Macbeth Motif Critical Analysis Macbeth - 1383 Words

Michael Efstration Mrs. Beauchamp H English 12 6 January 2015 Macbeth Motif Critical Analysis: Sleeplessness Macbeth is a play about a man and his desires that get the best of him. The calamity is fashioned through the inspiration of several characters including his wife, Lady Macbeth and the exciting force the witches create that begin the underlying motif of sleeplessness. Macbeth is a good person at heart, but through various temptations becomes obsessed and gets destroyed by the very thing he thought would bring him happiness: his pursuit to become king. Shakespeare utilizes the motif of sleeplessness in the play as a metaphor for being restless to achieve his final goal. His criminal acts go against Christianity, and not only affect himself, but other characters including his wife Lady Macbeth. At the start, the witches created the exciting force that caused all the mischief. They could be seen as demons or the devil himself through the information that was relayed to Banquo and Macbeth. The witches could also be God presenting a challenge to the both of them to see who comes out victorious. Either way, the exciting force the witches create would either bring realization of the future or deep disappointment. Christianity does not present itself clearly through the play, but many parts could be deciphered through its teachings including sleeplessness. Ribner states that there is a reason why Macbeth cannot sleep. He says that sleep is an aspect of divine mercy.Show MoreRelatedMacbeth9435 Words   |  38 Pages------------------------------------------------- Macbeth From Wikipedia, the free encyclopedia This article is about Shakespeare s play. For other uses, see  Macbeth (disambiguation). A poster for a  c.  1884 American production ofMacbeth, starring Thomas W. Keene. Depicted, counter clockwise from top-left, are: Macbeth and Banquo meet the  witches; just after the murder ofDuncan; Banquo s ghost; Macbeth duels Macduff; and Macbeth. Macbeth  is a play written by  William Shakespeare. It is consideredRead More Analysis of Shakespeares Antony and Cleopatra Essay5083 Words   |  21 PagesAnalysis of Shakespeares Antony and Cleopatra The most influential writer in all of English literature, William Shakespeare was born in 1564 to a successful middle-class glove maker in Stratford-upon-Avon, England. Shakespeare attended grammar school, but his formal education proceeded no further. In 1582 he married an older woman, Anne Hathaway, and had three children with her. Around 1590 he left his family behind and traveled to London to work as an actor and playwright. Public and criticalRead MoreAmerican Literature11652 Words   |  47 Pagesof American Literature - 1800-1850 Gothic is a sub-genre ofRomanticism Content: ï‚ · ï‚ · ï‚ · ï‚ · ï‚ · sublime and overt use of the supernatural individual characters see themselves at the mercy of forces our of their control which they do not understand motif of the double: an individual with both evil and good characteristics often involve the persecution of a young woman who is forced apart from her true love Style: ï‚ · ï‚ · ï‚ · ï‚ · short stories and novels hold readers attention through dread of a

Managing Conflicts Within Groups Free Essays

| Organisational Behavior Individual Course Paper | Lim Jin Sheng Jason| | Section: ES1| | Introduction In order to meet the requirements of the individual assignment, this paper uses a specific project management experience to highlight some of the main organisational behaviour (OB) concepts in a real-world professional setting. The two main OB concepts chosen are: a) Managing Conflicts within Groups b) Multi-Party, Multi-issue Decision Making Framework In doing so, it is hoped that this paper will highlight the importance of utilizing these OB concepts in other similar situations encountered in the future. Professional Work Experience My professional experience involves managing acquisition and RD projects for the armed forces, under the Defense Science and Technology Agency (DSTA). We will write a custom essay sample on Managing Conflicts Within Groups or any similar topic only for you Order Now DSTA is the national authority for centralized defense procurement and related RD under the Ministry of Defense (MINDEF) in Singapore. My specific roles include managing projects related to naval systems and scouring the local/overseas defence industry for emerging naval technologies. For example, if the plans department in the Singapore Navy requires a certain naval craft to meet their operational requirements in the near term, my department will spearhead this initiative by helping to source the market for such a product, purchase it and deliver it to the users. The whole process basically involves the following: ) Get approval for the operational requirements and budget to fund the acquisition project. b) Source the market for companies who are able to provide such products or services, evaluate their bids and negotiate for the eventual contract. c) Perform acceptance testing for the product/service before delivering the product/service to the end users. Managing Conflicts within Groups Before the initiation of a project, the envisioned operational requirements for the weapon system/service and budget required to fund it needs to be approved by the required level of authority. Usually, a panel of experts will convene in a forum to discuss and debate the issue and will send their recommendations to the final approval authority (which can be the Minister for Defence or service chiefs, depending on the importance and value of the acquisition). In one of my projects, the requirement was to acquire several unmanned crafts to replace a fleet of existing patrol vessels to save maintenance and personnel costs. Hence, the operational requirements was done up by the plans department in the Navy and the budget was done up by my team in DSTA. The justifications for both were well thought out and presented clearly in a paper which was submitted to the relevant forum for discussion and approval. The forum in this case was comprised of the unit commanders of all the relevant braches in the Navy (Operational, intelligence, logistics, security and training departments, etc). However, as a newly appointed project manager, I was unaware of the â€Å"under-currents† that was brewing prior to the forum presentation. Even though the justifications were sound on paper, there were several factions within the Navy community that were inherently against the idea. This opposition only surfaced during the day of the forum presentation and took my team by surprise. Subsequently, we had to re-work the whole approach in getting the approval from the forum. Basically, the issue was that the replacement of an entire fleet of patrol vessels by a newer technology will mean that an entire squadron will need to be down-sized and re-trained. Although the maintenance costs were lower in aggregate, this also meant the workload of certain logistics departments will more than double. Also, there was a history of bad blood between the commanding officer of the plans and squadron departments. So in reality, this means that certain members of the forum will not be happy with the proposal regardless of how sound it is and old grudges will likely flare up during the forum presentations. On hindsight, being aware of possible conflicts within a group will help to prevent this type of scenario from happening in the first place. By understanding the different types of group conflicts (task, relationship and process) and engaging all stakeholders before the forum approval will help in reducing the effort spent and maintain good relations with all stakeholders. Multi-Party, Multi-issue Decision Making Framework Once the approval for the operational requirements and budget for this project is obtained, my team selected a suitable overseas defense contractor to build and deliver the product according to our specifications. The arduous task of negotiating for the best possible terms for the least price for this contract begins. Due to the complexity of the equipment acquisition involved, the discussions will require many subject matter experts from their relevant domains to discuss the technical issues with their counterparts. I had an experienced procurement manager who advised the team to first agree on all the complex issues internally first before starting negotiations with the supplier. In practice, this meant that my team had to prioritise which issues are important and non-negotiable and which issues are good to have but not essential in the success of the project. Without this understanding, every single representative from my team will try to press for the best terms within their domains because everyone thinks their own issues are important. Furthermore, the supplier will never agree to every single issue as they will lose money on this contract. My team decided to group and consider all the issues simultaneously and agree on the relative importance of each issue before starting contract negotiations. My job as a project manager is to take a step back to keep track of the issues discussed and place focus on the â€Å"Tier-one† issues rather than haggling for every possible terms. This multi-issue, multi-party framework helped my team to cut down on a lot of unnecessary time and effort for future contract negotiations. Conclusion Organisational behaviour is an important and evolving topic which is important for success in managing inter-personal relationships in the workplace. As discussed using some of my personal work experiences, a good understanding and relevant application of OB concepts will help the professional to navigate through the complexities of managing stakeholders in an increasing dynamic environment. How to cite Managing Conflicts Within Groups, Papers

Continuous Improvement Plan for Latino Engineering †Free Samples

Question: Discuss about the Continuous Improvement Plan for Latino Engineering. Answer: Introduction This essay depicts the important of implementation of continuous business improvement planning and strategies to mitigate the operational a functional issues those are associated to different enterprises. For this particular essay the nominated organization is the Latino Engineering. This midsize company deals with the manufacturing of specialist engineering equipments for different industries such as oil and gas industry, construction, infrastructure industry etc (Conger 2015). The company is located in New South Wales Australia. However, currently the company is facing some major challenges. Latino Engineering has 300 employees and the founder of the company is Dominic Latino. However, currently due to lack of opportunities and change of ownership the previous operations of the company are interrupted. The senior management authority of the company identified different root causes for which the company is facing different challenges. For arresting the issues, only 3 months are provided to the newly hiredproject management consultant. In order to mitigate the issues proper tools and techniques are applied and those are illustrated in this report. Not only this but also the considering the required resources a plan has been proposed for Latino Engineering. In addition to this, to stop the repeated issues occurrences a continuous improvement plan for the Latino Engineering is implemented in this report. Continuous improvement plan for Latino engineering Explanation of the ways through which the root causes of Latino Engineering Company can be identified: After analyzing the manufacture standard of a different manufacturing company it has been identified that, Latino Engineering is facing major level operational challenges. In order to combat these issues the company is required to identify the root cause of the issues (Goetsch and Davis 2014). With the identification f the root causes only the issues could be mitigated by the management authority of Latino Engineering. Root cause analysis is the tools that are mostly used to identify the operational issues of the manufacturing companies. Generally two different processes such as non-confirming product control and analysis of root cause through corrective actions are there through which the root causes could be analyzed. However for this particular company the root causes could be analyzed with the help of different corrective actions (Pyzdek and Keller 2014). All of these corrective actions are different from each other. With the help of this process the root cause will be identified easily rather just immediate after its occurrence. The products those are expected to have troubles are required to be contained and prevented from the subsequent manufacturing operation and consumers reach. Even the manufactured products those are already delivered to the consumers must get back for further research and additional treatment (Arumugam, Antony and Linderman 2014). The allotted investigation time is quite considerable for this particular root cause analysis. The classic root cause analysis approach for Latino Engineering can be determined with the help of development of questionnaires. The root causes identified for Latino Engineering are as follows: The used engineering equipments are faulty The follow up technique used for the clients are poorly designed and developed The turnover times needed for resolution of the issue are too much longer The consumer service forum is not responsive enough Wrong engineering equipments are packed and delivered to the consumers After analyzing the root cause, the corrective actions are required to be undertaken by the management authority of the business organization just to reach long lasting risk management components (Jacobs, Swink and Linderman 2015). Set of stock answers will be helpful to be undertaken to minimize the rate of different risks. The preceding risk causes could be identified with the help of corrective action. Before delivering or launching any products, those are required to be investigated by the manufacturing company. Even the interpersonal skills of the employees who have been working in the company are needed to be professional enough so that the chances of risk occurrences could get minimized easily (McAdam et al. 2014). Different ways are there those might be followed to meet the requirement of the consumers however, all the roots should be analyzed and the best and most suitable one should be selected by the management authority. The main issues those are needed to be minimized in clude insufficient training development programs, carelessness of the employees, insufficient time and manmade error. Proposal of an appropriate tool and technique for eliminating this issue: Different tools and technologies are there those should have been used by the manufacturing committee of Latino Engineering to minimize the production and service level issues. The tools those are effective for the company include Lean Six Sigma, Six Sigma, Total Quality Management (TQM), prince2 etc. However, after considering the manufacturing and delivery ability of the company, it has been found that, the most effective tolls for the company is Six Sigma (Choo and Goh 2015). With the help of Six Sigma tool the employees will be able to access every business necessity effectively. Moreover with the help of the Six Sigma, Latino Engineering can develop continuous business improvement plan. For this particular company the selected tool is Six Sigma. Without the integration of proper engineering design, material processing and control strategies as well over a virtual platform, it is quite impossible to achieve the continuous improvement principles (Svensson et al. 2015). In the future production process for achieving the higher level standard deviation Six Sigma approach is very much helpful. The unseen root causes for the potential problems could be minimizing with the help of Six Sigma tool. According to the nature of the Six Sigma tool, it is determined that, the defect alternatives can be eliminated completely. Even at the very early stage the organizational risks could be minimized completely with the application of proper Six Sigma tool (Ang 2015). It helps to indicate that whether the sigma level applications are too much low or challenging from the business aspects or not (Chang 2016). The Six Sigma levels can be achieved with the help of different cross functional groups and joint efforts of the employees who are workin g in Latino Engineering. It should be defined that after implementation of a system, if it needed to be changed then it becomes costlier than anything. According to the six sigma breakthrough model, the major level organizational objectives those might be achieved include higher commercial profit, increased value, reduction in variation etc (Panat et al. 2014). The components of Six Sigma concentrate on two different processes those are available for every sigma objectives. The characterization of the process includes three below parts such as: Diagnosis of project details and process management Evaluation of the existing capability study of the sigma Analysis of the process data There are certain other steps those are required to be followed for minimizing the rate of simulation include: Improvement and optimization of different processes Evaluation of new sigma Control and process maintenance Different tools uses for eliminating the issues of the business organization: Different types of business tools such as Total quality management, Prince2, Six Sigma, Lean Six sigma are there those are widely used for eliminating the organizational issues. Different unexpected benefits can be generated from these tools (Harmon 2015). Though the benefits differ from each other, but as Latino Engineering is a manufacturing company thus the design specification also varies. In order to meet the requirement of the consumers it is very much necessary to obtain proper business strategies. With the help of the new business strategies the company will be able to mitigate the sales and manufacturing oriented issues from the core business (Canato, Ravasi and Phillips 2013). The intra organizational conflicts rose because the top of the management failed to communicate properly with the fellow team members and also not focused to the view point of the employees who are working in the organizatio n. It means that the team management approach and decision making approach of the company is not appreciable. After considering the complaints or feedback given by the management team it is determined that with the help of Six Sigma these issues could be mitigated. Specified tool used in Latino Engineering: The Six Sigma management methodology allows the Latino Engineering to utilize all the information those are helpful for eliminating the defects associated to the process. The process those might achieve the six sigma will not have any such management issues (Alharthi, Sharaf and Aziz 2014). It provides huge amount of opportunities those are outside the specification of the consumers. Two subset methodologies such as DMAIC (Define, measurement, analysis, improvement and control) and DMADV (Define, measurement, analysis, design and verification) should be followed to work using the help of Six Sigma. The implementation of Six Sigma methodology provides different commercial profit as well. The specified benefits that Latino Engineering will gain after the utilization of the Six Sigma methodology are as follows: Customer loyalty improvement: The main aim of any business is to retain their consumers. In order to determine the success of the firm this is referred to as a significant factor (Conger 2015). However, consumers loyalty and the organizational retention could generate as a merged form if the consumers gain high level satisfaction from their service and product quality. Through the consumers survey it is found that most of the consumers are not coming back due to the dissatisfactory service. The dissatisfaction of the consumers will be minimized completely after the implementation of Six Sigma in Latino Engineering (Goetsch and Davis 2014). According to this approach proper training and development programs are needed to reduce the regular organizational problems. Not only this but also, professional Customer Service Center could be employed after the implementation of Six Sigma methodology. It will help Latino Engineering to understand about the perception of the consumer satisfaction and about the critical produ cts attributes as well. Time management: Besides the consumers satisfaction the other factor that could be gained from the six sigma methodology include proper time management, With the help of proper time management both the users and employees will be able to serve as per the requirement of the management authority (Pyzdek and Keller 2014). This will allow the consumers to reach the SMART goal of the business organization. Three different key areas such as learning, performance and fulfillment of the consumers requirement could be done with the help of the Six Sigma methodology (Ang 2015). In order to ensure the minimal disruption of the work processes, this Six Sigma methodology is referred to as one of the most effective tools. With the help of the action plans the users and the employees of the organization could develop an action plan by their own to avoid unwanted interruption. Reduced time cycle: Before the implementation of any new approach, it is very much necessary to allot proper time and estimate accurate budget. The project development team is always responsible to complete all the projects within the estimated time and budget only (Choo and Goh 2015). It will help Latino Engineering to motivate the employees with strategic planning and advanced supply chain management approaches. The rate of risks and defects will also be reduced after the implantation of Six Sigma methodology. Proposal of a plan that helps to eliminate the root causes considering the required resources: In order to eliminate and reduce the root cause of the considered resource, Six Sigma tools is found to be one of the mist helpful and effective tools. The rates of consumer satisfaction get increases with reduced cost, high product quality, process speed and appreciable invested capital (Sin et al. 2015). The business improvement and growth system leads Latino Engineering towards measurable success. This chronological data driven approach helps to analyze the root cause of manufacturing and this could improve the business issues in a dramatic way. Depending upon the knowledge and data the decision making approaches can be improved professionally. The performance paramount can also be driven towards financial resultant. This particular system is also applicable in every business (Panat et al. 2014). Among different set of problems the company might face different issues, in different domain however, the Six Sigma Tool focuses on that particular domain only where, the solution is required. Six Sigma model develops improvement technique and some common set of tools for improvement at the same time. In order to overcome the identified issues of Latino Engineering, green belt improvement model could be used. With the collaboration of operational risk management and Six Sigma an organization could achieve measureable success from the competitive market place (Harmon 2015). The existing development plan used by Latino Engineering is not that much appreciable thus, for gaining success from the competitive market it is very much necessary for Latino Engineering to apply proper tools and techniques. Development of continuous improvement plan to eliminate the identified root causes of the issues: The Sig Sigma is referred to as a process rater tool that ranges between the measurement of a mean process quality and the nearest list of specification. The quality management approach includes different components such as statistical control over the quality of the products manufactured by Latino Engineering, zero defect, total quality management etc. One of the most Quality Managing Initiative tool is Six Sigma. In order to gain substantial profit from the competitive market it is very much necessary to adopt the six sigma approach (Kumar et al. 2014). For evaluating the accuracy and advisability of any of the measuring system, Measuring System Tool is required to be utilized by the management authority of Latino Engineering. For improving the quality of the products manufactured by Latino Engineering, the basic tools might be used include input process output, Measurement system anal ysis, Cause effect diagram, histogram etc. Through the usage of phase of measurement the MSA goal can be estimated accurately. Even, certain statistical system analysis formulae are also there through which the resultant regarding the product quality can be measured. For analyzing the Cause and Consequences the different level problems can also be solved (Alharthi, Sharaf and Aziz 2014). Apart from pinpointing or counting the defects, Six Sigma focuses on improvement of the overall management approach of Latino Engineering. Conclusion From the overall discussion it can be concluded that in order to gain measureable business revenue and continuous improvement different tools and technologies are required to be adopted by the management authority. After analyzing the current situation of Latino Engineering it is found that due to lack of operational and functional excellence and also for the transfer of ownership the company is facing major business level challenges. Different root causes for the company are being identified and in order to mitigate these challenges, certain appropriate tools and technologies are applied for the company. After applying the tools in the operation of the company it is found that the operational issues can be completely mitigated. Again, in order to eliminate the root causes different tools are available in the business processes such as Total Quality Management (TQM), Six Sigma, and Lean Six Sigma (LSS) etc. Among these approaches application of the six sigma tool is much appreciable. With the help of this tool a continuous improvement plan for Latino Engineering is being developed by the newly hiredproject management consultant. The entire improvement plan is developed in this essay. References Alharthi, A.A., Sharaf, M.A. and Aziz, T., 2014. An integrated approach Lean Six Sigma and risk management in entertainment and media industry. InProceedings of the 2014 International Conference on Industrial Engineering and Operations Management(pp. 2917-2927). Ang, B.S., 2015.A Study Of Knowledge Creation In Six Sigma Dmaic Project Success And Its Impact On Organizational Performance(Doctoral dissertation, Universiti Sains Malaysia). Arumugam, V., Antony, J. and Linderman, K., 2014. A multilevel framework of six sigma: A systematic review of the literature, possible extensions, and future research.The Quality Management Journal,21(4), p.36. Canato, A., Ravasi, D. and Phillips, N., 2013. Coerced practice implementation in cases of low cultural fit: Cultural change and practice adaptation during the implementation of Six Sigma at 3M.Academy of Management Journal,56(6), pp.1724-1753. Chang, J.F., 2016.Business process management systems: strategy and implementation. CRC Press. Choo, B.S.Y. and Goh, J.C.L., 2015. Pragmatic adaptation of the ISO 31000: 2009 enterprise risk management framework in a high-tech organization using Six Sigma.International Journal of Accounting Information Management,23(4), pp.364-382. Conger, S., 2015. Six sigma and business process management. InHandbook on Business Process Management 1(pp. 127-146). Springer Berlin Heidelberg. Goetsch, D.L. and Davis, S.B., 2014.Quality management for organizational excellence. Upper Saddle River, NJ: pearson. Harmon, P., 2015. The scope and evolution of business process management. InHandbook on business process management 1(pp. 37-80). Springer Berlin Heidelberg. Jacobs, B.W., Swink, M. and Linderman, K., 2015. Performance effects of early and late Six Sigma adoptions.Journal of Operations Management,36, pp.244-257. Kumar, S., Luthra, S., Garg, D. and Haleem, A., 2014. Lean six sigma implementation: An analytic hierarchy process approach. InNITIE-POMS Conference(pp. 18-21). McAdam, R., Antony, J., Kumar, M. and Hazlett, S.A., 2014. Absorbing new knowledge in small and medium-sized enterprises: A multiple case analysis of Six Sigma.International Small Business Journal,32(1), pp.81-109. Panat, R., Dimitrova, V., Selvy Selvamuniandy, T., Ishiko, K. and Sun, D., 2014. The application of Lean Six Sigma to the configuration control in Intels manufacturing RD environment.International Journal of Lean Six Sigma,5(4), pp.444-459. Pyzdek, T. and Keller, P.A., 2014.The six sigma handbook(p. 25). New York: McGraw-Hill Education. Sin, A.B., Zailani, S., Iranmanesh, M. and Ramayah, T., 2015. Structural equation modelling on knowledge creation in Six Sigma DMAIC project and its impact on organizational performance.International Journal of Production Economics,168, pp.105-117. Svensson, C., Antony, J., Ba-Essa, M., Bakhsh, M. and Albliwi, S., 2015. A Lean Six Sigma program in higher education.International Journal of Quality Reliability Management,32(9), pp.951-969. van den Bos, A., Kemper, B. and de Waal, V., 2014. A study on how to improve the throughput time of Lean Six Sigma projects in a construction company.International journal of lean six sigma,5(2), pp.212-226.