Entreprise system Assignment Example | Topics and Well Written Essays - 1750 words

Entreprise system - Assignment Example It is clear the company needs to improve the current software system to make operations easier. Pee’s coffee and tea can invest in better management software, re-architecture the current software to align with its current objectives or invest a cloud based management system. That is the only way the company can address the current logistical issues. Peet’s coffee and tea is expanding rapidly to share the large coffee market in the United States. According to Perez (2013), more than 80% of the American population take coffee. The percentage has increased dramatically over the years. With this conception, Peet’s coffee and Tea had to expand to take advantage of the increasing demand. Expanding comes with many new challenges. For example, when the company opens a new store, the new store has a software system integrated and connected to the entire company software system. The software system was not universal to the different stores and departments. As a result, there were many interconnections and customizations in the main software (Microsoft case studies, 2011). The many customizations and interconnections in the Peet’s coffee and tea software was a logistical nightmare as the supply chain manager Shawn Conway put it. According to Conway, staff had to use several software systems at times to serve the customers (Microsoft Case Studies, 2011). The staff took more time to obtain the customer details and responding to their issues. At the same time, it was challenging to account for raw materials, the products produced and customer orders (Microsoft Case Studies, 2011). With the vision to expand to other cities, the current software system would present more challenges to the company. The management could not rely on the system and had to spend a lot of time trying to balance the financials and Peet’s coffee and tea needed to upgrade its software systems for better

Mozart Effect in Childrens Toys Case Study Example | Topics and Well Written Essays - 1250 words

Mozart Effect in Childrens Toys - Case Study Example In 1993 Rauscher, Shaw and Ky published results of a study in which they measured the increase of spatial reasoning skills in 36 college students who listened to music composed by Mozart. The researchers reported increases of between 8 and 10 points on the IQ spatial reasoning task scale as opposed to those students who sat quietly for the 10 minute period or listened to relaxation tapes. The results of these findings were attributed to listening to the composer's sonata and resulted in coinage of the phrase 'The Mozart Effect.' Since these findings were first reported there has been a contentious debate as to the validity of the Mozart Effect. According to Caulfield (1999) the original study was performed on college students, not infants, and the results were temporary. Rauscher et al. (1997), however, conducted a two-year study where they found that preschool children who took piano lessons had increased spatial reasoning skills. This led them to conclude that music exposure to young children enhances the development of the brain, particularly in the area of spatial reasoning skills. These findings led Caulfield (1999) to question at what age music can be processed and remembered by young infants. According to LaFuente et al (1997 as quoted in Caulfield, 1999) infants during their last trimester care capable of hearing music. He and his associates conducted a study in which they had pregnant women in their final trimester (40 weeks) play tapes of basic chords and gradually moving up to more complex musical patterns. Each mother completed between 50 and 90 hours of musical listening prior to delivery. The researchers foun d that during the first six months the infants "exhibited significantly more rapid development of many behaviors, including visual tracking, eye-hand coordination, facial imitation and babbling" (Caulfield, 1999, p. 120) but Caulfield warns that the mother's knowledge of the study may have been a confounder. Nantais and Schellenberg (1999) explain that the Mozart effect is "similar to robust psychological phenomena such as transfer or priming" (p. 370) but the main difference is that the Mozart Effect, if in fact it exists, would be caused by passive listening as opposed to active doing. In an attempt to replicate the Mozart Effect the researchers selected 84 undergraduates, 56 for one experiment and 28 for a second. They used two different music pieces: the Mozart sonata and a piece composed by Schubert. Although their findings showed an improvement in spatial reasoning by both groups who listened to music as opposed to the control group who sat in silence, they concluded that the slight improvement was due to a positive stimulus versus a negative stimulus (music to

The Disabled Patients Using Embedded Systems Information Technology Essay

The Disabled Patients Using Embedded Systems Information Technology Essay Obstacles are those frightful things you see when you take your eyes off the goal. This quote was rendered by a famous philosopher Hannah Moore in order to motivate the Disabled. Of the disabled people those who are physically challenged, the blind, old people and those suffering from diseases such as Osteoporosis and rheumatics face problems in their routine life mainly because of LOCOMOTION. ASTHRA is an automated, dynamic memory mapped robotic vehicle (wheel chair) which enables the disabled to carry on their locomotion with ease and confidence. The Vehicle mainly consists of four basic components including a EMBEDDED WEB SERVER, DC MOTOR (WIPER TYPE) with driver circuit, an ULTRASONIC transmitter and receiver to detect obstacles, a Radio Frequency remote (transmitter receiveR) and Programmable and control memory unit. The entire component can be viewed as a robotic-vehicle fitted with 2 High power and high torque Motors. These motors are placed at the hub of the vehicles tyre and their chief aim is to drive or render sufficient power to pull the weight of the patient to move about. The two motors are fixed on the hub of the wheels and they are placed in such a manner that they render suitable locomotion based on the desire of the user. The most important feature of ASTHRA is the embedded web SERVERS. The use of the embedded web servers is to transfer informations rega rding the patients temperature, pulse, ECG and other important necessary features that needs to be transmitted during times of emergency. The use of the embedded systems is an added advantage for our system. In our case, a RF remote is provided as an interface between the user and the vehicle. The motors are provided with a DRIVING CIRCUIT which is connected to a PIC MICROCONTROLLER BOARD. The Microcontroller board enables DYNAMIC MEMORY MAPPING by utilizing the TRAIN AND EXECUTE method. Utilizing the ULTRASONIC OBSTACLE DETECTION circuit, the Microcontroller unit programs itself as per the dimensions of a particular house/place. The ULTRASONIC TRANSMITTER/RECEIVER driven by the COMPARATOR CIRCUIT enable enhanced Obstacle detection. Thus ASTHRA combines upon various features which render effective locomotion to the disabled. INTRODUCTION TO THE PROJECT SURVIVAL OF THE FITTEST This is what the world is all about today. Every individual is expected to excel irrespective of his/her disability. ASTHRA is a combination of the automated vehicle and the embedded systems. ASTHRA also provides a platform for the automated locomotion fro the disabled. A Disabled person is one who faces upon the challenge of being not able to perform a particular or a basic function which is rendered upon by a normal individual. Disabled persons are those who are visually impaired, Deaf, Dumb, physically challenged etc. Human life is incomplete without locomotion. The main aim of ASTHRA is to provide an interface between the patients and their locomotion to the desired place especially in the hospitals. The added concept of the embedded web servers also makes effective communication between the hospital record system containing the details of the patients records regarding their modes of treatments Utilizing a suitable decision making device such as a MICROCONTROLLER, we render effective and AUTOMATED locomotion. A MICROCONTROLLER can be regarded as a COMPUTER-ON a CHIP. Such a microcontroller can be utilized for DYNAMIC MEMORY MAPPING, wherein the microcontroller unit programs itself utilizing the TRAIN AND EXECUTE mode. Hence by utilizing this Dynamic memory mapping technique we can think of building up Vehicles which can be AUTOMATED as well as ADJUSTABLE to a particular scenario/environment. This idea of building automated vehicles combined with embedded systems for the disabled would revolutionize the existing scenario of manual wheel chair movement which makes a patient to be DEPENDENT on someone to enable him carry out his locomotion. EXISTING SCENARIOS Manual wheel chairs and stretchers are provided today for the in-patients and physically handicapped. These chairs are the special mechanical entities fitted upon with side wheels along with several holders which enable movement from one place to another. The primary disadvantage in this mechanism is the NEED TO BE DEPENDENT on others for locomotion. Also this system is MANUAL, ie it operates completely by human operation. To sum up the project the servers and the entire locomotive unit provides transportation as well as transfer of necessary information. It should be noted that the mechanism of transferring the information regarding the status of the patient while taking him/her from the ward to the ICU or the Operation theatre automatically is extremely appreciable. The disadvantage of the traditional medical transportation facilities are: It isnt DYNAMIC. There is no mechanism to detect OBSTACLES. The patient needs to be highly alert regarding the obstacles The wheel chair cannot reach onto the patient every time. No kind of information could be passed from the existing system. The disadvantages proposed here are successfully overcome in our PROPOSED system. PROPOSED SYSTEM ARCHITECTURE OF ASTHRA The above diagram is a brief outline of the entire system. The specifications are as follows. DCM These are high power DC Motors which are utilized to render necessary power to carry on / support the patients weight. These are fitted on the hub of the robotic vehicles wheels and they enable to control the motion of the Vehicle. The movement of the vehicle based on the motor is enunciated below: STATE OF THE RIGHT MOTOR STATE OF THE LEFT MOTOR DIRECTION OF MOTION ON OFF MOVES RIGHT OFF ON MOVES LEFT ON ON MOVES STRAIGHT OFF OFF STOPS Table1 Vehicle Movement table MDC This stands for the Motor Driving Circuit. It is connected to the MEMORY MANAGEMENT UNIT. Based on the control rendered by the Memory management unit, the MDC drives the motor which controls the movement of the vehicles wheels. RF MODULE This stands for the Radio Frequency Receiver Module which is used to summon the vehicle to a particular place. The patient is provided with an RF remote by which he can summon the chair to any place OBST DRV This stands for the Obstacle detection drivers which detect obstacles on the way. Ultrasonic Receivers and Transmitters are fitted upon the Obstacle detection device which detects Obstacles on the way. A Buzzer is also fitted to this circuit which beeps when an obstacle is encountered. This Obstacle Driving circuit is run by a COMPARATOR circuit which responds to obstacles. MMU The heart of the system is the Memory management Unit, which consists of a PIC MICROCONTROLLER. It enables DYNAMIC MEMORY MAPPING which enables the vehicle to be AUTOMATED. The MMU controls the other circuits connected. It can be regarded as the centralized system of the Vehicle. EWS (Embedded web server) -The central function unit to get access on an embedded system via Web browser is the Web server. This is used to send the information through the inter-network it maintains for future use. DYNAMIC MEMORY MAPPING Memory Mapping is nothing but PROGRAMMING your Microcontroller unit to perform the necessary tasks. DYNAMIC MEMORY MAPPING enables a microcontroller unit to program itself according to the present scenario. It uses a technique namely, TRAIN AND EXECUTE. This enables the device to program itself based on the situation. This is utilized to determine the end points of the room. Suppose the vehicle reaches to the wall of the room and is unable to move forward, if u hit upon the TRAIN circuit the device automatically adjusts its path and traces to the door. Now it stores the exact co-ordinate values onto its memory and traces the path correctly. This is called as DYNAMIC MEMORY MAPPING TECHNIQUE. There is another schema called as STATIC MEMORY MAPPING. In this schema the microcontroller unit is programmed beforehand. The exact positions of the door, co-ordinates of the house are fixed. The vehicle automatically moves based on the patients wish. But if the place is changed we need to REPROGRAM the microcontroller. So in order to overcome this difficulty we normally prefer DYNAMIC MEMORY MAPPING. SWITCHING CIRCUIT The Switching Circuit consists of a series of Switches which enable the Vehicle to move based on the patients opinion. These are directly coupled to the MMU which in turn drives the motor and the entire Vehicle. When the patient enters in a particular choice, the appropriate action is performed. Thus when the appropriate switch is pressed upon the adequate movement to the corresponding section is enunciated. Also the main purpose of ASTHRA is the ability of transferring of information such as Blood pulse rate Heart beat count Blood pressure Body temperature The entire above are captured using robotic medical tools which contain suitable sensors detecting any change from the pre-stored values and sends them to the system which controls it. The main capability of this robotic vehicle is moving from room to the room with just the control of the rf remote. The embedded web server is utilized for the sole purpose of passing message to the internet which is maintained by itself and can be checked for future references. Also the development of softwares and the implementation of hi-fi robots will ensure that automatic causality treatment may be given to the patients without the help of trained professionals. RF LINK The RF Link mainly consists of two components. The RF Transmitter The RF Receiver The RF Transmitter is made onto a Remote Control and rendered to the patient. This can be utilized to summon the vehicle to any given place. The RF Receiver present at the Vehicle responds to the RF Transmitter remote and follows the Radio Frequency Link path to reach onto the Remote(RF Transmitter) The signal given from the RF remote instructs the robotic vehicle to arrive at the suitable place needed. This might be a disadvantage as he range of this remote will be lesser, even though the vehicle will have station points in each room. DIAGRAM The overall block diagram of the automated vehicle is shown. The remote control is in the hand of the patient and he can summon the vehicle. This remote transmits a RF signal which is received by the RF receiver in the automated Vehicle. Based on the signal received the PIC is programmed to move the wheel chair to the user. The movement of the Vehicle to the person is based on the program embedded in it. The vehicle consist of the ULTRASONIC sensor circuit which is driven by the comparator circuit ( COMP CKT ) as shown in the figure. This detects the obstacle and stops the wheel chair from getting hit. It produces a sound when there is an obstacle. Depending on the memory map in the PIC the driver H bridge IC drives the DC motor circuit. This DC motor is connected to the hub of the wheel. Using the SWITCHING CIRCUIT the MMU moves the Vehicle in the appropriate direction. The EMBEDDED WEB SERVER circuitry enables to transfer informations onto a centaralized Web page/Web server. The above diagram shows the brief outline of the movement of the vehicle. Embedded web servers The most important feature of this project is the Embedded Web Servers. The need for using Web Servers is to transfer necessary information about the patients even during the process of transferring the patient from one room to other. The embedded Internet integration for remote maintenance and diagnostic as well as the so-called M2M communication is growing with a considerable speed rate. Just the remote maintenance and diagnostic of components and systems by Web browsers via the Internet, or a local Intranet has a very high weight for many development projects. Innumerous development departments people work on completely Web based configurations and services for embedded systems. The remaining days of the classic user interface made by a small LC-display with front panel and a few function keys are over. Through future evolutions in the field of the mobile Internet, Bluetooth-based PANs (Personal Area Networks) and the rapidly growing M2M communication (M2M=Machine-to-Machine) a fu rther innovating advance is to be expected. The central function unit to get access on an embedded system via Web browser is the Web server. For example consider a patient being transferred from the normal ward to the ICU or the OP the ward boy or the patients relatives can press the RF remote. The robotic vehicle would come to that place. If the normal heart beat rate is 72 beats per min and if ASTHRA detects it to be some 45 beats per min (all these happening in the due course of motion) it may be seen that ASTHRA would inform or send information using the embedded web servers. The doctors would adapt to the situation suitably and be prepared before the patient reaches the destination. key advantages OF THE PROJECT The key advantages of the project include DYNAMIC MEMORY MAPPING TECHNIQUE which enables the vehicle to adjust to any location The ability to SUMMON the vehicle to any given place. The patient can be INDEPENDENT without being DEPENDENT on others for his movement. Efficient Obstacle detection performance due to the presence of ULTRASONIC transmitter/receiver. Efficient communication between the web servers and the High power Pull-up ability is established due to the presence of two High power motors. Easy circuitry wherein the MMU acts as the Central Control unit of the vehicle. FUTURE ENHANCEMENTS The following are the future enhancements which we have planned, In the present project, the origin of the vehicle, ie the place from which it has to start is predetermined. In our next venture, we would like to include upon ORIGIN FINDING ALGORITHMS which would dynamically fix upon its origin. So each day the vehicle can start from different unique locations. Rapid construction of the human activity observation system at low cost is necessary with respect to research into human activities and commercialization. The use of the omni directional ultrasonic sensors is also optimum. The reason for the above is as follows, the omni directional ultrasonic location sensor is useful because the number of sensors to be attached can be reduced. We have also planned to introduced GPS to make our system far amore efficient Also we have planned to increase the efficiency of the system by using VLSI and other mechanisms in our future endeavors. CONCLUSION The automated vehicle is aimed towards the welfare of the disabled. Even though various technologies have been introduces off late, a few alone are aimed towards locomotion. ASTHRA being a venture which is fully based on locomotion fulfills this requirement by rendering an efficient mechanism of locomotion for the disabled. Locomotion which is the essential function for any individual is also made available to the Disabled by the use of ASTHRA. ASTHRA goes on to the supreme level of fulfilling the dreams of the disabled thereby bring them close to the common man. Also ASTHRA eradicates the necessity for the disabled to be dependent on others, thereby making them INDEPENDENT. The complete automated feature of ASTHRA makes it possible to handle it upon any given place under any given circumstances. The dynamic memory mapping feature portrays upon its Self sufficiency and the ability to adjust itself to any given environment. The EMBEDDED WEB SERVERS concept further acts as a feather in the crown of ASTHRA. This concept enables the doctors to get fast access regarding the patients. In todays fast and ever-changing world, the quality of services rendered is becoming highly important. ASTHRA caters to this need in a highly effective manner. Also it is 100% user friendly which can be rendered from the fact that it can be summoned to any given place. To help others is to help God himself is a well known saying. Hence by developing ASTHRA we feel that we can help a couple of disabled people thereby rendering a small piece of contribution to both the Society and the Country. Being Students of Technology we strongly feel that ASTHRA would be a landmark of both Technological as well as Social excellence .If our project could help the disabled and render a peaceful life to them, then the success of our project would have been achieved.

Indra Noori Essay --

Indra Noori is an exceptional sales-driven and business mined woman who has moved up the ranks in management within PepsiCo. Prior to working to PepsiCo, Noori has a top executive management experience working for Motorola from 1986 to 2000 and Asea Brown Boveri in 1994 (Pepsico, 2014). Moreover, through her leadership, she has helped companies generate over 10 billion dollars in sales which has opened the doors for her to work in top executive management positions (Pepsico, 2014). In India, Noori began her career as a Product Manager holding positions in Johnson & Johnson and at Mettur Berdsell (Pepsico, 2014). Indra Noori is an example of a great leader of which through her leadership, she has successfully help companies she previously worked for generate millions of dollars in revenue and help with restructuring firms. Indra has an exceptional business educational background of which she has earned her Bachelors of Science, MBA, and Masters of Public Administration degr ees (Pepsico, 2014). Indra Noori has been highly well known from many companies all over the world. In an article named â€Å"Leadership Lessons from PepsiCo CEO, Indra Noori, she stated 5 valuable leadership strategies. The five valuable leadership strategies that have inspired Indra Noori to become a great leader are 1. Balance the short term with long term, 2. Develop a deep understanding of public/private partnerships, 3. Think global, act global, 4. Keep an open mind to adapt to changes, and 5. Lead with your head and your heart (Snyder, 2013). These 5 concepts have helped Indra become a great successful leader and she has shared this mantra with many leaders speaking at various leadership conferences (Snyder, 2013). Balancing the short t... ... Works Cited Pepsico. (2014). Retrieved January 11, 2014, from Our leadership: http://www.pepsico.com/Company/Leadership Burnison , G. (2011, April 29). Fastcompany.com. Retrieved January 11, 2014, from Leadership: How pepsi's Indra Nooyi learned to be a CEO : http://www.fastcompany.com/1750645/how-pepsis-indra-nooyi-learned-be-ceo Collins, J. (2001). Good to great . New York : Harper Business. Gaille, B. (2013, October 20). BrandonGaille.com. Retrieved January 11, 2014, from Pepsico CEO Indra Nooyi’s Leadership Style and Management Traits: http://brandongaille.com/pepsico-ceo-indra-nooyis-leadership-style-and-management-traits/ Snyder, S. (2013, May 7). Snyder leadership group . Retrieved January 11, 2014, from Leadership Lessons from PepsiCo CEO, Indra Nooyi: http://www.snyderleadership.com/2013/05/07/leadership-lessons-from-pepsico-ceo-indra-nooyi/

Eastman Kodak Marketing Strategy Essay

Q1. Summarize the market characteristics and trends. In the photo film market the major suppliers were Kodak, Fuji, Agfa and 3M. Fuji and Kodak sold only branded product whereas Agfa and 3M sold their film as branded product as well as to other firms in private label. Total Market In 1993 the total market was around 670 million 24 – exposure rolls. Typically a consumer paid between $2.5 and $3.5 for a 24 exposure rolls. So in average they used to pay $3 for a 24 exposure roll. So Total Market = 670million * 3=2 billion Market Share The market within USA was monopoly as Kodak’s market share was about 70%. But worldwide, the market was competitive. Fuji was a strong competitor in worldwide sales (Fuji -$10 billion, Kodak – $20 billion). Appendix A depicts the unit market share of Kodak in U.S. Market Growth The market’s annual unit growth rate was averaged only 2%. So this is basically a fully developed mature market. We can categorize this market as Cash Cow according to the BCG growth share matrix. The annua l growth of Kodak had been only 3%which is much lesser in compare to the rivals. Appendix B depicts the annual growth rate of different companies. Consumer Information Consumer were less educated about the technical aspects of film and view it as a commodity often focusing on price alone to purchase. Appendix C depicts the graph showing the consumer buying pattern trend. Price Tier Based on the price tiers there were multiple category of brands (i.e. Superpremium, Premium Economy & Price) available in the market. Appendix D depicts the price tier ranges. Superpremium brands were not the major sellers . For Premium products of Kodak, the gross margin was approximately 70%.It seems that Kodak implemented market skimming price strategy to handle Premium products. Fuji’s gross margin was about 55% for the economy brands. The margin of  Price product was lower. This lower price brand was targeted towards the segment of customers where consumers were less educated about photography and focused on price alone to purchase. Appendix E depicts the different distribution channel of the overall photo film market. Q4. Considering introduction of Funtime and ignoring Royal Gold, calculate the market shares of Funtime and Gold Plus that would make Kodak indifferent to introduce Funtime or take no action. Evaluate how realistic it is to improve profits with introduction of Funtime taking into account the existing market segments and plausible competitive reaction. Reasons for failure of Funtime The first problem is that they plan not to advertise. This seems to be a mistake because funtime is a new product for the consumers. Consumers need to be educated that they have a new product offering and they need to know what the value proposition is. However, if there is no education of the product, which could lead to consumers to believe that Kodak is offering less quality for their existing products, rather than rolling out a new lower price alternative. In case of failure of the funtime, Kodak Gold and Royal Gold would be able to maintain the same share of the market currently because of brand Loyalty and separate segment of customers targeted. The extra expenses done (packaging, features, styling) to release this product would be a loss for Kodak. But in the near future as the price sensitive customer segment remained unserved by Kodak and growth in private label film activity will decrease the market share of Kodak. Reasons for Success of Funtime and side effects on the market shares Making a move to enter the Economy Tier is a smart play for Kodak. The market appears to be heading toward price being the most important dimension for consumer. So the customer segment who tend to view film as a commodity and often buy on price alone (Price Sensitive Customer Segment) is the main target of funtime. A few of their ideas seem to make sense: For instance, it is probably a good idea they only offer limited speeds. This would probably be sufficient for consumers who are buying in this tier. Also, making them available in value packs seems like a good idea because they will be able to sell more units (rolls) of film this way. Positive Side effects and Market Share: If launching funtime is successful then the market share of Kodak Gold would  remain the same because of its loyalty and brand, Ektar market share will be converted to Royal gold share because of its special segment offering (special occasion) and finally funtime will be able to target the price sensitive segment .As a result the market share of Kodak should be restored back to 75% or more in the upcoming years. As shown in exhibit 2 there would be definite loss of revenue of Fuji and Others. Polaroid and Private market share will remain unaffected as they are out of scope market for Kodak. Negative Side effects and Market Share:Now there are few major drawbacks. As the offer is limited throughout the year consumers may just wait until that time of year to buy fun time film instead of buying their other Kodak products that are available year round. This can cannibalize Kodak’s Gold Plus market share in premium category. Kodak Gold Plus was the flagship brand of Kodak and Kodak’s gross margins were believed to be about 70%.So if the market share of Kodak Gold Plus reduces it may lead to huge loss for Kodak as a whole. As shown in Exhibit 2 though the market share of funtime has increased and it has snatched 5% (Fuji + others) from competitors but it has also capability to cannibalize the market share of Gold Plus which can reduce 10% or more. Like Kodak Gold Plus if we keep the same assumption that the gross profit margin is 70%, retailer’s margin is 20% for funtime then we will be able to see (Exhibit 1) that the profit earned for Kodak Gold plus is $0.39 per unit. Exhibit 3 shows that the total revenue from market has been (1777 – 1692) =85 million dollars It can also be stated that as being limited throughout the year the market growth of fun time will be very less. Also lowering industry profitability by reducing average price of film would keep the customer expectation of lo wer prices in the future product release.

Popper

â€Å"The greatest disease in the West today is not Tuberculosis or leprosy; it is being unwanted, unloved, and uncared for. We can cure physical diseases with medicine, but the only cure for loneliness, despair, and hopelessness is love. † This quote, spoken by Mother Teresa, describes why I aspire to be a nurse. The technology and medicine we have in the world today is extremely advanced. However, this advanced technology and medicine would be worthless without the compassion and quality care given by trained nurses.I remember when my mom got the phone call that my grandfather had stopped breathing and that he only had a few hours to live. My grandparents live in Florida, however; they were driving to New York for a wedding. After they drove through the Lincoln Tunnel, my grandparents' next direction was to make their first right. Instead, my grandfather proceeded to make the first left. My grandmother said, † No, you turned the wrong way! † My grandfather repli ed, † But the hospital is this way. † My mom told me that his heart had stopped. My grandfather has a long history of earth problems and has had many surgeries.He resuscitated by the Meet's and was put into the Intensive Care Unit. My father drove my mother and aunt to New York so they could have the opportunity to see my grandfather still alive since he was not expected to live more than a few hours. With modern medicine and lots of prayer, he was able to make a full recovery. This incident made me want to learn more about how the body and the heart works. Ever since then, I've wanted to be a cardiovascular nurse. To me, being a nurse is far more than a Job or career. It is a continuous learning recess that I look forward to every day.I love the thought that I can wake up every day and help people. In order to be a great nurse, you must have many qualities that enable you to be a leader, an advocate, and a friend. It is a necessity to give quality care. Nurses have to h ave compassion. Compassion is not a single trait. Compassion means you care, you are loyal, devoted, honest, and hardworking. It means you are willing to do more for others than for yourself. Now I am in my senior year of high school and I am still working towards my dream of becoming a cardiovascular nurse.I am in the nursing program at Hartford Tech and I am currently participating in clinical at Lories Nursing Home. After I complete 40 hours of hands-on experience at Lories and pass a state skills and written test, I will become a Certified Nursing Assistant and a Geriatric Nursing Assistant. I plan on attending Hartford Community College in the fall of 2014. I hope to get into the nursing program there and receive my associates degree. After receiving my associates degree, I plan to continue on to a university and earn my masters degree.