Community Service Paper Essay Example for Free

Community Service Paper EssayReligion Community Service For my community service I had dvirtuoso a variety of jobs. all of them have emphatically helped come out my community greatly though. Doing these hours has also changed me spiritually and helped me become closer to God because most of my jobs have been for charity. The following will be a list of jobs that I have done and what I had to do during them. My first job was working the Halloween party and that was a very fun job. The exclusively thing that I had to do was instruct people on jumping into a pit full of bubble wrap.Also, I had to just hand out candy to trick or treaters the came down the hallway of the school. The second job I did was work the spaghetti dinner. This job was also very simple and only had me reckon tables, which meant I had to bring out spaghetti, drinks, and silverware to the customers. The third job that I had done was doing Fill the Boot. This job was very interesting, because it was somethin g I had never done before. What I had to do was stand in the middle of the street collecting money for a disease called MDA (Muscular Dystrophy Association).My last and final job I had done is one Christmas Eve every year. I go with my family to HSBC Arena, fill up bags full of food, and bring it to families that are less fortunate than me, with the Buffalo Police. In conclusion I definitely would say I do a variety of jobs to complete my 10 hours. My favorite job I would say by far though is the police food donating job. Its just so enlightening to see the smile on the families faces. Some people even cry. The community service definitely changes me for the better.

Positive Relationship with Children Essay Example for Free

Positive Relationship with Children Essay1.1. Positive relationships with minorren and young throng are important because when children feel comfortable they separate more easily from their parents, and are more wantly to participate in activities if they secure emotionally. Also when children pay positive relationships they are less likely to show unwanted demeanour as we can recognise and meet their individual needs. Childrens language will withal develop more quickly due to being confident to talk to us. Us as practitioners can also plan more accurately as well understand childrens development and we will know their individual interests. It is also important as we will be able to respond to a Childs emotions due to their nervus facialis expressions and the way they are acting when we know them and have a bond with them. We also have to remember that we are to build professional relationships. The principles of relationship build and to keep them maintained are communic ating effectively, identifying and sorting out conflicts and disagreements, being consistent and fair, showing respect and courtesy, valuing and respecting individuality, keeping promises and honouring commitments, monitoring impact of own behaviour on other(a)s, keeping confidentiality as appropriate and recognising and responding appropriately to the power base underpinning relationships.1.2. Observation1.3. My own effectiveness in building relationships with children or young people is that when you get to know each child individually i feel more comfortable, because i know they feel comfortable due to them knowing me and respecting them. I involve all the children in my activities no matter what the age gap unless the activitiy is un suiteable for that age group. I ensure in myself that i treat each child in the same way, as no child has higher priority than the other they all get treated fairly. I also feel like i have achieved building relationships with the children when yo u see them after a weekend or the next day because they smile and are excited to come to nursery again.2.1. Positive relationships with people involved in the care of children and young people are important. Other people involved other than their family are organisational managers, carers, other visitors, colleagues from other agencies and services, external partners, official visitors, and colleagues. If we do not have positive relationships with these people involved in the childrens lives that attend nursery there is danger that information capacity be passed un accurately and that it is withheld because we may not be trusted. It is important that we all work together to build trust with everyone and the benefits the child will get if we do so are children are given consistent care, childrens needs and interests are identified, plans for childrens care and education are more effective, childrens welfare can be properly monitored, and skills and ideas can be shared quickly betwe en adults.

Human Error In Maintenance Computer Science Essay

Human Error In keep Computer comprehension EssayHuman errors whitethornbe categorized under six groups with respect to engineering digit errors, assembly errors, installation errors, inspection errors, operating errors and livelihood errors. Maintenance error is the result of the wrong preventive or rep channel actions carried step forward by the craft or assigned personnel. Base on the frequency of tending being performed the chance of kind-hearted error ontogenys.To reduce well-nigh merciful errors principal(prenominal)tainability is important in the determination phase of a component or system. Maintainability consort to Ebleing is defined as the probability that a failed system or component will be restored or repaired to a specified condition within a plosive of epoch when fear is performed in accordance with prescribed unconscious serve ups. Dhillon describes maintainability as the measure taken during the development, initiation and installation of a man ufactured product that reduces the inevitable maintenance, man hours, pricks, logistic cost, skill levels and facilities and ensures that the product meets required intended use.The interactions with gentlemans during the mark, installation, production and maintenance phases are extremely important. In some phases these interactions may castrate depending on the product, only are caseful to deterioration cod to clement error.With respect to engineering products, Meister describes sympathetic error as the failure to read out a specified task or forbidden action that could result in disruption of scheduled operations or damage to property and equipment.This composing looks at the human errors in maintenance practises.2.0 General Human Factors in MaintenanceFrederick Taylor was one of the earlier people to studied human factors attempting to improve design and increase productivity. In maintenance, systems may fail for numerous reasons, one key element being human factors and errors during the design phase. According to Nertney Et al, the undermentioned are a list of different human behavioursPeople take a tendency to use their hands for examining and testingPeople get easily conf employ with strange thingsPeople are too impatient to take the appropriate amount of time for observing precautionsPeople become accustom to authoritative colours having certain meaningsPeople sometimes overestimate short distances and underestimate horizontal or large distancesPeople may become complacent and less careful by and by successfully handling hazardous items over a lengthy periodPeople tend to estimate speed or clearances poorlyPeople responds irrationally in emergenciesInstructions and labels are read in jogly or overlookedAttention is drawn to loudness, flashing lights, bright and vivid coloursPeople require little knowledge of their physical limitationsPeople fail to recheck work for errors after performing a procedureThey are reluctant to admit errors or mistakes and they do non see objects clearlyPeople get distracted by certain aspects of a product featurePeople usually expect valve handles and faucets to circulate counter-clockwise for increasing flow of a liquid steam or gasPeople carry out task (maintenance) while thinking about another(prenominal) thingshttp//www.iru.org/pix/irupolicies/graph-etac-en_1.gif envision2.1 Human Senses and CapabilitiesThe five human senses are touch, smell, taste, visual and hearing. In maintenance, visual, smell, touching and hearing are the more common of the human senses being utilized.2.1.1 HearingThe ability of human to hear is an important factor in maintenance work. When innovation for maintainability, excessive noise may lead to problems much(prenominal) as the need for intense concentration, a reduction in workers efficiencies, lost of hearing, unwanted makes on the tasks being performed.2.1.2 SightSight is stimulated by electromagnetic radiation of certain wavelengths. This is me asured on the electromagnetic spectrum for visible light. The human eye is sensitive to greenish-yellow light and it sees it differently from different angles.The following are some facts about the human eyeNormally, the eye foot perceive all colours when looking straight ahead.As the viewing angle increases, colour wisdom decreases signifi grasstly. When there is poor lighting it may be impossible to determine the colour of a small point of light source. The source usually appears white.When designing components, designers should consider colours much(prenominal) that weak colour people do not get confused. An example is to use red filter with a wavelength greater than 6,500 , and try to avoid placing too emphasis on colour when critical tasks are to be performed by tired personnel.2.1.3 TouchTouch complements a human ability to interpret visual and audio. Touch maybe used to relieve the eyes and ears of the load. The sense of touch has been used for centuries in technical work. For example, touch has been used for detecting surface irregularities and roughness.2.2 Ergonomic PrinciplesThe subject addresses human to system interface issues in like manner called human engineering or engineering psychology. In addition to considering the human to system interface, ergonomics is also concerned withHuman dimensionThe working environment and its effect on humansEffects of systems on humanshttp//www.omron-ap.com/technical_guide/safety_component/safety_component_12.gif skeletal frame3.0 Maintenance ErrorsHuman errors in maintenance occur for a number of reasons. In figure 3, a list of different reasons is shown for errors with respect to maintenance. Studies pull in shown a positive correlation between task performance and amount of time in a career field, ability to handle responsibility, morale and years or experience. Workers who possess these skills are runed higher and works are generally done faster and with fewer errors.Figure Reason for Human Errors3.1 Inadequate reading and ExperienceWorkers who are inadequately trained and lack the experience on a machine or component will most likely make up errors when performing maintenance tasks. They will spend additional time trying to understand what to do rather than good execution of the task. Errors such as correct shut down procedures, tightening of bolts, correct alignment of components may be done wrong and adversely affecting production, increasing maintenance cost as maintenance work may need to be repeated and sewer be a safety risk to the maintenance personnel, operator, or the equipment.3.2 distressingly indite Maintenance ProceduresDue to poorly written procedures, there could be cases of components going in wrong place or new components being incorrectly installed. This as with the foregoing reason can author harm to craft personnel, operator or the machine. Tasks will take longer be character the craft personnel following the procedure will oblige to spend more tim e figuring out what to do rather than carrying out the task in a timely and effective manner.3.3 Fatigued Maintenance PersonnelA fatigued maintenance personnel is a receipt for disaster. The personnel will lack concentration and will drop off minor details of the work. at that place will be general tendency to rush the job in attempt to finish fast increasing the probability of errors. This may be influenced by the time of the day, stresses (physical, drug, social, personal)http//elsmar.com/Error_Proofing/img014.jpgFigure3.4 Complex Maintenance TaskComplex and tedious maintenance task may be subject to human errors because of the high levels of concentration required. Humans usually have a low precaution cut through with(predicate) and works requiring excessive hours of concentration may have errors induce. Such jobs should be done in teams so that if one personnel makes an error it can be corrected by other members on the job.3.5 unseemly Work ToolsA job requiring a specific tool should not be substituted with an inferior one. An example of this is when a specified torque may be required on a bolt or nut requiring a torque wrench or spanner to achieve a level of preciseness and accuracy and a regular wrench or spanner is used. This may cause misalignment, et cetera.3.6 Poor Work LayoutPoor work layout is inefficient and can cause errors to be do by the maintenance personnel.3.7 Poor Work EnvironmentA poor work environment will cause discomfort to the maintenance personnel such as humidity, lighting and heat. Concentration levels will be low and there will be a rush to complete the task.3.8 Poor Equipment DesignIn some equipment, components may be difficult to r each(prenominal) to perform the necessary works. Errors may be caused in the process as the tasks may not be carried out completely.3.9 Outdated Maintenance ManualsIt will be extremely difficult for maintenance personnel to follow out-dated maintenance manuals. In such an instance, the procedure will most times be incorrect inducing a number of errors in the job.3.10 Factors Contributing to Human ErrorReason and Hobbs have studied and researched the psychological and physiological factors that contribute to inevitable human error. These will includeDifferences between the capabilities of our long term memory and our conscious workspace. Attention span is limited if it is focused on one thing. Also we can only attend to a very small proportion of the total available stunning data we receiveUn related to matters tend to capture our attentionConcentration is hard to maintain for lengthy periods of timeThe ability to concentrate depends strongly on intrinsic capability of the current object attentionHabitual actions are done will less attention than normalThe right balance of attention is required to correctly perform a taskThe vigilance decrement- inspectors miss fault because it may become redundant after doing it for a long periodThe level of arousal- too much or too littl e impairs work outputBiases in thinking and decision makingConfirmation bias where we desire information that confirms initial diagnosis of a problemEmotional decision making is when a situation is frustrating then an aggressive approach is generatehttp//www.lifetime-reliableness.com/images/wrongs-humans-do-to-machines.gifFigure Human Maintenance ErrorsBase on the aforementioned factors contributing to maintenance errors, the following are the most common types of errorsRecognition FailuresThese include misidentification of objects, type and messages and non detection of problem states.Memory failuresInput failures- Insufficient attention is to the to-be-remembered item.Storage failures- remembered material suffers interferenceOutput failures- things that we know cannot be recalled at the required timeOmissions following interruptionsPremature Exists- End a job before all tasks are completeSkilled-based SlipsUsually associated with routines and they can includeBranching errors- a n error made based on a custom and not knowing when to deviate.Over shoot Errors- having an intention but forgetting to do itRule base MistakesMisapplying a levelheaded Rule- using a right draw rein in a wrong situationApplying a bad rule- unwanted consequences in using a rule even though the job will be done.Knowledge Based ErrorsIt is common when someone is doing a task for the first time but not always the case.ViolationsPurposeful acts which violates procedures. These may beRoutine violations- done to avoid supernumerary effort, gets the task done quickly, to demonstrate skill or avoid what is seen as an unnecessary laborious procedure.Thrill seeking violations- often committed in order to avoid boredom or win peer praiseSituational violations- these hold out because it is not possible to get the job done if procedures are strictly adhered to.Figure Summary of main error types4.0 Mitigation/Reduction of Hum Errors in MaintenanceIt is impossible to total alleviate all human e rrors when it comes to maintenance, but Engineers and designers have worked together and is continuing to find ways to reduce some human errors. However a lot of the responsibility is on the maintenance personnel to ensure that maintenance tasks are carried out effectively. This chapter looks at ways to reduce human errors in maintenance.4.1 Avoid Unnecessary Preventive MaintenanceOver maintaining equipment, not only wastes time and money but it also increases the risks of environmental incidents but also causes expensive and unnecessary failures. Reliability Centred Techniques such as Failure Mode and Cause Analysis, Fault Tree Analysis and others can be useful eliminating unnecessary maintenance works and optimizes and streamlines the equipment preventive maintenance.4.2 StandardizationAnkenbrandt et al noted that standardization is the attainment of practical uniformity in product design. Non-standard equipment or component lessens the reliability and increases maintenance. Stand ardization restricts the number of components equipment will require.The advantages of standardization according to Dhillon areReduction of using the incorrect partsReduction in wiring and installation errors due to the fact of variations in characteristics of equal itemsElimination for the need for special partsReduction of incidents because of the use of wrong or unclear proceduresReduction in design time, manufacturing cost, and maintenance costReduction of procurement, stocking and trainingFigure 7 shows the goals of standardization.Figure Goals for reducing errors4.3 ModularizationModularization deals with a production into physically and functionally distinct units to allow removal and replacement. The following are guidelines for the usefulness associated with modular unitsAim to make modules and parts as uniform as possible with respect to size and shape burst the equipment or item under consideration into many modular unitsAim to make each module of being inspected indepe ndentlyDesign the equipment so that a single person can replace a failed part with ease and also parts should be small for mobilityModule should be designed for maximum ease of operational testing when it is removed from the actual equipment or system.Consider design, modularization and material problems simultaneouslyFor ease of disconnection, design components with control levers and linkages to allow easier replacement.4.4 Simplification and approachabilityDesign engineers should consider simplification in the design phase and it should be constant. Consideration should also be taken with the important functions of a system or a product into the design itself.Accessibility is the ease with which an item can be reached for repair, replacement or servicing. Poor accessibility will result in sub-standard maintenance. Accessibility is affected byThe visual needs of personnel performing maintenance task,The location of an item and its environment.Distance to be reached to access the component or partThe types of maintenance to be performed through an access point or openingThe danger associated with use of an access openingThe clothing worn my maintenance personnelThe task required time for executionThe types of tools and accessories required to perform taskMounting of items behind the access pointWork clearance to carry out task4.5 Interchangeability and IdentificationInterchangeability refers to as an intentional aspect of design, that any component can be replaced with a similar item. This is achieved through standardization. There are three basic principles for interchangeability according to the Department of Defence (DOD)In items, components and products requiring frequent servicing, replacement of parts, each part must be interchangeable with another similar partLiberal tolerance must existStrict interchangeability could become uneconomical in items that are evaluate to operate without replacement.The following considerations are taken to achieve maxim um interchangeability of partsExistence of functional interchangeability when physical interchangeability is a design characteristicSufficient information in task instruction and number plate identification should be available for allowing users to decide confidently whether two similar parts are interchangeableNo change in method of connecting and mounting when there are part or unit modificationsAvoid or stay away from differences in size, mounting and shapeAvailability of adapters for making physical interchangeability possible when total interchangeability is not practicalThere should be and identification system for total interchangeability of identical parts4.5.1 IdentificationIdentification is concerned with labelling or making of parts, controls and test points to aid tasks such as repair and replacement. Maintenance task becomes more difficult when parts and components are no properly identified. It usually takes longer and increases the risk of human induced errors. Ident ification could be for parts or component or equipment identification.4.6 Task AnalysisThe task analysis is a formal methodology derived from systems analysis which describes and canvas performance demands made upon humans within a system. The aim is to achieve integration of humans and machine system components.5.0 Assessing the peril in MaintenanceRisk assessments of all human activities have great importance for the prevention of major accidents. The risk with respect to human errors when transaction with maintenance needs to be assessed and rank based on the overall rival the risk can have on the operation of the organization.The Risk Management Framework used is shown in Figure 8.0 This program was utilized to conduct a risk assessment and evaluation before and after the risk control measures have been put in place. The main aspects of the Risk Analysis procedure arei. Identify Potential Hazards and existing risk control or safeguards.ii. Estimate the consequences of the pot ential Hazard.iii. Estimate the frequency of each of the impact/consequence of the potential hazard.iv. Determine the Risk without considering any new risk control or safeguardsv. Determine the Risk with proposed new safeguardvi. approximate Economic impact of proposed new safeguardvii. Optimize and propose additional modification.Figure Risk Management FrameworkAs indicate in the previous chapter (3), each human error identified will have to be ranked via a metric scoring system to determine the hierarchy of the error. The impact of these errors will have to be taken into consideration with respect to the employees (operators and maintenance staff), the equipment and the environment.Figure Diagram Showing Contributors of Risk6.0 Human Errors in Maintenance in IndustryHuman error in maintenance exists in some form or the other in all industries. However, in some industries the consequences of human error from maintenance task can be catastrophic. Industries such as nuclear plants a nd civil airmanship cannot afford errors.6.1 Human Maintenance Errors in actor GenerationHuman factors play an important role in power plant maintenance because improving the maintainability design of power plant facilities, systems and equipment assists to improve acquire and indirect plant productivity, availability and safety. According to Seminara power lost can cost between US $500,000 to 750,000 dollars a day. The following are human related deficiencies in maintenance of a power plantLimited access or inadequate clearance to perform maintenanceEquipment poorly designed to facilitate maintenance activity effectivelyEquipment Inherently unreliablePersonnel safety hazardImpaired mobility for equipment and personnelMiscellaneous- lack of standardization, high temperature environment and poor air conditioningWhile maintenance activities of nuclear power plants are essential for sustaining the safety of a power plant and maintaining the reliability of plant systems and components , they also have potential of human errors leading to unplanned reactor trips or power derate (Dhillon 2006). J. Reason classifies in chapter 3 the different characteristics of human errors that will be applicable to Power Plants. According to Kim et al, incidents reports in Korea stated that most of the human related unplanned reactor trip events during the normal power operation are associated with test and maintenance activities (63%). Plant maintenance included preventive maintenance, planned maintenance and corrective maintenance.6.2 Human Error in AviationDue to the increase in air travels, airlines spend billions of dollars in maintenance annually. A study done in the United Kingdom has shown that between 1990 to 2000 maintenance errors per million flights has duplicate (ICAO)According to the ICAO there are over 300 factors and influences that can impact the performance of maintenance personnel. Some of the human errors that are impacted by maintenance are listed in chapter 3 and range from time pressure, inadequate training to outdated maintenance manuals.There are many categories of human errors with respect to aviation maintenance and inspection. Some of the major ones encountered according to Latorella et al areIncorrect assembly sequenceProcedural defectsWrong partIncorrect configuration lacking partDefective partFunctional defects and tactical defectsFigure List of Errors in Aircraft MaintenanceFigure 10 shows the guideline covered in aviation. 2 important guidelines concerning design areSeek relevant information on human error occurrence during the maintenance phase as inputs in the design phaseEnsure that manufacturers give attention to maintenance related human factors during design phaseAccording to James Reason based on a Boeing study which indicated the top seven causes for in-flight engine shut downs on the Boeing aircraft were as followedIncomplete Installation (33%)Damaged on installation (14.5%)Improper Installation (11%)Equipment not installed or missing (11%)Foreign Object Damage (6.5%)Improper fault isolation, inspection and test (6%)Equipment not activated or deactivated (4%)From the statistics presented only one cause was unrelated to maintenance activities. Maintenance activities were responsible for approximately 80% of in-flight engine shut downs.7.0 Prediction exemplifications for Human ErrorsHuman error can be analysed by several methods developed over the years. Some of the following methods are relied on heavily in the aviation industry.7.1 Cause and Effect DiagramsThis is a useful tool to determine root causes of specified problem in relation to maintenance errors. Related and relevant ideas are generated. The extreme right of the diagram represent effect and to the right are all the possible causes. The cause and effect can be generated in the following travelDevelop problem statement brainstorm to identify possible causesEstablish major causes categories by stratifying into natural and process st epsConnect diagram to all the causes by following the appropriate process steps and filled in the effectsRefine cause categories by asking What cause this and Why does this condition exists?7.2 Error Cause Removal computer programme (ECRP)This was developed to reduce the occurrence of human error to a tolerable level in production operation. It focuses on preventive measures rather than remedial ones. It is make up of a team of workers with each team having its own coordinator with the necessary skills. Each team member presents a report and the coordinator discusses these reports in a periodic concussion and recommendations are made to management.7.3 Fault Tree AnalysisThe fault tree analysis (FTA) is used to perform reliability and safety analyses of engineering system and can be use to perform analysis of human error in maintenance.7.4 Markov AnalysisThis method is used to perform reliability analysis of engineering systems and can be used to predict the probability of occurre nce of human error in maintenance. This is done through mathematical exampleling.7.4.1 Model 1This mathematical baby-sit indicates a system that can fail due to maintenance error or other failures. See figure 11. Numerals in box, circle and diamonds represents system states. The following assumptions are made for this model.The system can fail due to maintenance error or failure other than maintenance errorThe failed system is repaired and maintenance is performed periodicallyFail system repair range are constantThe repaired system is as good as newFigure Markov Model 1 Diagram7.4.2 Model IIThis mathematical model represent a system that can only fail due to non maintenance related failures but its performance is degraded by the occurrence of maintenance error. See figure 12. The numeral in circle, box and diamonds represents system states. The following assumptions are made for this modelThe total or partially failed system is repaired and preventive maintenance is performed reg ularlyThe occurrence of maintenance error can only lead to system adulteration but not failureThe system can fail from its degradation mode due to failures other than maintenance errorsThe system is repaired at constant rates from its failed and degradation statesMaintenance error and non maintenance error failure rates are constantThe repaired system is good as newFigure Markov Model 28.0 ConclusionThis report gives a comprehensive analysis of human errors in maintenance. Human errors are inevitable and there are numerous factors that can influence these errors. The first step is to identify the different human errors that may be encountered in an industry, conduct an assessment on the errors and take necessary steps to reduce these errors. The traditional approach of dealing with human error, that is counselling and or re writing procedures may not be effective in dealing with the errors identified in this report. A more holistic approach for managing maintenance error and assuri ng maintenance quality techniques is the application of reliability centred maintenance and also designing for maintainability.

The Importance Of Education In Malaysia Education Essay

The Importance Of reading In Malaysia Education EssayEducation in Malaysia has g angiotensin converting enzyme eated extensive changes through away the years. These constant changes or reforms ar carried out with perhaps only cardinal slew in mind, and that is to improve the current existing teaching and chance uponing procedures in schools and higher institutions of generatement. Such action highlights the governments endless efforts in trying to improve the quality of direction for its people. After a decade into the New Millennium, the education scenario is more pressed to undertake even more improvements in trying to cope with the demands and expectations of education in the 21st century. We target no longer be slaked with what we have, but sort of there is a bring to constantly equivalence ourselves to that of more demonstr subject countrys, and this is especially true with the field of education. This is to ensure that our people go out be open to compete int ernationally in this borderless world.This is very much in-line with the vision of our longest-serving Prime Minister Tun Mahathir Mohammad. Tun, back in the 90s shargond his vision and dreams for this nation through Wawasan 2020 or sight 2020. According to his article Malaysia on Track Vision 2020, as a doctor he is attracted to the optometrist measurement of Vision 2020 which indicates 100 percent perfect vision. He further explains that Vision 2020 in relation to the future of this country would be the quest for Malaysia to have clear vision of our future as in where we want heading and what we want to be in the New Millennium. As Malaysia plans to transform into fully-developed nation, education brings the priority of the government since it is one of the intimately powerful entities that would determine the success or failure of the nation. The future of any country depends on its people. It is therefore important to ensure that everyone is equipped with the obligatory know ledge, skills and values to survive in this highly competitive and globalised world which is impacted by rapid festering in wisdom, technology and teaching.The importance of education has become more paramount especially in our Nations process of moving from an economy-based on labor-intensive and lower-end manufactured products to k-economy or knowledge economy. The Ministry of Education (MOE) and The Ministry of Higher Education (MOHE) are two bodies which are responsible in ensuring that nation is moving towards the specified target. This is clearly outlined in the 2 key thrusts under the home(a) boot (Mid-term Review of Ninth, 2008)Thrust 2 to raise capacity for knowledge and innovation and nurture first class mentality.Thrust 3 to address persistent socio-economic inequalities constructively and productively.In line with the drive towards developing the nations K-Economy, the current economical trend is to guidance on the advancement and rise in emphasis on the test of information and technology. As a measure to achieve this vision, the government has adopted a holistic approach in Malayan education system by emphasizing on mastery knowledge, intellectual capital and developing technology and entrepreneurial skills. Since learning and technology play a major role in contributing to a more developed nation, the government seems to give more emphasis on teaching and learning process of acquisition in the primary, standby and higher education. It is coherent with Malaysias aim which to produce more experts in erudition or in general to produce a future generation of intellectuals.Therefore, as information educators, it is important to be aware of the demand of the nation. There is a need to ensure that the teaching and learning process is focused in producing individuals who satisfy the governments aspiration. Hence, it requires teachers to have passion, creativity, intelligence and determination to fix sure that the delivery of knowledge i s truly stiff. Among other things, methods in teaching, teachers knowledge and proceedings are frequently being observe to ensure that teachers remain excellent in their teaching. This is because teachers play a major role in ensuring the effectiveness and the success of the actual delivery and implementation of the Malayan course of instruction. Therefore, when planning a lesson, teachers need to be aware of the objectives of the political platform by incorporating good content values into the lesson, implement the course of instruction designed by the ministry and at the end of it all, assess the outcomes of the curriculum. But it is not enough to focus only on the teacher without looking at the relevancy of the Malayan science curriculum, which real contributes to the success or failure of science education. In fact, it is genuinely a major issue that is constantly discussed among science educators and academicians in Malaysia. Is the Malaysian science curriculum measur able to that of the standards of other countries? This is pertinent question that needs to be answered. Therefore it would be useful to compare Malaysian science curriculum with other developed countries in order to determine the standard of Malaysian curriculum.1.1 Background of interpretThis relative study between the Malaysian science curriculum and the Steiner Waldorf in science curriculum was conducted primarily to gain insights on the much-researched and discussed about Steiner curriculum. Having experienced the Malaysian science curriculum and after pursuing an honors degree in science education, the investigator is very familiar with the countrys science education curriculum, especially issues pertaining to its content and pedagogical approach. However, the research worker is with the opinion that new knowledge of new educational curriculum elicit be useful in ensuring better quality of science education. This is important in view of providing the best in science in the context of Malaysian schools. In view of trying to improve the existing curriculum it would be interesting to find out the standard of Malaysian science curriculum in comparison to other developed countries. This is important to ensure that our students will be able to compete globally.Comparative study of curriculum across countries provides background information about how to understand existing strengths and weaknesses of the present curriculum (Moosa Che Azura Che An, n.d). Therefore, this research can suggest ways to help students to perform in the subject of science and to a fault help science teachers in their teaching. This is crucial as over the past few years, there have been a lot of problems discussed about the Malaysian science curriculum and the major part of the discussion revolves around the teaching and learning process. As a result, it raised the investigators interest to look into the matter so that the researcher could discover ways to improve the Malaysian sc ience curriculum in order to create effective lessons yet in knowable environment for the students to learn science.In Malaysia, the idea associated with science education is intended to be in-line with existing policies which is specifically to prepare students for examination. There are a few officially recommended practices for science teaching such as constructivist teaching, mastery learning, science process skills, thinking skills, and metacognition, self-directed, self-paced and self-assessed learning and others that, if carried out properly can ensure the successful and effective lessons. watercourse thinking in science is looking towards a paradigm that is more inclusive of the diversity that exists in our action-worlds (Revathi, R et al, 2003). Science is also perceived as a process of meaning-making and countries such as the United States, Canada, Australia and South Africa (Aikenhead, 2000) are implementing science teaching approaches that incorporate learners cultura l and linguistic bearings. For example the science schoolroom needs to be one that is interesting and multi-discursive which permits the teacher and students to work together in creating knowledge. However, such an approach or a feature is not honey oil in the Malaysian science curriculum.The idea to produce a generation that is ideally competent in science seems difficult and this seems to suggest that there is need for Malaysian science curriculum to be reviewed. From the objectives of the curriculum to the issues of assessment, everything becomes crucial and needs thorough reevaluation. The features and function of science discourse include formulating hypotheses, designing investigations, collecting data, draw conclusions and communicating results (Chamot OMalley, 1994) and these are the skills which are basically being emphasized by the teacher in the classroom. Sadly, the application is not obvious in the students unremarkable life especially in the context of Malaysia.By conducting this research, the researcher hopes to be able to get some insights into the Steiner Waldorf curriculum and the Malaysian science curriculum. Having done this, it is hoped that the research suggestions whitethorn highlight existing gaps in curricular, pedagogical or other aspects through comparison between Malaysian science curriculum with Steiner Waldorf education. From the suggestions made, hopefully the teaching and learning of science will be more effective and more enjoyable for the students. By having a good time in learning science through effective methods employed by the teacher, the researcher believes that it will help students to perform better in all the science subjects and at the same time acquire scientific knowledge in a wider perspective. Apart from that, it will also help to produce all rounded students as outlined in the National Education Philosophy.1.2 Statement of the ProblemThe Integrated Curriculum for Secondary School (Kurrikulum Bersepadu Sekol ah Menengah, KBSM) is the continuation of the New Primary School Curriculum (Kurikulum Baru Sekolah Rendah, KBSR). This change in the curriculum structure is the governments strategy to shift the emphasis of education that existed in 1970s to a more contemporary holistic concept of learning that encompasses moral, religious, social, physical, and intellectual development of a person (Rosnani.H, 2004). In science education, holistic education aims to produce students who are able to relate the content that they learned in the classroom to their daily life. It refers to their top executive to use scientific thinking and processes in a wider context so that it will highlight the effectiveness of the KBSM which subscribes to the principles of lifelong learning. After having informal interviews with a few seniors teachers and lectures with science education background, the researcher represent out that Malaysian science curriculum somehow does not support the holistic education as bein g mentioned and fails to achieve the intended outcomes. The following is the opinion given by the senior lecturer who was interviewed by the researcherMy hunch is the general population of the students does not relate what they learn to everyday situation because many studies have channelisen that students do not like science and they find science isolated or do not associate with them. So we can infer from that the students do not related what they learned nor practice their scientific attitudes. (personal communication)This is further supported by the results of Trends in International Math Science, TIMMS assessment in science taken by Malaysian students in 2003. The TIMMS assessment is designed to help to improve students learning in math and science where the assessment generally focuses on the students mathematics and science skills. In the assessment, our students scored an average of 504 which exceeds the international average of 474 (Martin et al, 2004) and placed Malaysia to be at nineteenth out of 44 participating countries. The performance actually is not truly impressive if compared to the performance of students from other developing countries in Asia pacific such as Singapore Chinese-Taipei and Republic of Korea. The line of argument is what are the aspects that lacking in Malaysian students since those nations secured the top 3 placing and therefore have clearly performed better than our students.another(prenominal) interesting insight which the researcher gathered through informal interviews with the senior teachers and lectures, as well as his personal experience as a science student and in-service teacher is the fact that Malaysian education system gives too much focus on examination. In order to survive in the Malaysian education system, students need to excel in public examinations (UPSR, PMR, SPM). Somehow the situation affects teaching and learning process which is a part of the curriculum. Teachers admitted that the focus is only to fi nish the syllabus within the time allocated by the school administration. Through informal interviews with the students, the researcher also discovered that students think it is easier for them to focus and prepare themselves for the examination instead of engaging in meaningful learning.The researcher also found out that because of the need to finish up the syllabus, the lessons were not conducted properly by teachers. Teachers rarely make reflections on their teaching. Even though the accomplishment of the objective and learning outcomes are the measurement to a successful lesson in Malaysian education system most of the time, teachers do not have attempt to find out whether their students have actually acquired the specified learning outcomes. An effective science classroom should be able to make students think and process the knowledge received in the classroom. Ironically, the scenario does not happen in most Malaysian classrooms. Because of the examination matter, the research er believes that teachers tend to miscarry their method in teaching science. In true fact, a science class should be filled with interesting and varying activities so that students will enjoy the class. However, in reality most science lessons, more often than not, are not only plain and dull but also could kill students earnestness in learning the subject. This is another concern of the researcher since there is a tendency that the situation mentioned above could cause the students to lose interest in learning science.The Steiner Waldorf education is similar to the Malaysian education system in terms of its emphasis on the development of human beings and in the provision of holistic education. What is distinguishable is in terms of the implementation and the effectiveness of the curriculum. Scieffer and Busse (2001) in their research discovered that the students from Steiner school did better than students in state school in United States. new(prenominal) research (Easton, 1997 Oberman, 1997 Uhrmacher, 1993b) also suggested a positive relationship between Steiner school education, learning and students achievement. Moreover, research on Steiner education also mentioned about consistency of Steiner students performance in National test from 2000 to 2004. Ogletree (2000) in investigating the creative ability among the students in England, Scotland and Germany through the use of Torrance Test of Creative Thinking Ability found that generally Steiner school students obtained significantly higher creativity scores than their state school peers. It actually reflects the effectiveness of the emphasis on creativity in Steiner curriculum. Jalinek and insolate (2003) in research that they conducted which aimed to compare the education in Steiner and mainstream schools revealed that, the Steiner children who tested in logical reasoning and science activity which developed by TIMMS international proportional study performed better than students from other schools. The scientific reasoning of Steiner school students was found to be outstanding.The research suggested that the result of the test is actually influenced by the culture of the Steiner education which taught less content to the students and the Steiner education itself creates less examination pressure to the students. Indeed, the Steiner Waldorf science curriculum has its own unique approach and method which proved to encourage effective learning. Such a situation ceases to exist in the Malaysian science curriculum. It is with this problem in mind that the researcher has decided to embark on this comparative research study with the hope to draw on some of the best practices to be incorporated into Malaysian classroom.1.3 Research ObjectivesThe main objective of the research is to compare the Malaysian education and Steiner Waldorf education in science curriculum with respect to objective, content, implementation or instruction and the assessment. In comparing both curriculums, the r esearcher attentiveness to find out the characteristics of Steiner education science classroom and wish to look at their strengths and uniqueness which is present and try to see how this is different from the Malaysian science curriculum. From the data gathered, a thorough analysis will be made by the researcher, and the findings of the research could be the basis for the researcher to give suggestions for the betterment of Malaysian science curriculum as well as to bridge the gap between these two curriculums.Research QuestionsTwo research questions are as followsWhat are the characteristics of Steiner Waldorf science class?How does the Steiner Waldorf science curriculum differ from the Malaysian Secondary Science Curriculum with respect to their objectives, content, implementation/instruction, and evaluation/assessment?1.4 Significance of the StudyThis research aims to look at the Malaysian science curriculum. By doing this, it will help us to have a clear picture of how a curric ulum functions and at the same time, it allows us to measure the success of the curriculum. Many teachers have expressed their discontentment over current problems faced by the teachers and students in science education, and the blame is usually on the ineffectiveness of the curriculum. This is an alarming problem as it could affect the number of students who are interested in science subjects and if this happens, Malaysia will actually sway from its efforts to achieve Vision 2020.This comparative study of the Malaysian science curriculum and the Steiner science curriculum is crucial in realizing our dreams of producing human beings who know their ability and self-potential. This is the core value stressed in the Steiner Waldorfs curriculum which aims to provide learners with meaningful learning and turn them into deep learner. Steiner Waldorf students are encouraged to generate creative ideas and this indirectly nurtures the students to be critical thinkers. Therefore it is very cr ucial for the researcher to find out in what aspects that the Malaysian science curriculum can be better by adapting the Steiner Waldorf education. Hopefully, the findings of the comparative research will help to improve science education in Malaysian schools.1.5 Research LimitationsTime constraint is the major limitations of this research. The researcher believes it is ideal to have longer time for the researcher to collect data regarding Steiner Waldorf education in United Kingdom, UK. Longer period of study will able the researcher to do observations in greater depth and visit more schools to be included in study. Instead of time constraint, monetary is also one of the limitations in this research. Since the research was funded by the university, the researcher has to complete the process of data collection within the stipulated time. However, what is done by the researcher is sufficient to have a general picture of the difference between the two curriculums.1.6 Scope of StudyThe focus of the research is only to compare the Malaysian education and Steiner Waldorf science curriculum. This study involved data collected from one school in Plymouth and a Steiner Waldorf Department in University of Plymouth. Since this is a preliminary comparative study of these two curriculums, focus will briefly highlight the four parts of the curriculum which is the objectives, contents, implementation and the assessment of both curriculums. However, extra emphasis will be given on the implementation and assessment procedure as compared to the first two parts in the curriculum. Though it would have been ideal to be able to carry out observation and interviews in more schools across the UK, these two chose are sufficient to give a clear preliminary picture of what Steiner Waldorf education involves.1.7 Operational descriptionMalaysian science curriculumMalaysian science curriculum refers to science curriculum which developed and implemented in Malaysia for secondary level. Ho wever, in order to show the continuation and the development or progression of this curriculum the researcher wills sometime highlights the science curriculum at the primary level.Steiner Waldorf EducationSteiner Waldorf Education refers to the education that founded by the Rudolf Steiner in 1919. This education is worldwide and does not refers or belong to a specific country. The part of this education that being discuss in this research is its science curriculum.Science EducationScience can be defined as knowledge attained through study or practice, or knowledge covering fire general truths of the operation of general laws, especially as obtained and tested through scientific method and concerned with the physical world. It may also refer as a system of acquiring knowledge where the system uses observation and experimentation to describe and explain about natural phenomena. Science also term which can refer to the organized body of knowledge people has gained using that system. T herefore, the term science education that been using in this research refers to the process of educating science to the students or may refers to the field of science itself. Which the field of science in education that being discussed in this research covers the major branches in science such as biology, physics, chemistry, general science and natural science.Source Websters New Collegiate Dictionary cited in http//www.sciencemadesimple.com1.8 ConclusionAs a conclusion, review and reform in Malaysian science curriculum is necessary or perhaps a need as we refer to the current educations condition in Malaysia. It has been 53 years that Malaysia achieved its independence, and end-to-end the 53 years, Malaysia had gone through lots of transformation and changes. However, the researcher believes that, in order for Malaysia to reach to the level of developed country, education should be the foundation of the aspiration. Education in Malaysia requires more changes as well as ideal and r ealistic policies and implementation, so that it will be able to produce human capitals that are scientific, versed and competent.

Organizational Structure of Proctor and Gamble

arrangingal organize of Proctor and take a chanceProcter GambleThe accompany I have chosen for the assignment of managing wobble in organization is Procter Gamble. The company is a Fortune 500 American multinational corporation headquartered in Downtown Cincinnati, Ohio that manufactures a wide range of consumer goods. It is 6th in Fortunes Most value Companies 2010 list. PG is credited with many trading innovations including brand management and the soap opera.History and Background of CompanyIn 1887 PG institutes a pioneering profit-sharing program that gives employees an ownership stake in the Company. This operative innovation helps employees connect their vital roles with the Companys success.In 1924 PG becomes the first company to conduct deliberate, data-based grocery research with consumers. This forward-thinking approach alters us to emend consumer judgment, tarry consumer needs and respond with products that improve their everyday life.In 1994 PG becomes one of the first companies to form ally respond to consumer correspondence by establishing the Consumer Relations department. The addition of toll-free shout numbers in 1973 and e-mail in the 1980s further enhance consumers ability to contact us and keep the consumer at the heart of all we do.In 1995 Crest is co developed with Indiana University. This collaboration delivers a product that is a breakthrough in the use of fluoride to protect against tooth decay, the second-most prevalent disease at the time.In 2002 PG develops Naturella feminine pads specifically to meet the needs of low-income women in Latin America. Based on deep consumer fancying, Naturella responds to consumers desire for freshness with chamomile, a unique sh ar never before used in feminine care products.In 2005 High Frequency Stores common in developing markets emerge as our largest customer channel. Consisting of nearly 20 million stores across the domain, HFS represents a particular opportunity in fast- suppu ration, low-income markets. Through HFS, we connect to consumers with affordable products and packaging specially designed for their needs. investigating Organizational Structure of Procter GambleGeneral definition of Organization anatomical structureOrganizational structure specifies the firms formal reporting relationships, procedures, controls, and authority and decision-making processes. Developing an organizational structure that effectively supports the firms scheme is difficult, especially because of the uncertainty (or unpredictable variation) about cause-effect relationships in the global economys rapidly changing and energetic competitive environments. When a structures elements (e.g., reporting relationships, procedures, and so forth) are properly aligned with one a nonher, that structure facilitates effective slaying of the firms strategies. Thus, organizational structure is a critical component of effective strategy implementation processesTypes of organizational st ructureSimple StructureThe simple structure is a structure in which the owner-manager makes all major decisions and monitors all activities while the ply serves as an extension of the managers supervisory authority.Functional StructureThe functional structure is a structure consisting of a chief executive officer and a limited in bodied staff, with functional line managers in dominant organizational areas, such as production, accounting, marketing, RD, engineering, and human resources.Multidivisional structureThe multidivisional (M-form) structure consists of direct divisions, each representing a classify business or profit center in which the top corporate officer delegates responsibilities for day-to-day trading operations and business-unit strategy to division managers.Procter GambleThe structure of the Procter and Gamble is multidivisional structure. Because the simple structure is used in a small organization where the owner works as a manager and take all the well-favou red decision for the company. Typically, the owner-manager actively works in the business on a daily basis. Informal relationships, few rules, limited task specialization, and unsophisticated information systems tell apart the simple structure. Frequent and informal communications between the owner-manager and employees make it relatively easy to coordinate the work that is to be done. Functional structure is used for the organization which is growing but relatively small organization. This structure allows for functional specialization, thereby facilitating active sharing of knowledge within each functional area. Knowledge sharing facilitates calling paths as well as the professional development of functional specialists. However, a functional orientation can have a negative effect on communication and coordination among those representing contrastive organizational functions. Because of this, the CEO must work hard to verify that the decisions and actions of individual business functions promote the entire firm rather than a single function.Procter gamble is a relatively big organization with a business spread internationally so they are using multidivisional structure. The multidivisional structure of PG consists of operating divisions, each rep-resenting a separate business or profit center in which the top corporate officer delegates responsibilities for day-to-day operations and business-unit strategy to division managers. Each division represents a distinct, self-contained business with its own functional hierarchy. As initially designed, the M-form was thought to have three major benefits (1) it enabled corporate officers to more accurately monitor the performance of each business, which simplified the problem of control (2) it facilitated comparisons between divisions, which improved the resource allocation process and (3) it stimulated managers of poorly perform divisions to look for ways of improving performance. Active monitoring of performan ce through the M-form increases the likelihood that decisions made by managers heading individual units will be in shareholders topper interests.Brands and ProductsBrandsBeauty and GroomingProducts round of the most famous products of beauty and Grooming brands are as underC everyplaceGirlDolce GabbanaPumaGilletteHealth and Well-BeingSome of the most famous products of Health and Well-Being brand are as underVicksOral-BAlways menage CareSome of the most famous products of Household Care brand are as underArielBounceBountyBackground to ChangeIn January 1999, Jager, a PG veteran became the sassy CEO fetching charge at a time when PG was in the midst of a corporate restructuring exercise that started in September 1998.Jager faced the challenging task of revamping PGs operations and marketing practices. Soon after taking over as the CEO, Jager told analysts that he would overhaul product development, testing and launch processes. The biggest obstacle for Jager was PGs culture. Jager realized the need to change the mindset of the PG employees who had been used to lifetime employment and a conservative management style. On July 1, 1999, PG officially launched the Organization 2005 program. It was a program of six-year duration, during which, PG planned to retrench 15,000 employees globally. The equal of this program was estimated to be $1.9 billion and it was expected to generate an annual savings (after tax deductions) of approximately $900 million per annum by 2004.Change in Organization StructureTill 1998, PG had been organized along geographic lines with more than 100 profit centers. Under Organization 2005 program, PG sought to reorganize its organizational structure from four geographically-based business units to five product-based global business units Baby, Feminine Family Care, Beauty Care, Fabric Home Care, Food Beverages, and Health Care.Internal ChangeThe change the PG going to make internally is starting new business unit in the organizational structure. This change probably effects the whole organization. Because it must share the organization sources financial as well as human resources.External changeEnvironment is changing rapidly so the organization also needs to be a dynamic to cater the environment change. PG is the big organization so its new business unit definitely effects the environment and creates a new market.The Mistakes CommittedThe Organization 2005 program faced several problems soon after its launch. Analysts were quick to comment that Jager committed a few mistakes which proved costly for PG. For instance, Jager had made efforts in January 2000 to sustain Warner-Lambert and American Home Products. Contrary to PGs cautious approach towards acquisitions in the 1990s, this dual acquisition would have been the largest ever in PGs history, worth $140 billion.However, the stock market greeted the news of the merger negotiations by selling PGs shares, which prompted Jager to exit the deal.Implementing Strat egies to Revive PGIn June 2000, Alan George Lafley (Lafley), a 23-year PG veteran popularly known as AG, took over as the new President and CEO of PG. The major difference between Lafley and Jager was their style of functioning. Soon after becoming CEO, Lafley rebuilt the management team and made efforts to improve PGs operations and profitability. Lafley transferred more than half of PGs 30 senior most officers, an unprecedented move in PGs history.Building Diversity in the OrganizationAt PG, we believe in taking advantage of all the unique and special differences that our employees possess and leveraging them to the fullest. Since diversity is a business strategy for PG, our efforts are guidanceed on bringing in people from different ethnic and cultural fend forgrounds with remarkably diverse lives and career experiences.Organizations that are in touch are far more capable of understanding consumers from all walks of life. They are far more capable of understanding, appreciating and leveraging their own diversity. They are more capable of tapping the diversity of outside partners.Our recruiting efforts target universities all over Pakistan and are aimed at bringing in people with different leadership and thinking styles. Today, our organization draws from more than 30 schools and universities.We also focus on gender diversity by targeting women at universities for females and holding diversity sessions for female students on campuses. Women offer a different perspective that is crucial to our success. We aim to balance not only organizational diversity but also diversity within the various departments. Women make up about 25 percent of the workforce at PG Pakistan.To stress this goal to our employees, PG Pakistan has introduced many initiatives. To avoid defining our diversity objectives too narrowly and limiting them to percentages and representations of certain groups, PG has made tremendous recruiting efforts and has launched programs such as limber w ork arrangements and the day-care center.Diversity is respected and required across all levels of the company. In fact, diversity action plans are developed in each region of the world to give local diversity strategies the best chance of success.Change Management Model Dealing With Change1. DenialThe first response to a significant change is frequently shock, a general refusal to recognise the information. In this way we protect ourselves from being overwhelmed. Common responses includeDenying This cant be happening.Ignoring Wait boulder clay it blows over.Minimizing It just needs a few minor adjustments.It is possible to continue working in the denial phase, but sooner or later the shock absorber hits home and a personal response is required.Management Approach OF PGBe up front with information to individuals and groups of staff. Let them know that change is going to occur. be intimate their fears of change as legitimate. Explain what to expect and suggest actions they can tak e to adjust to the change. Give them time to let things sink in, and then have a planning session to slop things through.2. ResistanceIn this phase things often seem to get worse. Personal distress levels rise. It is common to spend time smell for someone or something to blame, or to spend time complaining about the new set-up. Resistance is about fear of change. People may become physically ill, feel all sorts of physical, emotional, and/or mental symptoms. Some people may doubt their ability to survive the change. During this phase there is a greater focus on mourning the past, more than preparing for the future. Many people want to avoid the situation or pretend it is not happening, sometimes by moving back into denial. The self-acknowledgement of feelings being experienced, will ready people to move more quickly to the next phase.Management Approach of PGListen, acknowledge feelings, respond empathetically, encourage support. Dont try to talk people out of their feelings, or t ell them to change or pull together. If you accept their response, they will continue to feel they are able to tell you how they are feeling. This will help you respond to some of their concerns. Use questions to stimulate broader thinking and perspective setting.3. ExplorationAfter a period of struggle, individuals and organizations usually emerge from their negativity, blow over a sigh of relief, and shift into a more positive, hopeful, future-focused phase. People realize they are going to make it through OK. It can be as astute as just feeling better, or as obvious as sleeping through the night for the first time since the change started. The timing is different for each person.New directions do not emerge all at once. Rather, what emerges first is the energy to put a search into action. People begin to recognize and explore new ways, to start clarifying goals, assessing resources, exploring alternatives, and experimenting with new possibilities. A motivation to swing into ac tion occurs without trying first to find the right way. It is important to baulk completing the exploration phase too soon by accepting something less than what the person is capable of. This is a period of high energy, with creativity at its peak.Management Approach of PGFocus on priorities and provide any needed training. Follow-up on projects underway. Set short-term goals. Conduct brainstorming, visioning and planning sessions. Foster all learning opportunities to help overcome fear of change.4. CommitmentFinally, the individual has broken through the problems, discovered new ways of doing things and/or adapted to the new situation. The lading phase begins with focus on a new course of action. This could be new ways of doing the job, or finding a new job. The successful commission to a new course of action shows there has been learning growth and adaptation on the part of the individual.Management Approach of PGSet long-term goals. slenderize on teambuilding. Create a missio n statement. Validate and reward those responding to the change. Look ahead.Strategies pursuing by the Procter and Gambledodge 1Delight the consumer with sustainable innovations that improve the environmental profile of our products.Strategy 2Improve the environmental profile of PGs own operations.Strategy 3Improve childrens lives through PGs social responsibility programs.Strategy 4Engage and equip all PG employees to build sustainability thinking and practices into their everyday work.Strategy 5Shape the future by working transparently with our stakeholders to enable continued freedom to innovate in a responsible way.Resistance and its Handling y PGStrong resistance to change is often rooted in deeply conditioned or historically reinforced feelings. Patience and tolerance are required to help people in these situations to see things differently. Bit by bit. There are examples of this sort of gradual staged change everywhere in the living world.PG the Psychological Contract is a si gnificant aspect of change, and offers stabilising models and diagrams in understanding and managing change potentially at a very fundamental level.Also, certain types of people the reliable/dependable/steady/habitual/process-oriented types often find change very unsettling.People who welcome change are not generally the best at being able to work reliably, dependably and follow processes. The reliability/dependability capabilities are directly opposite character traits to mobility/adaptability capabilities.Certain industries and disciplines have a high concentration of staff who need a strong reliability/dependability personality profile, for example, health services and nursing, administration, public sector and government departments, utilities and services these sectors will tend to have many staff with character profiles who find change difficult.Age is another factor. Erik Eriksons fascinating Psychosocial Theory is helpful for understanding that peoples priorities and mot ivations are different depending on their stage of life.The more you understand peoples needs, the better you will be able to manage change.Be mindful of peoples strengths and weaknesses. Not everyone welcomes change. Take the time to understand the people you are dealing with, and how and wherefore they feel like they do, before you take action.

Violence on Televison :: TV Violence

The Effects of Violence on Television What has our hostelry come to these days? Everywhere we look, madness is present in the streets, back alleys, school, and even at home. Even if one might be a pacifist, violence will seep its way into our homes through the telly. Some children that see violence on telecasting are pulled into its harmful deceptions of problem solving. Scientists watch tried to exempt why children are so amused by a big glowing niche and the action that takes place within it. Research shows that television is a major source of violence for children. This research shows us that violence appeals to every audience, including children. The effects have been seen in a round of cases. One example, from Alabama, was when a nine-year-old male child received a bad report card from his teacher. He suggested to one of his friends that he diffuse the teacher poisoned croupedy as revenge. He had seen the same scenario on television the night before. In California, a 7 year old boy sprinkled ground-up film over into the lamb stew the family was to eat for dinner. When asked why he did it he replied that he wanted to see if the results would be the same in real life as they were on television (Howe 72). Some people might non accept a childs diversion of blame, but it must be pointed pop that all of children claimed to have seen a similar act on television. We should not hold television directly responsible for these acts, but understand that it is television that plants a violent seed in the minds of these children. Some psychologists and psychiatrists feel that keep exposure to such violence might unnaturally speed up the impact of the expectant world on the child. This can force the child into a kind of premature maturity. As the child matures into an cock-a-hoop, he can become bewildered, have a greater distrust towards others, a superficial approach to adult problems, and even an unwillingness to become an adult (Carter 14). Others see television as an unhealthy craft into a childs learning process, substituting blowzy pictures for the discipline of reading and concentrating and transforming the young viewer into a hypnotized non-thinker (Langone 48). As you can see, television violence can disrupt a childs learning and thinking ability, which will cause life long problems. The television violence can cause actual violence in a number of ways.Violence on Televison TV ViolenceThe Effects of Violence on Television What has our society come to these days? Everywhere we look, violence is present in the streets, back alleys, school, and even at home. Even if one might be a pacifist, violence will seep its way into our homes through the television. Some children that see violence on television are pulled into its harmful deceptions of problem solving. Scientists have tried to explain why children are so amused by a big glowing box and the action that takes place within it. Research shows that television is a major source of violence for children. This research shows us that violence appeals to every audience, including children. The effects have been seen in a number of cases. One example, from Alabama, was when a nine-year-old boy received a bad report card from his teacher. He suggested to one of his friends that he send the teacher poisoned candy as revenge. He had seen the same scenario on television the night before. In California, a 7 year old boy sprinkled ground-up glass into the lamb stew the family was to eat for dinner. When asked why he did it he replied that he wanted to see if the results would be the same in real life as they were on television (Howe 72). Some people might not accept a childs diversion of blame, but it must be pointed out that all of children claimed to have seen a similar act on television. We should not hold television directly responsible for these acts, but understand that it is television that plants a violent seed in the minds of these children. Some psyc hologists and psychiatrists feel that continued exposure to such violence might unnaturally speed up the impact of the adult world on the child. This can force the child into a kind of premature maturity. As the child matures into an adult, he can become bewildered, have a greater distrust towards others, a superficial approach to adult problems, and even an unwillingness to become an adult (Carter 14). Others see television as an unhealthy imposition into a childs learning process, substituting easy pictures for the discipline of reading and concentrating and transforming the young viewer into a hypnotized non-thinker (Langone 48). As you can see, television violence can disrupt a childs learning and thinking ability, which will cause life long problems. The television violence can cause actual violence in a number of ways.

The Case for the Redistribution of Ecotourism Gains in Kenya. Essay

The Case for the Redistribution of Ecotourism Gains in Kenya.Introduction Ecotourism, also known as amenable tourism, is defined as responsible travel to natural areas, which conserves the environment and sustains the well-being of local people . Ecotourism has become the fastest exploitation sub-sector of the tourist industry in the Third World, it is growing at a rate of 6% per year . Bordering the Indian Ocean and located in Eastern Africa, Kenya reaps substantial benefits from ecotourism activities. Kenyas rich biodiversity and natural resources accommodate it to earn as much as 1/3 of its total foreign exchange revenues from ecotourism . A recent study of game farming in Kenya has shown that wildlife tourism was fifty times more lucrative than cattle grazing and that an elephant herd was valued at $610,000 annually . Ecotourism will therefore play a predominant role in the countrys economic development. In order to esteem the equity implications of ecotourism in Ken ya, this paper will attempt to assess the distributional impacts of the policies local authorities have undertaken in Kenya to foster ecotourism and to propose suggested reforms and recommendations to help groups, who have traditionally been marginalized such as the Maasai.BackgroundKenya was a protectorate and a British colony from the late 1890s to December 1963, when the country gained its independence. Although Kenya is a relatively stable country, it has only been governed by 3 Presidents (from only 2 political parties) since independence. With a population of 31.3 million people , Kenya is a multi-ethnic country, whose administrative arrangements closely parallel ethnic boundaries . With a GNI/ capita of $360 , Kenya is still a ... ...ashington, D.C. Island Press.http//www.stpt.usf.edu/jsokolov/211maasai.htm, The Maasai of Kenya and Tanzania, option 1998http//whc.unesco.org/pg.cfm?cid=160, World Heritage Convention, UNESCOKamuaro, O. Ecotourism Suicide or Development?. Avail able from www.unsystem.org/ngls/documents/publications.en/voices.africa/number6/vfa6.12.htmUnited States Agency for International Development. 1996. Mid-Term Evaluation. Washington D.C. United States Agency for International Development.World Bank, http/devdata.worldbank.org/ outside/CPProfile.asp?CCODE=KEN&PTYPE=CP, Country profile Table, The World Bank Group.World Bank, http//www.worldbank.org/ke/ke_ctry_brief.htm, Country Brief, The World Bank Group in Kenya.Zecchini, A. Clash of Interests in Maasai Country- Kenyas difference of opinion for Biodiversity, Le Monde Diplomatique, November 2000