construction sites. Ready-mix concrete is sometimes preferred over on-site concrete mixing because of the precision of the mixture and reduced work site confusion. However, using a pre-determined concrete mixture reduces flexibility, both in the supply chained in the actual components of the concrete. Ready Mixed Concrete, or RMC as it is popularly called, refers to concrete that is specifically manufactured for delivery to the customers construction site in a freshly mixed and plastic or unhardened state. Concrete itself is a mixture of Portland cement, water and aggregates comprising sand and gravel or crushed stone. In traditional work sites, each of these materials is procured separately and mixed in specified proportions at site to make concrete. Ready Mixed Concrete is bought and sold by volume usually expressed in cubic meters. Ready Mixed Concrete is manufactured under computer-controlled operations and transported and placed at site using sophisticated equipment and methods. RMC assures its customers numerous benefits. CONCRETE MIX PLANT AT L.P.U Advantages of Ready mix Concrete over Site mix Concrete A centralized concrete batching plant can serve a wide area. The plants are located in areas zoned for industrial use, and yet the delivery trucks can service residential districts or inner cities. Better quality concrete is produced. Elimination of storage space for basic materials at site. Elimination of procurement / hiring of plant and machinery Wastage of basic materials is avoided. Labor associated with production of concrete is eliminated. Time required is greatly reduced. Noise and dust pollution at site is reduced. Reduce cost. Disadvantages of Ready-Mix Concrete The materials are batched at a central plant, and the mixing begins at that plant, so the traveling time from the plant to the site is critical over longer distances. Some sites are just too far away, though this is usually a commercial rather than technical issue. Generation of additional road traffic; furthermore, access roads, and site access have to be able to carry the weight of the truck and load. Concrete is approx. 2.5tonne per m ³. This problem can be overcome by utilizing so-called minimix companies, using smaller 4m ³ capacity mixers able to access more restricted sites. Concretes limited time span between mixing and going-off means that ready-mix should be placed within 90 minutes of batching at the plant. I am looking forward for your satisfaction towards this submission. WITH THANKS REFFERENCE: =Wikipedia =Er. Deepak kumar,J.E., G.S. TRADERS =Self visits on sites =Photography source self captured photos from different sites inside LPU

Early Repolarization Pattern (ERP) Essay -- pattern, leads, conditions

Introduction Early repolarization pattern (ERP) is an enigmatic common electrocardiographic (ECG) finding,occurring in 1% to 2% of the general population (1). ERP prevalence is decreasing with advancing age (2) This ECG pattern is frequently observed in healthy persons,particularly young,male (3,4,5), athletic (6,7), and of African-American origin (4,5,6,7,8).On the 12-lead ECG the ERP is characterized as â€Å"notching† or â€Å"slurring† of the terminal portion of the R wave and beginning of the ST-segment that produces a positive hump known as J wave. The J wave is a deflection with a dome that appears immediately after the end of QRS complex followed by ST-segment elevation ≠¥ 0.1 mV (or 1 mm, varying from 1 to 4 mm) above isoelectric line (relative to the subsequent TP interval) concave upward in at least two contiguous ECG leads. This ECG finding is most frequently seen in the precordial leads from V3 to V5 and often in the inferior leads II, III, and aVF (9) Normal ERP should be differentiated from others conditions with ST segment elevation such as asthenic habitus, acute pericarditis, STEMI,Brugada syndrome (BrS), congenital short QT syndrome(SQTS), and IVF (10,11). Although the condition is usually considered benign, its potential arrhythmogenicity has been suggested by experimental studies.(12) The majority of such sudden cardiac arrests are caused by ventricular tachyarrhythmias, which occur in persons without structural heart disease in 6 to 14% of cases. (13,14) These results were replicated in similar studies and the association with increased arrhythmic risk was subsequently extended to the general population in large cohort studies (16,17). In brief, ER consists of 2 components: prominent J waves and ST-segment elevation.... ... and QT interval association.In the recently study, patients with ERP had shorter QTc interval than subjects with normal ECG pattern. Also statistical results are significantly different about other paratemeters like QT,JT,JTc,QT-apex interval.The previous studies showed ERP and short QT interval relation however subjects had different heart rates.Conversely we showed this association one-to-one matching with heart rates. Study limitations The number of subjects in this study is limited,because as a tertiary center patients with early repolarization pattern referred to our institution were complex and had comorbidities Although the cohort included subjects with strictly defined common features, data collectionwas not uniform among centers. In our study population, we had no subjects with structural heart disease so the results may not apply to these subgroups.

Religious and Ethnic Diversity Paper Essay

The religious group that I have chosen is Hinduism and the ethnic/racial group that is not my own that I have chosen is Black (African Descent). I have chosen these two to explain how they are similar and how they are different. Hinduism is a religion that most people know nothing about. They are one of the world’s oldest religions as it has no beginning and precedes recorded history. Hinduism is a religion that leads the individual to personally experience the truth within themselves and reach full consciousness where man and God are one. After reading I have found that Hinduism differs from other religious groups because they believe in reincarnation whereas the other religious groups believe that once a person dies they either will go to heaven or hell depending on how they were when they were alive. The experience of Hinduism and others that do not share their beliefs or practices is criticism. They are often judged and criticized because they fail to distinguish between revelations. This religious group has contributed to American culture because they don’t believe in violence. They also contributed to the International Society for Krishna Consciousness. Some examples of prejudice and discrimination against Hinduism would be the Caste system or saying that they all burn their wives as well as discriminate against India where most come from. After reading the information to write this paper I must say it has helped me to understand this religion because I didn’t know that they were so much criticized. From what I read it seems like a very peaceful religion. They believe in reincarnation which I believe is possible, I mean, â€Å"why does a person have to go to heaven or hell†? I think that their religion is against violence which we definitely could have less of. The racial group that I have chosen was Black of African descent. This group differs from others because they have gone through so much over the years. They have experienced slavery which many other religions haven’t as they more so experienced discrimination. Blacks have not had such a great experience with other races because of always being mistreated because of their color. I think that they were brought over for slavery and still experience this even now these days from certain types of other races. Blacks have contributed to American culture though business and through entertainment. Most of the entertainment business is African American as well as sports and now we even have a black president. All very good contributions to American culture. Some examples of discrimination would be things like unequal pay for blacks performing the same work as whites, isolating blacks to only work in certain areas or specific locations, routinely denying black’s promotions, laying off blacks while whites keep their jobs and take on theirs as well. All of these are prime examples of discrimination that blacks go through in the United States. The sources of this discrimination would be whites or other races that were not black. Most of the cases that I read about though were whites still discriminating against black even after all the movements to move past racism. What I learned about this racial group is that even after all these years they are still faced with discrimination more than other racial groups. I can’t really say that I have learned any more than I already knew just because I see this happen regularly. I have a black/Cuban fiance and I have seen jobs do these things to him and now we have 2 boys that are mixed with white and black and have seen them faced with discrimination just because of the color of their skin. In conclusion, I believe that Hinduism and Black (African descent) both experience similar discrimination if the fact that they are perceived by first impressions and by the color of their skin. They are not given the luxury of being spoken with or getting to know them without the preconceived notion of their skin color. Both Hinduism and Blacks contribute to American culture business wise and yet many fail to know that. I can’t really say they are different because these two groups both experience prejudice and discrimination quite often. They are both groups of people that have done nothing wrong and just want to be a part of the world. References – Nine Beliefs of Hinduism. (2013). Retrieved from http://www. himalayanacademy. com/readlearn/basics/nine-beliefs – Hinduism and the Encounter with Other Faiths. (2008). Retrieved from http://www. worlddialogue. org/content. php? id=59 – The Black Factor. (n. d. ). Retrieved from http://theblackfactor. blogspot. com/2008/03/examples-of-discrimination-harassment. html.

Inclusion Equal Opportunities And Diversity Education Essay Essay

In 21st century classrooms, there are more and more children coming from much more diverse backgrounds. Teachers need to teach these children with effective teaching methods and must therefore have pedagogical approaches that deepen their cultural understanding. Many of these children have a range of ability in language, abilities and culture. Centre for Studies on Inclusive Education (CSIE) stated that teachers must employ not only theoretically sounds but also culturally responsive pedagogy. Teachers must create a classroom culture where all children, regardless of their cultural or linguistic backgrounds are welcomed and supported and provided with the best learning opportunity. What is inclusion? Inclusive education is concerning equality and human rights. Inclusion is more than an understanding and a policy requirement. It is on the subject of respect and values which welcomes diversity in the classroom and a wider part of society. The inclusion statement n the National Curriculum (DfEE/QCA 1999) stated that differentiation from a wide variety of needs and the planning of lessons to ensure access and participation was part of normal teaching. This point was further emphasised by Overall & Sangster (2007) saying that it is about meeting the different needs of as many children as possible in mainstream schooling. What are equal opportunities? Equal opportunities are about being inclusive and fair in the way you deal with all children. Treating all children the same is not enough. Overall & Sangster (2007) define fair to be when the teacher meets the needs of every child as far as they can. What is diversity? Diversity is something that is becoming more and more popular in the classroom. In simple terms, diversity just means that are is a variety of different types of children in the classroom. Not only is it a professional standard to develop an understanding of the cultural diversity in their class but it is also a legal requirement (Children Act, 1989, 2004), but are these legal requirements being met? Are these evident in schools? Figures from the Department for Children, Schools and Families show that last year saw the biggest year-on-year increase in pupils from ethnic minorities. Across the country, they accounted for almost 22% in 2007 compared to 20. 6% in 2006. From these figures it is clear to see that inclusion, equal opportunities and diversity are part of the ‘norm’ classroom and need to be therefore addressed appropriately. I will now discuss what it means for a school to be inclusive and if a school is ‘effective’ does it mean that it has to be inclusive as well? I will also look at barriers to learning and how they are overcome. School Inclusion It is important for schools to be inclusive. Hayes (2004) believes that inclusion is best understood as an aim, aspiration or even a philosophy, rather than as a set of techniques that can be applied to a situation. It is important for a school to aim to be inclusive to everyone in the school, whether this is towards children, teachers or other members of staff. Inclusion tends to be regarded as ‘the right thing to do’ and it is this moral imperative than often makes teachers feel guilty about saying anything negative about inclusive policies and practices. It is important to remember that a positive attitude to inclusion has an impact on the process of developing inclusive teaching strategies (Halliwell, 2003). As a trainee teacher, it is important for me to understand that inclusion is a process that is influenced by a number of different factors and has a different meaning for everyone involved. From experience, I have seen inclusion being carried out. This occurred during assembly when the whole school came together for their Friday ‘celebration assembly’. During this assembly, birthdays were announced and the children came to the front. All teachers and children joined in with singing happy birthday while as the same time signing it. This was a lovely experience to observe. The school as a whole were including everyone. Although there are many different indicators of inclusion to reflect on such as policies, practises and experiences of individuals learning, it is also my aim to carry these out. Such policies include Inclusive Schooling (DfES 2001b). This document provides practical advice to schools and LEA’s on the inclusion framework and sets out seven principles of an inclusive education service. The Every Child Matters Policy (DfES 2003, 2004a, 2004b) has according to Arthur, Grainger and Wray (2006) ‘served to set educational inclusion within the broader context of radical change in the whole system of children’s services including explicitly shifting from intervention to prevention with services working together more effectively’. The overall aim of Every Child Matters is to reduce the number of children who experience educational failure, engage in offending or antisocial behaviour, suffer from ill health or become teenage parents (DfES 2003). The Every Child Matters aims are said to be at the heart of Children Act 2004 (Arthur, Grainger and Wray 2006). Finally, according to Overall and Sangster (2007) the idea of an inclusive school is one that will meet the needs of many pupils in a variety of ways; within special classes, through support for individuals, differentiation in the curriculum and carefully thought through teaching, is an exciting idea. This is something that I should really develop as part of my philosophy of inclusive education. Barriers Inclusion is about looking for ways of reducing the barriers to learning that may exist for children who present more challenging circumstances. Prejudice and stereotyping are often significant in creating and maintaining these barriers (Overall and Sangster 2007). Within The National Curriculum (DfEE/QCA 1999) three principles were set out to develop a more inclusive education. Within these principles, the third is to ‘overcome potential barriers to learning and assessment for individuals and group of pupils’. These groups of pupils can range from SEN to EAL to Gifted and Talented. Overcoming barriers is further emphasised in Inclusive Schooling (DfES 2001b) with one of the principles stating ‘schools, local education authorities and others should actively seek to remove barriers to learning and participation’. Overcoming potential barriers to learning and assessment is relevant to all children who have already been identified to have an emotional, mental or physical need. Teachers must plan to meet these needs and also the needs of the rest of the class at the same time. One method of doing this is to pair a pupil with EAL with a pupil who is good at English. Peer encouragement is a great way of encouraging talk. I witnessed an example with an emotionally vulnerable child. This particular child was getting frustrated and upset when they couldn’t do their times tables because other pupils around the table were counting aloud and therefore interfering with this pupil’s train of thought. To resolve this problem, the pupil was sent into a quieter room where there was full concentration of the subject. As a trainee teacher, I need to plan my lessons which overcome barriers which I may face in delivering a lesson or scheme of work. Conclusion Schools should all have an inclusion, equal opportunities and diversity policy in place and one that is being actively carried out by all pupils and members of staff. It is important that I am positive about the right for all children to be valued and to receive the best education available for them. This can be helped by implementing and receiving guidance from local education authorities or attending extra training days. From reading I have learnt to develop my own pedagogy with regard to inclusion, equal opportunities and diversity. As a training professional I have a unique opportunity to contribute to developing my own personal practice and help with developing policies with other colleagues. My aim now is to need all the needs of the children who I will be teaching both on placement now and in the future with my own class of children.