Operations Management 3-6 Essay Example | Topics and Well Written Essays - 2750 words

Operations Management 3-6 - Essay Example Accessibility to customers is the key factor in improving gasoline sales. A tertiary hospital is also a preferred business for this location. The residential areas are near to it, there is no replacement market for this specialized service and healthcare services is a specific need of residents. The following factors of location B: close to major highways, on the major truck route of large transportation companies, not close to any residential neighborhoods and large open area where new development can occur is best suited for a garment processing company and a coffee processing plant. The location of the operations of a garment vital to the efficiency and profitability of company operations. Choice of location determines the productivity of capital investments. Manufacturing facilities have unique locations and there are transport costs to distribution and consumption, hence, production location affects the costs of distribution and consumption. Accessibility of manufacturing facilities of garment processing and coffee processing plant is important as transport costs represent a significant proportion of the costs of production and distribution. Without cost minimization, there will be no profit maximization. Location has a serious impact on a company’s revenues. 2. â€Å"Aggregate planning in manufacturing is easier to accomplish than aggregate planning in services.† For example, aggregate planning for a textile processing plant is easier to implement than for a business process outsourcing company. A textile company is basically a labor intensive business. This means that the company uses large amounts of labor per unit output, and that wages form the largest single cost (50-70 percent of total costs) faced by employers. The cost of labor is therefore the most important locational determinant in the textile industry. The textile industry has been

GENETICS Essay Example | Topics and Well Written Essays - 3000 words

GENETICS - Essay Example Almost all genetic engineering processes aim to make life easier, for those who suffer from genetic disorders. Some processes like genetic screening, even aim to recognize or diagnose disorders at an early stage, and even before the problems actually start showing their symptoms. Such early diagnoses would definitely help to prevent the disorder from reaching serious and debilitating conditions, thus saving lives. Gene therapy promises to replace the defective genes by normal and functional genes, thus bringing in a new hope for patients with no treatments available as such. However there is a dark side to all these bright envisions. Genes or chromosomes form the basic components of life, and scientists who work on genetic engineering are working with ‘life’ itself. Cloning which can create new organisms from a single DNA fragment makes a scientist equivalent to almost ‘God’, where the former is also creating new lives. It is here where one needs to have sup reme control and not cross certain limits, or else what we saw in the science thriller movie’ â€Å"Boys from Brazil’, where the Nazis procreate 94 clones of Hitler to bring back the ‘Third Reich’, would not remain a science fiction anymore, and may become a distinct reality, if we are not careful. The reproduction of humans and animals using artificial methods IVF, AI and embryo transplantation - Artificial insemination (AI), as defined by Nabor-Neri â€Å"artificial insemination is an impregnation not by means of natural intercourse, but by means of mechanical, artificial aids such as injecting the semen or sperm directly in to the female sex organ by the use of a tuberculin syringe† (Nabor-Nery, 81). This process is used as assisted reproductive techniques to impregnate the female partner where there is a case of fertility problems of the male partner, and also in

A Science Column Essay Example | Topics and Well Written Essays - 1000 words

A Science Column - Essay Example A physical quantity is defined by the sequence of operations used to determine its value (Wiliamson). The grouping of several physical quantities to find out the values of each in relation to each other is what constitutes a physical law which is defined as. The laws of thermodynamics relate the heat with temperature changes in materials of different kinds. To be clearer on this, let us begin by defining the various laws of thermodynamics. To begin with the first laws which states that Heat is a form of energy, and energy is conserved (Wiliamson). Here the first law confirms that heat is a form of energy and that it can be conserved. This is seen when we use electricity in our homes, the electrical energy is usually stored in the form of water which is then used to drive turbines hence generating electricity which we often use in our homes. This can always be conserved to minimize wastages by either conserving the water stored in a dam or switching off the electricity when not in use . The second law of thermodynamics can be stated in three different ways as defined by three different scholars. For our study we are going to use the definition of Kelvin which states that No cyclic process exists which produces no other effect than the extraction of heat from a body and its conversion into an equivalent amount of work (Wiliamson). The second law of thermodynamics here brings out the reversibility of thermodynamic processes, that is heat is never lost to the surrounding environments given that all factors such as heat loss to the surroundings through evaporation and other heat transfer processes are under control. This is always carried out in the laboratory by using a calorimeter, a laboratory instrument which is used to measure the amount of heat generated through chemical reactions and other physical changes. The calorimeter is designed for this purpose as it is made in such a way that it can minimize heat loss to the surrounding environment as well as heat gain from the same thus ensuring that heat contained in the materials is the same that is used in the entire experiment. It was upon the realization of the limiting factors in the definition of the term temperature by the two thermodynamic laws that the Zeroth law was devised the help in bridging the gap that was omitted. The zeroth law suggests that If two systems are in thermal equilibrium with a third system, then they are in equilibrium with each other (Wiliamson). This law enables one to order systems according to the direction of heat flow when these two systems are put into contact with each other. For this reason, a system is said to be hotter if heat flows from it into the other system which in this case is considered a colder one than the other when these two systems are put into contact with each other. The reverse is however true in the other direction. The third law of thermodynamics on the other and explains that the entropy of a system approaches a constant value as the t emperature approaches absolute zero (Wiliamson). This law suggests that all motions in a material tend to come a standstill, cease within that particular material as the temperature of that material reduces to absolute zero. All materials however must reach a state whereby the temperatures reduce to absolute zero hence no thermodynamic motions occurring within them. The three laws of

Payment Document Managment Comparison Essay Example | Topics and Well Written Essays - 1750 words

Payment Document Managment Comparison - Essay Example Users enjoy access to work and collaborate on corporate, personal and business content. Utilizing SAP mobile platform to deploy and build mobile application that help to keep individuals connected. SAP program is a mobile application platform that solves mobility challenges as well as supporting mobile application that fit the business to consumer or business to enterprise use case and helps balance device the requirement of the user with enterprise requirement (Klamm, Bonnie and Joann, 21). The paper will discuss payment document management through utilization of SAP ECC 6.0 and Microsoft Dynamics GP10. Payment document utilizes the information present in the receivable management and payment management modules and updates the bank reconciliation and general ledger module by utilizing SAP program and Microsoft dynamic GP 10. In the past years, the increase in complexity of the products has resulted to the creation of development tools that are increasing complex, such as more advanced production processes and computer aided design such as computer aided manufacturing systems. Computer aided design system and computer aided manufacturing system tools have been utilized to optimize production quality and times. As the process become more complex, the systems utilized for the management of technical document entails the need for it to more sophisticate. The many procedures describing products such as texts and design drawing means that there is huge increase in the data that has been stored digitally. The availability and quality of documentations is becoming increasingly significant. The management of the various documents under the SAP system present various advantages that includes linking document management to production systems and computerized development with the aim of avoiding data redundancy, minimizing the work load involved as well as maintaining consistency of data in

WorkBrain Corp- A case in exit stratgy Research Paper

WorkBrain Corp- A case in exit stratgy - Research Paper Example The company is doing fairly well being a private entity. The company has cash in abundance, over $10 million and can easily operate within its realm. Moreover the current investors of the company are happy with the position of the firm in the market and are willing to even invest more if need arises. No investor of the company has expressed any desire to withdraw its investment. These are positive signs for the company and if it wishes to expand then the best alternate is to use cash from current investors who trusted in the vision of the company before it came into existence. Going public may mean new investors with a different vision that might not be in compliance with the current investors. Saying all this now is the perfect time to go public. Going public would mean more customers for the company. At the moment WorkBrain has to convince its clients that it is financially solvent and in a good position to provide services to them. As the customers cannot see the financial positio n of a private company they hesitate to get the work done from them. If WorkBrain goes public then all the financial details will be present for the customers to see and approach the company for their services. The company will benefit tremendously as it would be able to make clients and customers in much larger numbers. Keeping in mind how solvent the company is, it is the best time for WorkBrain to go public and make more customers (Bilimoria, 2007). The best option for the company would be to go with TSX listing. The reason for this is that TSX in future would be more viable. Compared to NASDAQ, TSX has a small-cap market with more some to medium term service providers and financial institutions. WorkBrain perfectly fits in their category. NASDAQ is more prestigious and has a larger clientele in terms of revenues. It would be fair to say that if WorkBrain needs to go with NASDAQ it would have to come up with a revenue margin of around $75 million. The reason for the company to go public is that it makes it financial statement visible in the market so that potential customers would know how solvent the company is. Going public gives them a chance to come out in the open and make more customers. Acquisition is a completely different proposition. It deals with selling a part of the company or rather a share of profit with someone who is ready in buying a part of business. Normally the rate at which an acquirer buys part of the business is a much bigger rate because of the goodwill attached with the firm. As WorkBrain has done tremendously well showing consistent profit since it emergence, the takeover would have to pay a lot of money for the acquisition. But there is no need of selling part or whole of the business when the firm is making sufficient profits and it is predicted that the company will only look to grow more in the coming years (Arnold, 2008). There might be other alternates that the company might look at. Bank loan is one of them but it comes wit h a cost. A high interest rate has to be paid whenever a company takes a loan from the bank. The biggest advantage of a loan is that the current owners will get to keep the possession of the firm without selling any part of the business to an investor or by going public in the stock exchange. The current owners will get to make the decisions just the way they now do as they will have the control of the firm. Lack of ability to pay in time may get the business into trouble and if

Choo Bee Metal Industries Coursework Example | Topics and Well Written Essays - 500 words

Choo Bee Metal Industries - Coursework Example The company registered a marginally lower profit before tax of RM5 million in 2010 compared to the figure of RM18 million in 2009. This decrease is attributed to the fall in steel prices and dampened business activities. Because of the slumping price situation, the Group also adjusted their inventory net realizable value by taking on a write down of RM10.2 million. The company earned revenues of RM221 million in 2010, which was 13% more than the prior year's results (RM196 million in 2009). The net income fell at from RM14 million in 2009 to RM5 million in 2010. The dividends per share (Sen) remained fixed at 4.50 while the earnings per share (Sen) decreased from 18.49 (2009) to 14.80 (2010). Since most companies in the supplies and fixtures areas of construction do not pay a dividend, the positive trend Choo Bee Metal Industries has shown in dividend payments, deserves a special mention.

Unmanned Aerial Vehicles Essay Example for Free

Unmanned Aerial Vehicles Essay Border security continues to become a core policy development priority for the United States because this cuts across various issues faced by the country including illegal immigration, drug trafficking, human trafficking, smuggling, and terrorism. Congressional debates center on two issues, the focus of border security efforts in relation to budget allocation and means of improving border security (Sullivan, 2009) as a preventive measure instead of a reactive process as in the aftermath of September 11, 2001. Border security involves the patrol of the 6,000 miles of land border with Mexico and Canada and 2,000 miles of coastal waters of Florida and Puerto Rico. The task of border patrol is to identify and assess potential threats and respond effectively. However, even with a large workforce of 30,000, border security has jurisdiction over a large and widespread area encompassing land, sea and air space. (Customs Border Protection, 2009) Patrolling a large area and simultaneously handling the issues of illegal immigration, drug trafficking, smuggling, and terrorist threats makes border security a daunting task because of the limitations in the vantage point of land and sea mobile personnel. This led to efforts to adopt unmanned aerial vehicles (UAVs) as an integral technology for border patrol. Unmanned aerial vehicles refer to aircrafts without a pilot on board and controlled from the ground. These are fitted with sensors that transmit data to orbiting satellites that in turn bounce data to receivers on the ground. The transmission of data takes seconds to happen so that the receipt of data is almost instantaneous. UAVs can fly long distances at high altitudes or short distances at lower altitudes depending on the purpose of use. High altitude flights can provide information on large targets such as trucks while low altitude flights provide better information on smaller targets such as humans. (Valavanis, 2007, p. 533) As a border patrol technology, UAVs fill the limitations of the land and sea vantage points. History and Uses of Unmanned Aerial Vehicles Unmanned aerial vehicles have existed for more than a century and continued to evolve with the development of technologies to improve flight control and dynamics as well as imaging and data acquisition and transmission. UAVs developed as a military initiative and it was only in the past few decades that UAV found non-military or civil use. With its roots in the military, the Department of National Defense defined UAVs as â€Å"a powered aerial vehicle that does not carry a human operator, uses aerodynamic forces to provide vehicle lift, can fly autonomously or be piloted remotely, can be expendable or recoverable, and can carry a lethal or non-lethal payload† (Valavanis, 2007, p. 533). The definition clarifies the capabilities of UAVs, its possible purposes, and the innovative developments that accumulated over the decades. The idea of unmanned aerial vehicles existed as early as the First World War. The idea targeted improvements in the discharge or delivery of guided missiles. However, existing technology was unable to facilitate the development of the flight control system needed to have a functioning unmanned aircraft delivering missiles to the enemy’s territory. The gyroscopic devices developed by Elmer Sperry in 1909 became the predecessor of inertia navigation system applied in modern UAVs. At the same time, the Western Electric Company also developed radio control technology for the remote piloting of aircraft. Radio control together with inertia navigation system paved the way for the development of UAVs. These technologies were adopted by the military in developing a cruising missile but efforts met problems. UAVs were used instead as target drones for anti-aircraft practice and actual warfare countermeasures. This was the first use of UAVs. However, the navy continued research into flight control and navigation initiatives that included the fitting of RCA cameras and radar guidance system to improve control and make drones capable of delivering missiles. Developments led to the use of UAVs as target drones in World War II. (Zaloga Palmer, 2008, pp. 4-9) After the Second World War, the UAVs further evolved into tools in espionage during the Cold War. While control and guidance of the drones continued as an area of innovation, greater focus was given to the image capture capability of UAVs for surveillance. During the 1950s, surveillance UAVs were fitted with daylight and infrared cameras, rocket-assisted takeoff, radar tracking, and radio control. The shooting down of a manned aircraft resulting to the capture of pilots renewed development efforts in the 1970s. Drones became decoys until the Russian radar technology developed to make decoys ineffective. Efforts focused on developing drones with reduced radar signature, increased range, and improved flight control. The new drones were christened as lighting bugs and used in the Vietnam War. (Zaloga Palmer, 2008, pp. 10-12) After the Cold War, technology innovation on UAVs continued in support for combat operations. The 1980s witnessed key developments including improved satellite communications, compact or miniature technology, and state of the art sensors. Improved data and imagery and better navigation control led to the use of UAVs for â€Å"intelligence, surveillance and reconnaissance (ISR) and for time critical targeting† (p. 1). The development in UAVs split into technology for small and large UAVs. The size was a consideration because of differences in navigation control and capabilities. In large UAVs, the flight and retrieval control is separable from its data and imaging functions so that it can transmit information via satellite links while on flight while in small UAVs retrieval of the aircraft is necessary before obtaining information. (Drew et al. , 2005, p. 1) Now, the uses of UAVs are increasing. Traffic control is one use of UAVs because its aerial view provides accurate information on traffic conditions over a particular area. Search and rescue operations also benefit from UAVs providing an initial view of the situation in conditions unsafe for manned aircraft. (Borchardt, 2004, p. 28) Recently, small UAVs were used to gather data and assess the damage caused by Hurricane Wilma in areas inaccessible due to flooding and blocked roads (Murphy et al. , 2008, p. 164). NASA also developed sensor technology for the monitoring of pollution and measurement of ozone levels using UAVs. The Massachusetts Institute of Technology integrated global positioning technology and video camera control in UAVs for sensing toxic substances and contaminated areas. The Department of Energy also announced the development of radiation sensor for UAVs for use in detecting nuclear accidents. (Bolkcom Nunez-Neto, 2008, p. 2) Different data processing, imaging and other features evolve depending on the purpose intended for UAVs.