Lady Marmalade essays

Lady Marmalade essays Wheres all mah soul sistas, Lemme hear yall flow sistas... Lady Marmalade seems like a song of four women proudly calling out to each other to praise their feminine capability of dominance and independence in society. The actual verses of this song reflect the combined attitudes of four prostitutes in Moulin Rouge. They are vocally expressing their proud choice of prostitution through a fictional character, Lady Marmalade, and her experience. This mainstream song has become a sensation on the airwaves. How can prostitution be such a favorable subject to sing about? The singers rave about Lady Marmalades experience as a prostitute and the power she has acquired by being one. But is prostitution morally ethical? I argue that it is not. By contrasting Lady Marmalades opinion of prostitution to my personal ethic I will pinpoint the negatives of prostitution and why it is unethical. A good starting point would be to define prostitution. Prostitution typically refers to a wide variety of sex-for-payment arrangements. Prostitutes range from the stereotypical street prostitute, with of without a pimp, to upscale call girl who operates out of her home or through an escort service (Peterson-Iyer,459). Lady Marmalade is struttin her stuff on the street when she says to a prospective client, Hello, hey Jo, you wanna give it a go? This verse is symbolic of her ability to choose who she wants. Prostitutes support their position by claiming that they are making a personal choice, an independent choice. We independent women, some mistake us for whores Im sayin why spend mine when I can spend yours... Choice is a critical aspect of humanity. Choice does not equal independence. A slave may be given the choice to work in the house or out in the field, and they ...

Discuss similarities and differences between the gestural behaviours of humans and non-human primates. The WritePass Journal

Discuss similarities and differences between the gestural behaviours of humans and non-human primates. Introduction Discuss similarities and differences between the gestural behaviours of humans and non-human primates. IntroductionReferencesRelated Introduction Gestural behaviour can be defined as spontaneous movements of the hands and arms which convey a meaning that is semantically and temporally in close synchrony with the flow of speech (McNeil, 1992).   Humans and non-human primates such as bonobos and chimpanzees (hereafter referred to as primates) share approximately 95% of the same DNA as humans (Pika, 2008).   Thus, investigating the gestures of humans and primates may provide insight into the evolution of human communication.   This paper provides an overview of the similarities and differences between the gestural behaviour of humans and primates, focusing on the brain regions employed; the pointing gesture and the degree to which gestures can be learned from conspecifics. Gestures activate the mirror neuron system (MNS) in the brain (Corballis, 2009).  Ã‚   That is, the same network of neurons is activated when performing a particular action or observing the same action being performed by another.   For instance in primates, the MNS is activated when either a monkey is cracking nuts open or observing another monkey cracking nuts (Kohler et al., 2002).   In humans, the mirror system is activated with actions and speech (Corballis, 2009). Willems, Ãâ€"zyà ¼rek Hagoort (2007) recruited humans in a functional Magnetic Resonance Imaging study to identify the neural networks involved in gesturing behaviour.   Participants underwent a series of matched and mismatched trials where semantic information was conveyed through speech and iconic gestures.   A matched trial is when gestures exhibit images expressed concurrently in speech and a mismatched trial is when gestures are incongruent with speech.   Results revealed that Broca’s area had significantly greater activation in the matched than in the mismatched trials.   Ã‚  Thus, Broca’s area increases in activation when information is simultaneously presented from the speech and action domains, compared to the speech domain alone. Furthermore, Taglialatela, Russell, Schaeffer and Hopkins (2008) recruited primates in a Positron Emission Tomography study to identify neural networks in gesturing behaviour. Primates took part in two tasks; one which induced vocal behaviour in the primates and another which induced vocal and gestural behaviour.   Results revealed more activation in the left inferior frontal gyrus and the prefrontal cortex during the vocal and gestural behaviour task than the vocal behaviour task.   This area is homologous to Broca’s area in humans (Corballis, 2009).   Taken together, these studies suggest similarities between humans and primates in terms of the shared neural region, Broca’s area; however, there are some differences with innate gestural acquisition. Pointing is a deictic gesture that is typically used as a communicative body movement which projects a vector from a body part to draw another person’s attention to an object or entity (Kita, 2003).   Ã‚  Canonical pointing at nearby targets begins in humans at approximately 11 months and at more distant targets at around 12 months (Morissette, Ricard, Gouin-Decarie, 1995).   Additionally, by 12 months, infants will typically check to establish whether they have the awareness of another person to share the focus of attention with prior to pointing (Cochet Vauclair, 2010).   Thus, pointing has been observed during early development with joint attention between the infant and the recipient, highlighting the deictic quality of the gesture. In wild primates, pointing has been rarely observed between conspecifics (Vea Sabater-Pi, 1998).   Instead, to share attention, wild primates typically orientate their whole body towards the desired object or entity (Menzel, 1974).   Nevertheless, successful pointing behaviour has been found in captive primates.   This was found serendipitously in a primate named Clint during testing, when on one occasion he was observed repetitively pointing with his index finger through the cage at a food reward, while alternating his gaze between the experimenter and the food (Leavens, Hopkins Bard, 1996).   This observation led to further experimental testing and vast reports of pointing in primates for food or objects (Meguerditchian Vauclair, 2009; Zimmermann, Zemke, Call Gomez, 2009). Liszkowski, Schafer, Carpenter and Tomasello (2009) compared 12 month old infants and primates, in pointing to a desired absent object.   The experimenter placed a highly desirable reward (e.g. a toy or food) in the target location and an undesirable reward (e.g. paper towels or bedding) in the alternative location for the participants to associate the target location with obtaining the highly desirable reward.   In the test condition, the experimenter waited for the participant to make a request.   If there were no request, the experimenter looked expectantly at the participant and touched both locations simultaneously.   The results revealed that 12 month old infants pointed to the absent target object location repeatedly and often before the trial started, but primates failed to point at all. Bullinger, Zimmermann, Kaminski Tomasello, (2011) compared the intention of the pointing gesture between primates and 25 month old children.   Participants undertook two tasks in which they could see the reward but the experimenter could not.   In one task, pointing would directly benefit the participant (e.g. to gain food or a toy reward) and in the other task, pointing would benefit the experimenter.   Ã‚  Results revealed that while children would point to benefit themselves and another person (i.e. experimenter), primates only pointed when it would benefit them.   This suggests that unlike 25 month old children, primates do not have cooperative motivation.   Taken together, this evidence suggests that while primates are able to point, this behaviour is significantly different from pointing behaviour in infants and young children, who are able to point at a present object, in addtion to an absent object or to help another person retrieve a reward. Another difference between humans and primates lies with the acquisition of gestures through social learning.   Social learning theory postulates that an individual learns by observing and imitating the actions of others (Franzoi, 2000).   Developmental research has shown that the mechanism for social imitation of manual gestures, such as tongue protrusions and sequential finger movement begins in infants between 12 to 21 days of age (Meltzoff Moore, 1977).   Meltzoff and Moore (1997) propose that imitation in infants is accomplished without any cognitive understanding using a mechanism which directly maps between perceptual input and motor output. Carpenter, Nagell and Tomasello, (1998) investigated infants aged between 9 and 15 months to find out when they understand the intention of their action.   Before being requested to turn a light on, infants received demonstrations of how to perform the task by depressing a switch with either their hands or head.   Results revealed that while all the infants copied the action, only those from 13 months checked to ensure the light came on and were producing the same goal as the adults.   This suggests that social learning in older infants is guided by goal directed behaviour. There is less evidence for the social learning of gestures within primates, with individual differences in the execution of gestures being found in primate communities (Pika, Liebal, Call Tomasello, 2005).   For instance, the ‘grooming handclasp’, which is where two primates hold hands overhead during mutual grooming has been found to vary between two different communities within the same subspecies of wild primates.   That is, intergroup differences have been observed in different communities with palm to palm touching and non-palm to palm touching, which indicates social learning amongst conspecifics within each community (McGrew, Marchant, Scott Tutin, 2001).   Nevertheless, in both communities, some primates failed to use the gesture at all. Laidre (2011) investigated the same subspecies of captive primates in 19 various communities worldwide.   Findings revealed that only primates in Colchester, England had a unique ‘eye covering’ gesture, where they would cover their eyes for extended periods of time, conveying a ‘do not disturb sign’ to the other primates.   This gesture was observed for over a decade despite births, deaths and removals.   Nevertheless, there was some individual variation in the performance of the gesture, with 32% of the primates raising their elbow in addition to covering their eyes.   Taken together, this evidence suggests that infants have an innate ability to learn gestures by means of a social learning mechanism, yet in primates, this is not the major learning process of gestures. In conclusion, humans and primates share the same neural region for processing gestural behaviour (i.e. Broca’s area).   However, there are some differences between the two species. Infant’s deictically point towards a present or absent desired object or entity, whereas primates rarely point unless they have acquired the behaviour from humans in order to achieve a variety of ends.   Additionally, primates, unlike children, only point when they benefit from a reward and fail to point to inform others.   This suggests that pointing is a unique, innate, human attribute which primates acquire whilst interacting with humans. Furthermore, infants from approximately 16 days old have shown social imitation gestures and from the age of 13 months, can use these gestures to guide specific behaviour towards a goal.   In primates however, there is less evidence to support the acquisition of gestures by means of social learning, with large variability of individual gestures existing in the same community.   Future research could investigate whether inter-zoo transfers translocate the unique eye covering gesture to a new community. References Bullinger, A., Zimmermann, F.,   Kaminski, J. Tomasello, M.   (2011).   Different social motives in the gestural communication of chimpanzees and human children.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Developmental Science, 14, 58-68. Carpenter, M., Nagell, K. Tomasello, M.   (1998).   Social cognition, joint attention, and communicative competence from 9 to 15 months of age.   Monographs of the Society for Research in Child Development, 63, 1–143. Cochet, H. Vauclair, J.   (2010).   Pointing gesture in young children: Hand preference and language development.   Gesture, 10, 129-149. Corballis, M.   (2009).   Language as gesture.   Human Movement Science, 28, 556-565. Franzoi, S.   (2000).   Social Psychology (2nd ed). New York: McGraw-Hill. Kita, S. (Ed.).   (2003).   Pointing: Where language, culture and cognition meet. Mahwah, NJ: Erlbaum. Kohler, E., Keysers, C., Umilt, M., A., Fogassi, L., Gallese, V. Rizzolatti, G.   (2002). Hearing sounds, understanding actions: action representation in mirror neurons. Science, 297, 846–848. Laidre, M.   (2011).   Meaningful gesture in monkeys? Investigating whether Mandrills create social culture.   Plus One, 6, 1-9. Leavens, A., Hopkins, D. Bard, A.   (1996).   Indexical and referential pointing in chimpanzees (Pan troglodytes).   Journal of Comparative Psychology, 110, 346 –353. Liszkowski, U., Schfer, M., Carpenter, M. Tomasello, M.   (2009).   Prelinguistic infants, but not chimpanzees, communicate about absent entities.   Psychological Science, 20, 654-66. McGrew, W., Marchant, L., Scott, S. Tutin, C.   (2001).   Intergroup diï ¬â‚¬erences in a social custom of wild chimpanzees: the grooming hand-clasp of the Mahale mountains. Current Anthropology, 42, 148–153. McNeil, D.   (1995).   Hand and Mind.   Chicago, CSU: The University of Chicago Press. Meguerditchian, A. Vauclair, J.   (2009).   Contrast of hand preferences between communicative gestures and non-communicative actions in baboons: Implications for the origins of hemispheric specialization for language. Brain and Language, 108, 167- 174. Meltzoff, A. Moore, M.   (1977).   Imitation of facial and manual gestures by human neonates.   Science, 198, 75-78. Meltzoff, A. Moore, M.   (1997).   Explaining facial imitation: A theoretical model. Early Development and Parenting, 6, 179–192. Menzel, E.   (1974).   A group of young chimpanzees in a one-acre ï ¬ eld: Leadership and communication.   In A. M. Schrier F. Stollnitze (Eds.), Behavior of Nonhuman Primates (pp. 83–153).   New York: Academic Press. Morissette, P., Ricard, M. Gouin-Decarie, T.   (1995).   Joint visual attention   and pointing in infancy: A longitudinal   study of comprehension.   British Journal of Developmental Psychology, 13,   163-177. Pika, S., Liebal, T., Call, J. Tomasello, M.   (2005).   The gestural communication of apes. Gesture, 5, 41-56. Pika, S.   (2008).   Gestures of apes and pre-linguistic human children: Similar or different? First Language, 28, 116-140. Taglialatela, P., Russell, L., Schaeffer, A. Hopkins, D.   (2008).   Communicative signalling activates ‘Broca’s’ Homolog in chimpanzees.   Current Biology, 18, 343-348. Vea`, J. Sabater-Pi, J.   (1998).   Spontaneous pointing behaviour in the wild pygmy chimpanzee (Pan paniscus).   Folia Primatologica, 69, 289-290. Willems, R., Ãâ€"zyà ¼rek, A. Hagoort, P.   (2007).   When language meets action:   The neural integration of gesture and speech.   Cerebral Cortex, 17, 2322-2333. Zimmermann, F., Zemke, F., Call, J. Gà ³mez, J.C.   (2009).   Orangutans (Pongo pygmaeus) and bonobos (Pan paniscus) point to inform a human about the location of a tool. Animal Cognition, 12, 347–358.

Building Management Systems Essay Example

Building Management Systems Essay Example Building Management Systems Essay Building Management Systems Essay Essay Topic: To Build a Fire A BMS consists of software and hardware; the software program, usually configured in a hierarchical manner, can be proprietary, using such protocols as C-bus, Profibus, and so on. Vendors are also producing BMSs that integrate using Internet protocols and open standards such as DeviceNet, SOAP, XML, BACnet and Modbus. A BMS is most common in a large building. Its core function is to manage the environment within the building and may control temperature, carbon dioxide levels and humidity within a building. As a core function in most BMS systems, it controls heating and cooling, manages the systems that distribute this air throughout the building (for example by operating fans or opening/closing dampers), and then locally controls the mixture of heating and cooling to achieve the desired room temperature. A secondary function sometimes is to monitor the level of human-generated CO2, mixing in outside air with waste air to increase the amount of oxygen while also minimising heat/cooling losses. Systems linked to a BMS typically represent 40% of a buildings energy usage; if lighting is included, this number approaches 70%. BMS systems are a critical component to managing energy demand. Improperly configured BMS systems are believed to account for 20% of building energy usage, or approximately 8% of total energy usage in the United States. As well as controlling the buildings internal environment, BMS systems are sometimes linked to access control (turnstiles and access doors controlling who is allowed access and egress to the building) or other security systems such as closed-circuit television (CCTV) and motion detectors. Fire alarm systems and elevators are also sometimes linked to a BMS, for example, if a fire is detected then the system could shut off dampers in the ventilation system to stop smoke spreading and send all the elevators to the ground floor and park them to prevent people from using them in the event of a fire. In this report it is discussed the building management system (BMS) implemented in Administration Building of Trelleborg Lanka (Pvt) Ltd. It is a distributed control system with a computerized network of electronic devices. The BMS was setup is to control, monitor and optimize building service such as Lighting, Air conditioning, Fire security, CCTV system, etc. Main objectives were as follows. ? Good control of internal comfort conditions ? Zonal control ? Increased staff productivity ? Effective monitoring and targeting of energy consumption ? Effective response to HVAC-related complaints ? Flexibility on change of building use ? Central control and monitoring of building ? Time saving ? Low operating cost ? Efficient use of building resources and services Rapid alarm indication and fault diagnosis Systems linked to the BMS represent 80% of a buildings energy usage. Fire alarm systems and elevators are also linked to the BMS, for example, if a fire is detected then the system could shut off dampers in the ventilation system to stop smoke spreading and send all the elevators to the ground floor and park them to prevent people from using them in the event of a fire. The BMS comprises: ? Power system ? Li ghting system ? Heating, Ventilation and Air-conditioning system ? Security system Fire alarm system ? Elevators etc. 2. 0 SENSOR AND ACTUATORS USED ? Temperature Transducers [pic] [pic] ? Pressure sensors [pic] [pic] ? Humidity Sensor ? Differential Pressure sensors [pic] [pic] [pic] [pic] ? Humidity Transducers [pic] [pic] [pic] [pic] ? Level sensors ? CO2 sensor ? Flow Meter ? CCTV Cameras ? Light sensors ? Occupancy sensors ? Water Pumps ? Valve actuators ? Fans 3. 0 DETAILS OF CONTROLLERS/DDC USED Inputs allow the controller to read temperatures, humidity, pressure, air flow, and other essential factors. The outputs allow the controller to send command and control signals to slave devices, and to other parts of the system. Inputs and outputs are digital or analog. The BMS is facilitated with a System/Network controller as this is a Supermarket/Office building. System controllers provide general purpose feedback loops, as well as digital circuits. System/Network controllers are applied to control more mechanical systems such as an Air Handler Unit (AHU), boiler, chiller, etc. Terminal Unit controller is used for control of lighting. |POINT SCHEDULE -BUILDING AUTOMATION SYSTEM (TRELLEBORG LANKA (PVT) LTD |   |   |   |   |   |   | | | | | |DIGITA|DIGITA|ANALOG |ANALOG| | | | | | |L |L |INPUT |OUTPUT| | | | | | |INPUT |OUTPUT| | | | | | | | |DI |DO |AI | |   |   |   |   |   |   |   | |   |   |   |   |   |   |   | |   |   |   |   |   |   |   | |   |   |   |   |   |   |   | | | | | | | | | [pic] 4. 0 SOFTWARE, GUI AND COMM UNICATION PROTOCOLS USED Open protocols were used. ? DeviceNet ? XML ? simple graphical interface 5. 0 DRAWBACKS OF THE SYSTEM ? Confusion is higher about responsibility of errors and faulty point identification when things go wrong since the open protocols were used. ? More than one points of contacts for any problem with BMS. ? Software and hardware was provided by different manufactures according to the requirements indicated in the point schedule. 6. 0 DISCUSSION The BMS implemented in Administration Building of Trelleborg Lanka (Pvt) Ltd comprises above mentioned mechanical and electrical services in order to provide the facilities necessary for maintaining a comfortable working environment. Basic controls took the form of manual switching, time clocks or temperature switches that provide the on and off signals for enabling pumps, fans or valves etc. The purpose of the Building Management System (BMS) was to automate and take control of these operations in the most efficient way possible for the occupiers, within the constraints of the installed plant. The BMS is a â€Å"stand alone† computer system that calculates the pre-set requirements of the building and control the connected plant to meet those needs. Its inputs, such as temperature sensors and outputs, such as on/off signals are connected into outstations around the building. Programmes within these outstations use this information to decide the necessary level of applied control. The level of control via the BMS is dependent upon the information received from its sensors and the way in which its programmes tell it to respond to that information. As well as offering a precise degree of control to its environment, it can be made to alarm on conditions that can’t meet specification or warn of individual items of plant failure. Occupancy times for different areas are programmed into the Building Management System such that the plant is brought on and off to meet the occupier requirements. These times are often under optimum start control. This means that the chilled water pumps, AHU, etc are enabled, at a varying predetermined time, to ensure that the cooled space is at the set desired temperature for the start of the day. The Building Automation System therefore, based on the outside air temperature the space temperature and the building structure, determines the AC plant start time. Occupied, Unoccupied are the two operating modes for the building automation system. Occupancy is usually based on time of day schedules. In Occupancy mode, the BMS aims to provide a comfortable climate and adequate lighting, often with zone-based control so that users on one side of a building have a different thermostat than users on the opposite side. A temperature sensor in the zone provides feedback to the controller, so it can deliver cooling as needed. Lighting can be turned on and off with the building automation system based on time of day by occupancy sensors and timers. One typical example is to turn the lights in a space on for a half hour since the last motion was sensed. A photocell placed outside a building can sense darkness, and the time of day, and modulate lights in outer offices and the parking lot. Air handlers mix return and outside air so less temperature change is needed. This can save money by using less chilled water. Some external air is needed to keep the buildings air healthy. Analog temperature sensors have been placed in the space, the return and supply air ducts. Actuators are placed on chilled water valves, the outside air and return air dampers. The supply fan is started and stopped based on temperatures and building pressures combination. The constant volume air handling unit, are used. CAVs open and close dampers and water-supply valves to maintain temperatures in the buildings spaces. They cool the spaces by opening or closing chilled water valves that feed their internal heat exchangers. Generally one CAV serves several spaces. Chilled water is used to cool a buildings air and equipment. The chilled water system has two chillers and pumps. Analog temperature sensors measure the chilled water supply and return lines. The chillers are sequenced on and off to chill the chilled water supply. Two cooling towers and pumps are used to supply cool condenser water to the chillers. The condenser water supply to the chillers has to be constant so, speed drives are used on the cooling tower fans to control temperature. Proper cooling tower temperature assures the proper refrigerant head pressure in the chiller. Analog temperature sensors measure the condenser water supply and return lines. The building automation system has alarm capabilities. If an alarm is detected, it is programmed to notify someone. Notification is through a computer and audible alarm. Fire and smoke alarm systems are hard-wired to override building automation. The hot water system supplies heat to hot water heating coils. The hot water system has a boiler and pumps. Analog temperature sensors are placed in the hot water supply. The boiler and pumps are sequenced on and off to maintain supply. Name : A. P. W. Jayasekara(09/8660) P. G. C. Karunathilake(09/8663) W. M. A. S. Wijethunga(09/8678) T. N. Walpita(09/8676) Course : MSc in Electrical Engineering-Department of Electrical Engineering, University Of Moratuwa. Lec. By : Prof. Lanka Udawatta. Date : 2010-08-14 ASSIGNMENT Building Management System – EE5118

Air legislation Assignment Example | Topics and Well Written Essays - 2000 words

Air legislation - Assignment Example Moreover, the information indicates whether it is right to operate the aircraft within the recommended safety conditions. The other purpose of the information is whether the aircraft meets the recommended operating rules. The chief-inspections officer in the aviation industry is entitled to certify the technical log. All the data in the technical log is recorded in two pages of a form. The front part of the paper is the original one while the other part is made a carbon copy onto the black sheet. In most cases, the front pert of the technical log comprises of there identical sections. These sections, which are â€Å"tear-off†, are used to record the maintenance performed on the particular aircraft. An authorized official employed by an aircraft industry makes the recordings of all the maintenance performed. Moreover, the official is entitled to record the release-to-service. The top page or sheet of the technical log is usually removed. The sheet is forwarded to the administration where it is kept in the aircraft logbooks. The other part, which is the carbon copy imprinted on the original paper is kept of the technical log folder. This part helps in informing the flight crew about the aircraft maintenance status relating to the aircraft. The operators of the aircraft are normally the ones who create the maintenance schedule. The main purpose of the maintenance schedule is that it allows pilots to understand the condition of the aircraft prior to flight. The review board of the organization is that one entitled to make approval on the maintenance schedule. Moreover, it is recommended that a member of the aviation administration to be present while making the approval of maintenance schedule. Various types of maintenance checks are employed on the maintenance schedule. In most cases, the maintenance schedule comprises of four checks. The first

Personal School Health Education School Essay Example | Topics and Well Written Essays - 1250 words

Personal School Health Education School - Essay Example From the discussion it is clear that children who are without parental care are prone to violence, drug abuse, exploitation, and educational problems as well as HIV/AIDS infection. School based child protection program is a program designed to responds to children’s social, economical and development needs. One of the basic needs of children is the right to good health and provision of health care services. As the paper declares personal School Health Education provides a basic understanding and responds to the health needs of children. Poverty is the major challenge facing this program as it exposes children to the world as a vulnerable society. The world human rights laws protect children from harmful work and economic exploitation. It states that all children are entitled to provision of education and health services regardless of the economic status of the country or community. In this case, children education is mandatory in every country all around the world. Personal School Health Education has been introduced in the education curriculum to provide guidelines in the provision of children health service. Social and emotional wellbeing is an important as aspect in the growth of children as it directly affects physical health. Good emotional, psychological and social health protects children against emotional and behavioural changes. Emotional and social wellbeing are influenced by a various factors which are individual make-up, community and family background. Healthy education development Personal School Health Education helps in the development of a healthy environment for the growth of young people. Staying healthy entails the understanding of a person’s emotional being and maintaining healthy eating habits. The health of a person influences his or her education prospects. A healthy body promotes a positive state of mind that supports understanding thus positively influences education. Tutor groups Tutor group is a section in the Personal School Health Education that helps in the creation of a positive and healthy learning environment. It promotes the wellbeing of a person as it creates positive understanding of the person’s health status and also provides guidelines on how to live healthily. The basic idea of the introduction of tutor groups in the Personal School Health Education program was to foster the application of theoretical skills i nto practical life. The concept of group ideology helps in the sharing of experiences thus present theoretical education in a practical format. It also helps to monitor the health and wellbeing of children as a tutor is assigned a small group of children whom he or she monitors their health progress during the education program. Tutor groups help in the rating of the program’s capability in enhancing health and wellbeing of young people and their development at large. Behavior Management School systems are experiencing a climate of change towards the behavioral norms upheld by children and students. These changes enable students to think comprehensively about ways in which they can contribute to the society in a healthy manner that reflects their positive perspectives. Such is with the introduction of the Personal School Health Education (PSHE); a program enabling schools contribute to the well-being of the

Models of Integration and Architecture Research Paper

Models of Integration and Architecture - Research Paper Example Models Viability Enterprise modeling is one of the architectural modeling that is very important in an organization. It has the character of having the basic knowledge about the enterprise and previous models about the same type of enterprises together with new ideas. This helps the organization to have a high propelling factor and gives the management team the ability to understand their duties in order to run the enterprise effectively. This model is endowed with the knowledge of giving any organization the way through by ensuring there are enough of resources, information, goals and activities to perform in order to ensure continuity (Bubenko, 2009). This model can be mostly used in marketing an organization or can apply to organization which offers consultant services to other organization to ensure their success. The design of an enterprise is given by this important factor of enterprise modeling because it gives the explicit language that defines the enterprise. When the modeli ng design is introduced in an organization, it gives the organization the morale to perform its duty, because every one working in the organization will have a good understanding of his duties in the organization (Frank, 2009). It also helps the organization to gain a large market share and have a large profit margin. This improves the structural shape of the organization leading to its growth and expansion. Functional modeling is the other modeling design that will align the steps to be followed in product manufacture. This gives the guidelines on how raw materials are turned into finished goods. This is the backbone of every organization because it is the sector that generates goods sold to customers. This means that this part of production should be taken seriously so as to give quality products that will not be rejected by customers, because when they are rejected they bring a major loss to the organization. When such losses appear in an organization they might lead to the closu re of the organization. This is also the model that controls the finances of an organization. It is the body that is concerned with purchasing the raw materials, refining the raw materials to finished goods and marketing the goods to the customers. These organization departments are very important and if not well managed, they can cause a down fall of the organization. The departments arrange for the human resource and control every activity that is undertaken in the organization (Bubenko, 2009). The end of each department in an organization should ensure that he provides policies and procedures to govern daily operation. Barriers Leading to Lack of Adoption of the Models The major barriers in adopt such models in an organization include lack of finances, poor management strategies in an organization, lack of raw materials and lack of skilled personnel. Lack of finances is a major factor that can result to poor or failure to implement of these models in an organization, because they require a lot of cash to be fully implemented. Lack of management leads to poor utilization of organizational resources leading to lack of resources to run the organization, which can not only lead to lack of adoption of the models but also can lead to the closure of the organization like Cleveland clinic (Dietz, 2010). Resources that are required for production in an organization are very important for the growth of the organization (Frank, 2009). These are the raw materials which give the organization

Assignment 1 Essay Example | Topics and Well Written Essays - 500 words - 7

Assignment 1 - Essay Example Putting these skills into practice is a factor that will help the United States move ahead and maintain its high position economically. Over the past years, countries like Russia and China have had steady economic growth rates, and this has posed as a challenge to the United States. The United States ought to understand the various steps taken by the countries to have them at the position that they enjoy and the consequent result of this is implementation of plans that will see the country register a rise in general growth. Demographics is also critically analyzed in the chapter. According to the United States census, it has had a steady increase in the birthrate from the 1970s (CEA 122). The increase in birthrate has had a negative effect on the working population. One way in which this has affected them is that many people and especially mothers have had to leave their works to carry out their maternal responsibilities and this has led to the slowing down of their corporate responsibilities. This is negative from the fact that other countries that do not have such a birthrate have their citizens working tirelessly to support their families and consequently catching up with the economic stature of the United States. The demographic problem has had its effect reflected in the prime working age. With an increase in population, the prime working age for a particular location is bound to decrease. Currently, the rate is between 25 to 54 years (CEA 122). It is speculated that if the birthrate continues increasing at the rate in which it has increased over time, the prime working age gap is bound to decrease and this has the consequent effect of having less labor. With less labor, there is a decrease in the amount of money that individuals bring into a company or organization. This has the effect of having the country in a poor economic position with the citizens having low living standards and the country lagging