Business strategy in Chinese restaurant Assignment - 1

Business strategy in Chinese restaurant - Assignment Example The purpose of this report is to explore the marketing strategies of Hai Di Lao hot pot by applying the PESTEL and SWOT framework. The strategic options for expansion of the restaurant are discussed in this report and finally the recommendations are suggested. Political: The Chinese government has been following liberalization policies and this includes a drive of opening foreign based fast food chains in the country. Since 2007, the government have banned all the unlicensed food suppliers. This implies that the restaurant owners have to be highly careful in terms of procurement of food from suppliers. The Chinese government’s policy on food safety is paramount. Economic: China is one of the fastest growing markets among the emerging market economies with an average rate of growth of 9.10 % from 1990 to 2014 (Trading Economics, 2014). The growth of the Chinese economy has been coupled with the growth of disposable income of middle class (Wang, 2012). The average rate of per capita GDP of China is estimated to be about $ 2611 dollars (World Bank, 2014). According to statistics, the fast food restaurant in China is expected to grow by 6% in terms of value sales (Euromonitor International, 2014). Social: Based on social taste and preferences, Chinese fast food market can be differentiated on the basis of domestic fast food industry and foreign fast food industry (Deloitte, 2012). Though, the consumers are acquiring a taste of foreign fast foods yet the domestic Chinese fast food is very popular representing 70% of market share (Research and Markets, 2011). Technological: Technological elements like using Electronic Funds Transfer at Point of Sale (EFTPOS) and advanced equipments in the kitchen reduce cost of production of the company. Using social media marketing and using internet technology to manage inventory can also help companies reduce their costs. Legal: Legislations for restaurant industry in China is

The U.S. Civil War was more about State rights than the liberation of Essay

The U.S. Civil War was more about State rights than the liberation of slaves - Essay Example 2). 1 To a large extent, The American Civil can be regarded as a war directed more towards State rights than the liberation of slaves. This is because the ensuing dispute between some states in the South and others in the North regarding taxation of cotton exports, as well as conflicts about the issue of slavery, precipitated the war. Although President Lincoln had tried to make both sides unite, they turned down a treaty called â€Å"The Pickwick Papers.† The Confederate states of the South included California, Florida, and Kansas while the Union States in North comprised of New York, Tennessee, Delaware, Alaska, and Oregon. Based on this, therefore, the paper will provide concrete arguments as to why the American Civil War is considered as war for State rights. The main Objectives of the Union Army at the beginning of the war President Lincoln At the beginning of the war, the main objective that Abraham Lincoln had was to preserve the Union and prevent the Southern states fr om seceding. He had the goal of bringing the seceding states back to the union as soon as it could be possibly done. His adoption of the Winfield Scott’s â€Å"Anaconda† Plan reinforced his efforts to prevent the secession of states. This plan agitated for a blockade of all ports in the south, as well as dividing of the Confederacy through controlling Mississippi. Lincoln was determined to see that the seceding states joined the Union since he saw the secession as a threat to his presidency. The secession of the states in the South marked the beginning of the civil war and this happened at a time when Lincoln assumed the office of the president. As such, his determination was to overcome the challenge posed by the secession (Burlingame 2011, p. 10).2 Union Generals2 At the onset of the Civil War in the United States, the army comprised of 16, 367 officers, 4 artillery regiments, and 198 line companies, 5 mounted regiments and infantry, comprising of 10 regiments. The m ajor objective of the Union Army Generals was to maintain the status quo by discouraging the secession of states. This portrays that the Union army believed that the Union had to be maintained so that the states no changes could be witnessed in the states. At the beginning of the war, the Union Generals strived to discriminate against and segregate the blacks. The Generals did not accept the commissioning of black officers in the army, with only one hundred of the blacks being commissioned at the start of the war (Barney 2011, p. 6).3 Union Soldiers/Wives/Citizens/Blacks At the beginning of the civil war, the Union Soldiers fought with the main objective of subduing the seceding states. The war against the South aimed at blocking all the ports in the seceding states. Troops of Union Soldiers advanced towards the South with the main objective being capturing the Confederate states. At the start of the civil war, the objective of the blacks was to see an end to slavery. They had the d etermination to fight against the conditions of servitude, segregation and discrimination that they had faced over the years. African Americans joined the army with the hope that they would help their fellow blacks overcome the slave-like conditions that they had endured for many years (Cimballa & Miller, 2002).3 The main Objectives of the Confederate Army at the beginning of the war. President Davis At the beginning of the Civil War,3 Jefferson Davis used to be the president of the Confederate

Effects of Technology on Modern Day Architecture and Design

Effects of Technology on Modern Day Architecture and Design Architecture has revolutionized and changed in the twenty-first century compared to the nineteen century due to technology. Even though many factors have played major roles in the changing of architecture, technology has played the most important role for architectural change. Architecture and technology will be two terms that will be used throughout this paper. According to the Webster dictionary, architecture is defined as the art or science of designing and creating buildings while technology is the application of scientific knowledge for practical purposes, especially in industry. Technology nowadays plays an important role in our societies since most buildings especially condos and houses are way different compared to the ones that were built in the nineteen century. Today’s buildings/condos in our societies are now built mostly through the use of digital visualization technologies that are purposely planned to create certain kinds of impression and atmosphere in our soci ety. Technology and architecture goes hand in hand as both terms benefit from each other due to the fact that technology has helped architects in drawing their designs more effectively and efficiently instead of using their hands. This essay will aim to analyze how modern technologies are operating as a key part of architecture and design, whether technology is having a positive or negative impact on architecture and architectural work methods. There will also be a discussion on Computer-aided design (CAD). In relating it to the course, this paper will mostly touch on hyper change since its evident that technology is indeed changing how individuals perceive and understand objects and structures. The most important technology/software that this essay will look at is the Computer-aided design (CAD) and Geographic Information System (GIS) and how both have affected architecture and design. At the moment, technology has totally revolutionized our city we live in and our way of living. W alking around downtown Toronto and seeing buildings such as the OCAD building and the Royal Ontario museum indicates how far buildings have change due to technology. Looking at how far technology has brought architecture, it’s safe to say that technology will open new worlds by assisting in the making of new materials to construct buildings. Notes on modern architecture by Antoine Picon shows that architecture has been closely related to technology since the nineteen century and argues that modernism’s tendency towards architecture has made it possible to elevate the living settings of the masses. Scholars such as Banham have argued that technology certainly has shaped architecture throughout history. Examples such as the creation of the Flying Buttress in Europe allowed Master Builders to restore the enormous walls of Romanesque churches, the Etruscan keystone arch allowed the Roman Empire to make tough and strong bridges. The most outstanding example is the development of skyscrapers which was made possible by the invention of mass produced steel and safety elevators. In the world, the tallest skyscraper is the Burj Khalifa in Dubai while in Toronto, the highest skyscraper is the CN Tower but the tallest inhabitable is the First Canadian Place. Banham looks at how technology should be considered as an essential part of architecture but does not really discuss the effects and impacts technology is having on modern day architecture. This essay will tackle this issue and expand on the ideas Banham out forward in his book and other scholarly works by different authors. This research paper will have an introduction where major terminologies that will be used throughout the paper will be defined. The introduction will also have the thesis and the arguments supporting the thesis. The next section of this paper will solely discuss Computer-aided design (CAD), the types of CAD and the contributions that this software has made to architecture and design. The next section will look at will be the advantages and disadvantages of technology on architecture. Research shows that indeed technology has had a positive effect on architecture so these advantages will be explored further. Lastly, this paper will look at what technology can do for architecture in the future. In conclusion, this paper will summarize all the arguments and points put together and opinions of scholars will also be touched upon. Annotated Bibliography Banham, R. (1984).The architecture of the well-tempered environment(2nd ed). London: Architectural Press. In this book, the author points out that technology, human needs, and environmental concerns are all interconnected and all of them play a vital part in the development of architecture. He argues that technological and mechanical advancements in simple areas such as ventilation, heating and other 20th century designs needs more attention since architecture is not just about designs and buildings but also the mechanical systems that makes them work.. Crouch, D. P. (1985).History of architecture: Stonehenge to skyscrapers. New York: McGraw-Hill. In this book, Crouch tackles architecture from a historic point of view from the Stonehenge in England to the skyscrapers which are seen around the world mostly in developed countries. Crouch talks about basically how far architecture has come as she explores architecture in ancient Egypt, Greece and Rome. Crouch argues that architecture is now developing into a science-based due to the progression of technology. Donald, Watson (1984). Architecture, Technology, and Environment. Journal of Architectural Education Vol. 51, No. 2 (Nov., 1997), pp. 119-126 Published by:Taylor Francis, Ltd.on behalf of theAssociation of Collegiate Schools of Architecture, Inc. URL: http://www.jstor.org.ezproxy.library.yorku.ca/stable/1425452 In this journal, Donald argues that a small number of architectural educators dismiss the fact that technology is part of architecture and he insists that both architecture and technology are dependent on each other. Donald also argues that technology puts greater emphasis and higher expectations on architecture due to the fact that technology in architecture is not just about simply the beautiful structures and buildings we see but it is about the knowledge and information the society as a whole gain in the making of these structures. Encarnaà §Ãƒ £o, J. L., Lindner, R., Schlechtendahl, E. G. (. G. (1990).Computer aided design: Fundamentals and system architectures(2nd ed.). Berlin; New York: Springer-Verlag. This book explains the computer aided design software in particularly how it works, its principles, ways and how it has helped in the development and revolution of architecture. Encarnaà §Ãƒ £o and his co-authors identifies the main components of CAD and they concluded by showing the steps involve in making this machine Heynen, Hilde. (1999).Architecture and modernity: A critique. Cambridge, Mass.: MIT Press. This author suggests a remarkable outline of investigation that explains the history of modern movements and difficulty it has faced. Hilde tries to connect modern movement and cultural theory of modernity. Hilde argues that architecture and modernity relies relatively greatly on the kind of modernity being created. Hilde asks the question â€Å"what relations exist or ought to exist between architecture and modernity?† .So with this asked, she explores how architecture and modernity is connected. Karl D. Stephan. (2005). Masterworks of Technology: The Story of Creative Engineering, Architecture, and Design. Technology and Culture, Volume 46, Number 3 Retrieved from http://muse.jhu.edu/journals/tech/summary/v046/46.3stephan.html According to this journal review by Karl, technology has always been part of human society. The author talks about technological creativeness and vision throughout the years. Karl argues that science and engineering has come together and its pushing architecture to a new and different level never imagined before from the pyramids of Egypt to now skyscrapers seen around the world. Karl talks about the framework involve in skyscraper developments especially that of the Chicago’s Sears Tower as he builds on the ideas of F. R. Khan’s influence important on skyscraper design. Le Corbusier. (1952). Towards a new architecture. London: The Architectural Press. In this book, Le Corbusier book talks about architecture and the society as he wrote about new advancements that we see today in our communities today. He parallels the speed of which architecture is growing with that of the advancement in the society. Le Corbusier also addresses five principles of modern architecture, mass production and industrialization. Rivard, H. (2000). A Survey On The Impact Of Information Technology On The Canadian Architecture, Engineering And Construction Industry. Journal of Information Technology in Construction (ITcon), v.5, p.37 In this survey, researches aim in determining the impact of technology on architecture, construction and engineering. This survey proved that all architects now have access to computer and only one percent of the architects that answered the questionnaire study indicated that they do not use computers to help them with their work. The survey proved that truly most when it comes to the drawing of design most architects use CAD. This survey showed technology is an essential part of architecture, construction and engineering field now and almost every individual that works in these fields rely on them to help him/her work efficiently. Stephenson, S. (2007).The integration of technology into a landscape architecture graduate program: A case study.(Order No. NR39441, University of Toronto (Canada)).ProQuest Dissertations and Theses, 232. Retrieved from http://search.proquest.com.ezproxy.library.yorku.ca/docview/304757618?accountid=15182 This is a case study show the ways in which technology is contributing to the landscape of architecture and the difficult process involved in it. The study mostly touches on design process and studio culture while it looks at how technology has affected this area either in a positive, neutral or negative way. Throughout this paper, it’s clear that technology has change landscape architecture especially when it comes to how materials are produced and how designers all over the world are able to contact each other in a matter of seconds due to technology. Saeideh Feizi Azarshahr, Alireza Motamadniya, Mostafa Basiri (2013). New Technologies in Modern Architecture and its Interaction with Traditional Architecture. Research Journal of Chemical and Environmental Sciences Vol 1 Issue 3: 70-80 In this article, Azarshahr et al argues that the use of technology results in the establishment of flawless and perfect buildings and technology has always been a part of architecture as Azarshahr et al describes two types of technology: traditional technology and modern technology. According to these authors, traditional technology has not been documented as much compared to modern technology and this modern technology has led to the computerization and industrialization of architecture. REFERENCES Banham, R. (1984).The architecture of the well-tempered environment(2nd ed). London: Architectural Press. Crouch, D. P. (1985).History of architecture: Stonehenge to skyscrapers. New York: McGraw-Hill. Donald, Watson (1984). Architecture, Technology, and Environment. Journal of Architectural Education Vol. 51, No. 2 (Nov., 1997), pp. 119-126 Published by:Taylor Francis, Ltd.on behalf of theAssociation of Collegiate Schools of Architecture, Inc. URL: http://www.jstor.org.ezproxy.library.yorku.ca/stable/1425452 Encarnaà §Ãƒ £o, J. L., Lindner, R., Schlechtendahl, E. G. (. G. (1990).Computer aided design: Fundamentals and system architectures(2nd ed.). Berlin; New York: Springer-Verlag. Heynen, Hilde. (1999).Architecture and modernity: A critique. Cambridge, Mass.: MIT Press. Karl D. Stephan. (2005). Masterworks of Technology: The Story of Creative Engineering, Architecture, and Design. Technology and Culture, Volume 46, Number 3 Retrieved from  http://muse.jhu.edu/journals/tech/summary/v046/46.3stephan.html Le Corbusier. (1952). Towards a new architecture. London: The Architectural Press. Rivard, H. (2000). A Survey On The Impact Of Information Technology On The Canadian Architecture, Engineering And Construction Industry. Journal of Information Technology in Construction (ITcon), v.5, p.37 Stephenson, S. (2007).The integration of technology into a landscape architecture graduate program: A case study.(Order No. NR39441, University of Toronto (Canada)).ProQuest Dissertations and Theses, 232. Retrieved from http://search.proquest.com.ezproxy.library.yorku.ca/docview/304757618?accountid=15182 Saeideh Feizi Azarshahr, Alireza Motamadniya, Mostafa Basiri (2013). New Technologies in Modern Architecture and its Interaction with Traditional Architecture. Research Journal of Chemical and Environmental Sciences Vol 1 Issue 3: 70-80

Child Labor Essay -- Work Children Research Papers

Child Labor The next time when you are out on your shopping trip, chances you may have support a business that exploits children. It is very disturbing and heartbreaking to learn many children are chained to looms for 12 hours a day because families need to have their child bringing home a small amount of moneys. Child labor has always been a difficult subject to address, the topic have become much more complicated and prolific. Child Labor is not an isolated problem. The phenomenon of child labor is an effect of economic discrimination. In different parts of the world, at different stages of histories, laboring of child has been a part of economic life. More than 200 million children worldwide, some are as young as 4 and 5 years old, are slaves to the production line. These unfortunate children manufacture shoes, matches, clothing, rugs and countless other products that are flooding the American market and driving hard-working Americans out of jobs. These children worked long hours, were frequently beaten, and were paid a pittance. In 1979, a study shows more than 50 million children below the age of 16 were considered child labor (United Nation labors agency data). In 1998, according to the Campaign for Labor rights that is a NGO and United Nation Labor Agency, 250 million children around the world are working in farms, factories, and household. Some human rights experts indicate that there are as many as 400 million children under the age of 15 are performing forced labor either part or full-time under unsafe work environment. Based upon the needs of the situation, there are specific areas of the world where the practice of child labor is taking place. According to the journal written by Basu, Ashagrie gat... ...beneficiaries. The hopes of hundreds of millions are a stake; thinking things through is not just good intellectual practice, it is a moral duty because child labor is a human rights issue. By encouraging more child labor in an immoral way, we are not only taking away those innocent years from them but also the rights to be educated and the rights to be free. What is more of human rights than growing up as a free person, attending school without being held in bondage? Bibliography http://www.american.edu/TED/nike.htm http://www.hrw.org/children/labor.htm http://www.saigon.com/~nike/childlabor.html http://japan.usembassy.gov/e/p/tp-2003011a6.html â€Å"Child Labor: Cause, Consequence and Cure with remarks on International Labor Standards†- www.jstor.org http://econ.cudenver.edu/beckman/econ4410/basu.pdf http://slate.msn.com/id/1918

Stonehaven Case Analysis

Stonehaven, Inc. Case Analysis March 19, 2013 Part A For this part of the analysis, consider each department in the Gdansk factory in isolation. Assume that the rest of the production system has no impact on the department you are considering. Assume that material handling times are negligible and ignore variability in processing times. 1. For the typical 100-pair batch, what is the daily capacity and manufacturing lead time within each of the following departments? a. Cutting 8 hrs/day x 60 min/hr = 480 min/day Machine 1 = (0. 05 x 4)(100) + (5. 25 x 4) = 41 min/batch Machine 2 = (0. 5 x 4)(100) + (5. 00 x 4) = 40 min/batch Machine 3 = (0. 04 x 4)(100) + (4. 00 x 4) = 32 min/batch Manufacturing Lead Time (MLT) = Since the machines work simultaneously, the MLT is 41 min/batch. Capacity = 480 min/day ? 41 min/batch = 11. 7 batches/day x 100 pairs/batch = 1170 pairs/day b. Stitching 8 hrs/day x 60 min/hr = 480 min/day Group 1 = (100/4) x 5. 0 = 125 min/batch Group 2 = (100/3) x 3. 0 = 100 min/batch Group 3 = (100/2) x 2. 5 = 125 min/batch Manufacturing Lead Time (MLT) = Because the components can’t move to the next group until the previous group is finished, the MLT is 5. min + 3. 0 min + 125 min = 133 min/batch. Capacity = 480 min/day ? 125 min/batch = 3. 84 batches/day x 100 pairs/batch = 384 pairs/day c. Lasting 8 hrs/day x 60 min/hr = 480 min/day Station 1 = 100 x 0. 7 = 70 min/batch Station 2 = 100 x 0. 6 = 60 min/batch Station 3 = 100 x 1. 0 = 100 min/batch Station 4 = 100 x 0. 9 = 90 min/batch Station 5 = 100 x 0. 3 = 30 min/batch Manufacturing Lead Time (MLT) = Because the components can’t move to the next group until the previous group is finished, the MLT is 0. 7 min + 0. 6 min + 1. 0 min + 0. min + 30 min = 33. 2 min/batch. Capacity = 480 min/day ? 100 min/batch = 4. 8 batches/day x 100 pairs/batch = 480 pairs/day Assumptions: My calculations are based on the assumption that the stamp time in the cutting process is per component. Therefor e, the time given is the time it takes to stamp 1 of the 4 components on one machine. Another assumption I have made is the workers performing the stitching are all equally paced. It takes each worker the exact same amount of time to perform their duties and pass the product along to the next group. 2.If the batch size were reduced to 10 pairs, what would be the daily capacity and MLT within each of the following departments? a. Cutting; b. Stitching; c. Lasting d. Cutting 8 hrs/day x 60 min/hr = 480 min/day Machine 1 = (0. 05 x 4)(10) + (5. 25 x 4) = 23 min/batch Machine 2 = (0. 05 x 4)(10) + (5. 00 x 4) = 22 min/batch Machine 3 = (0. 04 x 4)(10) + (4. 00 x 4) = 17. 6 min/batch Manufacturing Lead Time (MLT) = Since the machines work simultaneously, the MLT is 23 min/batch. Capacity = 480 min/day ? 23 min/batch = 20. 9 batches/day x 10 pairs/batch = 209 pairs/day . Stitching 8 hrs/day x 60 min/hr = 480 min/day Group 1 = (10/4) x 5. 0 = 12. 5 min/batch Group 2 = (10/3) x 3. 0 = 10. 0 min/batch Group 3 = (10/2) x 2. 5 = 12. 5 min/batch Manufacturing Lead Time (MLT) = Because the components can’t move to the next group until the previous group is finished, the MLT is 5. 0 min + 3. 0 min + 12. 5 min = 20. 5 min/batch. Capacity = 480 min/day ? 12. 5 min/batch = 38. 4 batches/day x 10 pairs/batch = 384 pairs/day f. Lasting 8 hrs/day x 60 min/hr = 480 min/day Station 1 = 10 x 0. 7 = 7 min/batch Station 2 = 10 x 0. 6 = 6 min/batchStation 3 = 10 x 1. 0 = 10 min/batch Station 4 = 10 x 0. 9 = 9 min/batch Station 5 = 10 x 0. 3 = 3 min/batch Manufacturing Lead Time (MLT) = Because the components can’t move to the next group until the previous group is finished, the MLT is 0. 7 min + 0. 6 min + 1. 0 min + 0. 9 min + 3 min = 6. 2 min/batch. Capacity = 480 min/day ? 10 min/batch = 48 batches/day x 10 pairs/batch = 480 pairs/day Assumptions: (Same as question 1 because all we changed was the batch quantity. ) My calculations are based on the assumption that the s tamp time in the cutting process is per component.Therefore, the time given is the time it takes to stamp 1 of the 4 components on one machine. Another assumption I have made is the workers performing the stitching are all equally paced. It takes each worker the exact same amount of time to perform their duties and pass the product along to the next group. Part B Now consider the factory as a system, and take into account interactions between the departments. 3. Assuming production is done in 100-pair batches, what is the factory’s daily capacity? Cutting 41 min/batch Stitching 133 min/batchLasting 33. 2 min/batch Capacity of the Factory = 480 min/day ? 133 min/batch = 3. 6 batches/day 4. What is the total MLT for a 100-pair batch? MLT Cutting= 41 min/batch Kitting= 10 min/batch Stitching= 133 min/batch Steaming= 6 hrs x 60 min = 360 min/batch Lasting= 33. 2 min/batch TOTAL MLT= 577. 2 min/batch Part C 5. How would you go about deciding the appropriate batch size for the Ston ehaven factory? What factors would you consider? How do they interrelate? (You may wish to do some calculations, but concentrate on thinking conceptually. 6. Focus only on your highest priorities for improving the production process at Stonehaven’s Gdansk factory (be specific). Explain why they are important. What actions do you recommend? How would you implement your recommendations? What do you predict will be the consequences? The most important factor a production manager must consider when determining the appropriate production level of a good is the efficiency of the process. A manager must determine what level of production utilizes the available resources to the fullest extent possible.Each step of a process will always be restrained by the other steps of the process as well as the available raw materials. As a production manager for Stonehaven, I would first analyze the individual steps of the process to make each individual step as efficient as possible. Then, I wou ld look to see how each step affects the others. It looks as though the stitching and lasting processes produce the same amount of shoes regardless of the size of the batch. Due to this fact, it seems as though the cutting process is where management should be focusing on and working towards bringing this step in line with the others.The cutting process can produce significantly more product than what the other two processes can handle. This makes me believe that we could utilize just two of the three machines. One could be devoted directly to the left shoe cuts and the other to the right shoe cuts. This would not only help with down time but also cut the expense of running a third machine. The third machine could be sold or kept on hand as a backup. There currently is no back up. If one of the machines fails, the entire process is held up and zero shoes are being produced.This would create a shortage of shoes on the shelf for customers to buy and increase the likelihood that the cu stomer will buy from someone else. If there was a back up machine, there may be a small delay in the process but significantly shorter period of time while the backup is getting up and running. The stitching process could be improved upon as well. It seems as though we could add another employee to Group 1 and decrease the amount of time it takes to process each batch to the same amount of time it takes Group 2 to process a batch.This would effectively eliminate the down time Group 2 currently experiences when waiting for product from Group 1. Another employee could be added to Group 3 to produce the same results. This would effectively decrease the amount of time the entire batch gets moved onto the next step in the process. The only aspect of the lasting process that I see could be improved upon is the distribution of duties. Significant wait time could be eliminated at this stage in the process if one employee took on more duties that would even out the amount of time at each sta tion.Or, additional employees could be used to separate the duties the employees are currently performing. Either way, each station would be waiting less time to receive the product and thereby possibly increasing the amount of production for the entire facility. Now that we have analyzed each step individually, we must now look at the entire process as a whole. Stitching is the step of the process that takes the most amount of time to perform. The key is to find the best batch size that complements the other processes in respect to this step.The smaller the batch in the stitching process, the quicker the product is passed through the process to the next step. The manager must determine the appropriate batch size so that there is minimal wait time between the stitching and lasting processes. Some other ways to improve this process is to configure it in such a way that the process runs smoothly without significant wait times. There isn’t really anything the employees in the ot her stations could be doing to create value to the process while they are waiting on more products to produce.So, the most important goal of the manager is to figure out a way for the entire process to run fluidly. Once this is achieved, inventory between the stations would be decreased to zero. The process would be so perfectly timed that the product would arrive at its destination at the exact time it is needed. This is the ideal goal of a production manager. The fewer inventories being held, the less cash is being held up on the shelf and the more is being sent out the door. The most important aspect of this process to the production manager is making sure the process is configured in the most efficient way.This specific process should be altered to bring the cutting process in line with the rest of the steps. However, if the manager had the funds to significantly increase employees in the stitching and lasting areas, these could be brought back in line with the cutting and Stone haven could produce significantly more shoes than they are currently producing. However, the issue at hand in this scenario is the amount of funds that this will require. The best way to increase revenue is by removing one of the cutting machines, increasing a couple employees in the stitching department and realigning the duties in the lasting department.

Eve white vs Real eve

Simmer was diagnosed with multiple personality disorder. She was one of the first cases doctors had ever come across. With being such a special case, Chris was asked if she would be interested in having a movie made about her life. Chris and her family decided to peruse the movie, but not to use her real name. The directors of the film decided to give her the name of Eve White. However, there were parts of the movie that did not happen In real life or were twisted In the making of The Three Faces of Eve.Having a disorder Like Chris was diagnosed with Is not only hard to the patient, but also hard for friends and family. In Chris' life she had a loving husband and two children. Eve was In a bad relationship where she did not love her husband and a young daughter, Bonnie who she adored. When Eve White turned Into Eve Black, a rollicking young woman with a sly grin, she would physically harm Bonnie and would be extremely mean to her the little girl. Eve Black strangled Bonnie one day an d happened to Chris' eldest daughter as well when a different personality came out.Chris' children say that none of their mother's personalities ever hurt them, but they defiantly had their favorites, which they got across in the movie. Bonnie enjoyed when Cane's personality came out because she was kind and playful with her. In the movie Jane finds a man who she falls in love with, but does not feel as if she could marry him because she has more than one personality. They ended up getting married which was a true story from Chris' life.However, in the movie they did not put in that they did not tell anyone about her disorder because her new husband Don and their children would have to move because the neighbors would not wanting her to live by them because she is â€Å"crazy. † The Faces of Eve was based off of Chris' life, but Chris had 22 personalities instead of Just three. In the movie when both Eves' leave the body for good she is having a flashback to when her grandmot her had died. Eve is screaming about how her mother made her kiss the casket when she did not want too.Chris was furious that they put the blame on her mother in the movie when it was really her neighbor who made her do it. This flashback happened the day that the Eves' left her body for good and Jane stayed and she was cured for the rest of her life. This was a complete lie. Chris was cured for a little bit, but after a few months she realized the blackouts were coming back and more personalities were forming. For 44 years of Chris' life she had 22 different personalities who had control of her life.Chris Simmer has a book she wrote, I am Eve, and a movie, Three Faces of Eve all about her life and her Journey through her disorder. Chris and Eve were essentially the same person, but come across differently In the movie and her real life story. Chris' life was much more difficult than It made It seem In the movie. Chris shared her story, not for the money, but to spread the word for others out there who are dealing with the same disorder to let them know that they are not alone. She also shared her runner to let others know what she went through because she was one of the first cases to be diagnosed.Eve white vs.. Real eve By marshland were parts of the movie that did not happen in real life or were twisted in the making of The Three Faces of Eve. Having a disorder like Chris was diagnosed with is not loving husband and two children. Eve was in a bad relationship where she did not turned into Eve Black, a rollicking young woman with a sly grin, she would physically same person, but come across differently in the movie and her real life story. Chris' life was much more difficult than it made it seem in the movie. Chris shared her