COURSE [email protected] SIHLANGU C 217080401 [email protected] MOKOENA

COURSE : MANAGEMENT SERVICES INSTITUTION : UNIVERSITY OF JOHANNESBURG LECTURER’S NAME : MR M MOLEFE ASSIGNMENT TITLE : DUE DATE : 01 OCTOBER 2018GROUP MEMBERSSURNAMES INITIALS STUDENT NUMBERS EMAILSTEFFO MJ 216054374 [email protected]

ac.zaRASHAGA AN 216076757 [email protected]

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zaKHUPISO Z 217080317 [email protected]

zaMSIZA LP 216012387 [email protected] C 217080401 [email protected] K 217077784 [email protected]

uj.ac.zaRAVELE F 217029905 [email protected] THOROUGHLY UNDERSTAND HOW FIRM THE UNIVERSITY POLICY IS WITH REGARD TO PLAGIARISM.

PLEASE TAKE NOTE THAT THE WORK PROVIDED IN THIS DOCUMENT IS OF OUR OWN. ANY WORK THAT IS TAKEN FROM VARIOUS SOURCES HAVE BEEN REFERENCED ACCORDINGLY TO ACKNOWLEDGE THOWNER. THANK YOUTable of Content TOC o “1-3” h z u 1.Introduction and Background PAGEREF _Toc526138501 h 12.Literature review PAGEREF _Toc526138502 h 22.1.Provisional Solutions PAGEREF _Toc526138503 h 23.SIX SIGMA AND PROCESS IMPROVEMENT PAGEREF _Toc526138504 h 33.

1.EQUIPMENT AND TOOLS OF SIX SIGMA PAGEREF _Toc526138505 h 43.1.1.

Project Charter PAGEREF _Toc526138506 h 43.1.2.Process Map PAGEREF _Toc526138507 h 43.1.

3.Pareto Charts PAGEREF _Toc526138508 h 43.1.4.Failure Mode and Effects Analysis PAGEREF _Toc526138509 h 43.

1.5.Design of Experiments PAGEREF _Toc526138510 h 43.1.6.

Control Charts PAGEREF _Toc526138511 h 43.2.PROCEDURL STEPS PAGEREF _Toc526138512 h 53.3.Method of data analysis PAGEREF _Toc526138513 h 53.

4.Arrangement for conducting the research PAGEREF _Toc526138514 h 64.Discussion of results PAGEREF _Toc526138515 h 65.Conclusions/or Recommendation PAGEREF _Toc526138516 h 76.

REFERENCES PAGEREF _Toc526138517 h 8AbstractCity Power is the company that supplies electricity, specifically at Johannesburg. The company has faced some challenges on an ongoing basis. Most of the equipment and infrastructure is old and to replace them or even finding spares is a time-consuming task CITATION Bai03 l 7177 (Bai ; Lee, 2003).

Theft and vandalism still poses some major problems. The above problems are experienced within the company, yet the purpose of this report is based on the theft and vandalism that are to be further outlined. The aim of this research was to explore the underlying causes on low process improvement and variation. The study analyzed the system of assessing methods of working so as to achieve the maximum output and efficiency, this was done by observing the type of equipment they are using, as well as the time they take to replace old infrastructure and the equipment vandalized CITATION Sch99 l 7177 (Schneiderman, 1999).The method that was used to do the research was observation and questionnaire. These observation and questionnaire was conducted to assess which factors contributed in the low process improvement and variation at City power.

The findings show that City power has been experiencing the challenge of theft and vandalism of equipment. A provisional response to the problem at hand was touched within the content of this report. Stages of Six sigma strategy forms a huge significant part on solving the problems that the City power is facing. It is result based on factual initiative that follow a systematic order within the process framework. Six sigma is rendered as a powerful instrument that can lead any company to an improved and strong performance.

We have included that City power has to take measures to protect their equipment by building protective buildings, employ security guards that will look at identified hotspots, replace copper wires with aluminum ones and by exploration of crime intelligence strategies to protect network infrastructure against theft and vandalism. The City Power board is at last responsible to guarantee that administration has planned an actualized viable arrangements of big business hazards administration and that dangers are overseen inside, the endorsed chance hunger and resilience level. The general administration danger of the City power is to distinguish and anticipate potential and rising danger before happen or appear and executed hazard administration framework and system that is relevant to all City Power tasks CITATION Ten01 l 7177 (Geoff, 2001). Introduction and BackgroundCity power was started in 2001 as an independent municipal entity. it is owned by city of Johannesburg.

Their vision is to be a world class energy utility. City power is in the business of providing energy. their mission is to meet the customers and shareholders’ demands. City power is inspired by being resilient, reliable and respectful to its customers and stakeholders. CITATION htt l 7177 (Anon.

, n.d.) City power owns and works a broad transmission and circulation arrange and additionally open lighting framework. The engineering group is entrusted with undertaking arranged and spontaneous support with the plan to accomplish greatest congruity of supply. It however, mandated that the operation and maintaining of the product line throughout is done in a safe manner. In order to maintain the smooth maximum operation henceforth, reliability and cost-effectiveness are major concept to be cognizant of CITATION Cit18 l 1033 (City Power, 2017 – 2018). Vital challengesMost equipment and infrastructure is old and to replace them or even finding spares is a time consuming task. This results in maintenance problems.

theft and vandalizing still poses some major problems.The above problems are experienced within the company, yet for the purpose of this paper only the theft and vandalism are to be further outlined. A provisional response to the problem at hand will be touched on also within the content of this paper. theft and vandalizing of infrastructures and assets takes place at various sites. Some of those are mentioned below : SubstationsUnderground copper cablesMini-substations.The main objective is to provide assistance through addressing some of the main problems city power is facing. This is achieved through allowing customers to get quality and reliable product/services at lower rates.

The association will likewise require to guarantee the manageability of the business through accomplishment of certain consented to budgetary, social and ecological objectives CITATION Cit18 l 1033 (City Power, 2017 – 2018). Literature reviewEscalation of theft and vandalism incidents occurs at the substation, underground copper cable circuits, overheads bare copper lines and supply points to the streetlights. Vandalism leads to plant out of service which refers to the equipment that has been isolated to be out of service. The equipment requires repairs, refurbishment or complete replacement in order to restore back to service. This is mostly equipment that is obsolete and no longer supported by OEMs. The business has to launch capital projects or consciously decide to overspend on the repairs and maintenance budget in order to ensure reliable supply. The infrastructure target by the vandals includes substations, supply points for streetlights, mini-substations and underground copper cables (city power, 2017-2018)Provisional SolutionsThe company, city power has to come up with a way of reducing the theft and vandalism of their properties by building protective structure such as long walls, electric fences and also by employing security guards that will look at the identified hot spots, and they decided to replace copper wires with aluminum wires. They installed alarms at the substations and asked the community to work with them to catch all the people who stealing the cables.

Through the implementation of the above mentioned provisional solutions reduction in the current challenges is imminent CITATION Cit18 l 1033 (City Power, 2017 – 2018)SIX SIGMA AND PROCESS IMPROVEMENTSix sigma is a set of techniques and tools for process improvement. It was first invented by engineers Bill Smith and Bob Galvin when they were still working at Motorola in 1986.Then jack welch made it the focal area to his business strategy at general electric in 1995. Six sigma strategies can be used to improve the quality of the output of a process by identifying and removing the causes of faults and minimizing variability in manufacturing and organization’s processes.

It uses quality management methods like empirical, statistical methods, and creates people within the organization who are experts in these methods.The maturing and the continuous process improvement in the manufacturing sector has led to the innate of Six Sigma. The Six Sigma depicts the ratio of produced deliverables (products) through various forms of rating. It is based on the definition, measurement, analysis, improvement and controlling (DMAIC) of how organizations are doing CITATION MSo10 l 1033 (M. Sokovic, 2010). One must be aware that the stages are linked to each other.

DMAIC forms a huge significant part of the Six Sigma strategy. It is a result based and factual initiative that follow a systematic order within the process framework CITATION Placeholder1 l 7177 (Tennant, (2001))Define – distinguishing, organizing and choosing the privilege venture.Measurement – vital points of the process (characteristics), the extent to which the process drags to and the performances thereof.Analyze – the important key area through depiction of major causes.Improve – altering the process whilst maximizing the performance.Control – sustain the attained. Various industries particularly manufacturing industry make use of Six Sigma to trace the efficiencies and effectiveness of the organizations (M. Sokovic, 2010).

Through utilization of Six Sigma the organization has seen their objectives of buying and selling electricity to the citizens of Johannesburg. It is rendered a powerful instrument that can lead a company to an improved strong performance. It tends to be utilized skillfully to streamline the assets and illuminate business objectives. Companies make use of the strategy of Six Sigma to effectively reduce unnecessary costs.

Thus, concurrently improving on quality whilst staying competitive in the market.EQUIPMENT AND TOOLS OF SIX SIGMAProject CharterThe first step of the first stage of DMAIC cycle is the creation of project charter. The charter will thoroughly define the roles of everyone involved and tasks for each member of the team.

All the financial implications and the valid cases of the business are contained within the charter. Process MapProcess map entails utilization of flow chart to indicate with varying color codes the current processes of production. Thus, ascertaining that each individual within the team thoroughly comprehend how the process goes about CITATION For94 l 1033 (Fortenot, et al., 1994).Pareto ChartsThis tool enables team members to easily depict areas where improvement is needed. Through employment of 80/20 rule, major impact areas could be taken cognizant of, hence, paying more attention to them CITATION Get03 l 1033 (Getty ; Prybutok, 2003).

The significant few against the trivial many. So the more attention will be paid to the significant few so as to reduce major losses and impacts within the organization.Failure Mode and Effects AnalysisIn every process failure is imminent, therefore, calling for calculated precautionary measures. When the failure arises, one has to be able to identify where it comes from and how to mitigate the impact or entirely eliminate it CITATION Get03 l 1033 (Getty ; Prybutok, 2003). This applies further to relatively predicting the impacts of various modes of failures prior their occurrence.

Design of ExperimentsThis instrument is utilized in order to profoundly identify the real cause of defective products. The influencing aspects and factors within the production process analyze and measure the impacts on the desired outcomes CITATION Bai03 l 1033 (Bai ; Lee, 2003).Control ChartsControl chart aid individuals to modify the process and it further allows them to not make any changes if requiredCITATION Mer18 l 1033 (Keen, 2002).Step 4: Prioritize ActivitiesListening to the customers is one of the priorities of each company, even City Power can use that strategy to get close to their customers and Identifying quality criteria. Making sure that there’s a relationship between the efforts of City Power and their objectives which is to be the best in South Africa.

Step 5: Establish OwnershipAssign an individual to lead and be accountable for the whole team.Step 6: Take the correct measurementCompanies must figure out how to measure process execution to guarantee that the information is received.Step 7: Govern the ProgramAn appropriate governance enables professionals to render their best ability during work on sharing discussions based on each task at hand. This allows them to consistently maintain their momentum CITATION Sch99 l 1033 (Schneiderman, 1999).Step 8: Recognize ContributionRewarding and recognizing the employees assume a significant job in ensuring colleagues stay fulfilled and propelled in their jobs.METHODOLOGY OF SIX SIGMAThe use of six sigma strategy can be useful since the company is facing a problem of stealing and vandalizing of infrastructure and assets. The six sigma strategy has five steps which the company can use to solve this problem which are Define, Measurement, Analyze, Improve and Control.DEFINEThe company needs to know, what’s the main cause of this? and find out if the employees are happy in the work place.

Reasons may be, the employees are not satisfied with the payments or the company is not responding to their needs.MEASUREMENTThe company should check more details on, who is responsible for this? Because it could be employees or even the community. The community can steal assets because they believe that selling the cables can make them rich, whereas employees can do that to make extra cash.ANALYZELooking at the key important points can be for effective for the company to see where they can fix this issue. Doing research on what the company can start to fix the issue would be productive and make sure that they use their resources efficiently.IMPROVEThe management can start by calling all the works and have the meeting with them. Promising rewards about good work for motivation can be helpful and also promise promotions for securities can make them focus on their job.

CONTROLMonitoring is one of the best technique of maintaining good work and determination, if the management can keep their promises of rewards and promotion the company will never have the same problem again. Arrangement for conducting the researchWe selected the area of work to be studied and we decided to choose City Power which is not manufacturing company but service company. It provides electricity specifically in Johannesburg, after having clarity on our investigation, we broke down the work into smaller components.The team comprised of the total scope of work to be carried out and to accomplish the projects objectives which are : To meet the expectations of the customers and stakeholders, provide a sustainable, affordable, safe and reliable energy and supply. Providing efficient and effectives customer services.

Being preferred equal opportunity employer and undertaking city power in an environmentally acceptable manner We started studying the facts or information that we got at City Power and analyzed all the resources and how they do their work on daily basis, we recorded time when they were fixing cables so that we can measure their work. Discussion of resultsWe have grasped several things in the section of literature review and through some analysis made. Ignorance and negligence are two varying aspects which if not thoroughly looked into could cause a major problem for any organization. Ignorance in a sense that lagging behind technologically give rise to problems that could be prevented. Such is depicted through deterioration of infrastructure due to it being old. The modern technology caters for automated alarm system in case of any anomaly within every process. Lack of proper security at the identified hotspots depicts less strong management and leadership within an organization.Negligence in a sense that inaction of responsible personnel creates problems.

This concept can be entangled to some extent with accountability and responsibility. Any deviation of this concepts (a person responsible not being able to take accountability) major problems occurs. Nonetheless, the provisional solutions provided if followed plenty of the current challenges faced by the company could be shirked if not reduced drastically. Of course the community and the society in general should play a part if this is to be fought against successfully.Conclusions/or RecommendationThis report outlined some of the problems which many if not all the companies either in manufacturing or service industry incur. It has been clearly made in the content of this research report that lack of responsibility and accountability within an organization will lead to major impacts. The impacts could be either financial or assets vandalism and theft.

Organized crime is still persistent as the perplexing unit for companies. However, most the modern problems could be dealt with easily through being in line with technology and thoroughly training of employees. Employee recognition and rewarding them through incentives could be part of the recommended solution to lower down risks.

Quality improvement tools have proved to be effective if utilized efficiently to identify and eliminate defective products and or service. Tools such as DMAIC used concurrently with Six Sigma have proved to me more helpful.REFERENCES BIBLIOGRAPHY Bai, R. J. ; Lee, G. G.

, 2003. “Organizational factors influencing the quality of the IS/IT. Industrial Management & Data Systems, 103(8/9), p.

622.City Power, 2017 – 2018. City Power Johannesburg Business Plan, Johannesburg: s.n.Fortenot, G., Behara , R. & Gresham, A., 1994.

Six Sigma Concept and Tools. Six Sigma concept, tool and application, 27(12), p. 15.Getty, R. I.

& Prybutok, V. R., 2003. Quality Management in small manufacturing companies. Quality Management in small manufacturing companies, 106(1/2).Keen, P.

G. W., 2002. The Process Edge: Creating Value Where it counts. Boston: Harvard Business School Press.LeanSixSigma, 2012. www.

GoLeanSixSigma.com. Online Available at: http://www.goleansixsigma.comAccessed 27 September 2018.M. Sokovic, D. P.

K. K. P., 2010. Quality Improvement Methodologies. Jamme, 43(1), p. 8.Matlakala, M.

D., 2017. Six Sigma. In: Johannesburg: JC Holdings.

Schneiderman, A. W., 1999. Online Available at: http://www.schneiderman.comAccessed 28 September 2018.

Course: minutes, for the crystals to form while

Course: Organic Chemistry 1Section: 2423 SP1Term: Fall 2018Instructor: Dr. Ludivina AvilaBy: Idalia Meza Experiment 2: Recrystallizing Impure Benzoic AcidAbstract: The purpose of the lab is to recrystallize impure benzoic acid, as well as also obtaining the infrared spectroscopy, melting point, and calculate the percent recovery.

First, students must have all materials needed. Then, set up an apparatus needed for the infrared spectroscopy and the determination of the melting point. The results of the recrystallization should be for crystals to reform in a pure colorless state. In this project, students learned how to recrystallize a sample of impure benzoic acid. Objectives: In this experiment students will learn to recrystallize a sample of impure benzoic acid and determine the percent recovery of the sample, analyze the purity using melting point, and infrared spectroscopy. Introduction:This experiment will require an extra amount of time, approximately 10-15 minutes, for the crystals to form while they are being dried by the vacuum.

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Materials/Methods:For this lab some materials include contaminated benzoic acid (about 2.0g), two 100 mL beakers, two 250 mL beakers, a 125 mL Erlenmeyer flask, a hot plate which will be used to heat the solution in. Disposable pipets, glass stirring rods, set up a vacuum filtration apparatus to dry the pure Benzoic Acid into crystals, coffee filters to filter the hot solution, distilled water (100 mL) for rinsing of the Benzoic Acid. Ice, a watch glass, powder funnel, mortar and pestle to grind the newly formed crystals, melting point capillaries to determine the melting point of Benzoic Acid, a melting point apparatus, and an infrared spectrophotometer to determine how much of the impure benzoic acid was recovered. Begin this lab by wearing safety attire. Obtain 2.0g of the impure benzoic acid.

Transfer the amount into a 125mL Erlenmeyer flask, and add 45mL of distilled water, and boil. If the impure benzoic acid has a color, add active carbon to help the benzoic acid go to a clear color. While the solid dissolves set up a vacuum filtration. Once benzoic acid is dissolved, transfer it to the vacuum apparatus and dry the solution into crystals. Then crush the crystals into a fine powder, and place a very small amount inside a capillary tube and get the melting point of it, do this twice.

Finally get an infrared spectrum reading to determine how much pure benzoic acid was recovered. If it ranges from 900-1,000, then a good amount of benzoic acid was recovered. Discussion:Some observations that were made when recrystallizing the benzoic acid were that benzoic acid as an impure weighed more (2.007g) than the recrystallized pure benzoic acid (0.986g). As this observation was made, it could be considered that the impurities in benzoic acid cause it to weigh more, than the pure form of it.

Data collectedMass of impure Benzoic Acid……………..2.007gMass of filter paper…………….

….

……..

….

..0.2161gTotal mass of filter paper/Benzoic Acid……1.

202gMass of recrystallized Benzoic Acid………

.0.986g% Recovery……………………………….

.49%Melting pointTrial 1……………………………..122CTrial 2…………………………….

.123CAverage…………………………..

..122.5CLiterature melting point……………………122CReference for literature melting point: https://www.

chemspider.com % Error (melting point)…

…..

……

……

…….

..0%Results:% Recovery% Recovery = (mass of pure substance (g)/mass of impure substance (g))x100%% recovery = (0.986g/2.007g)x100% = 49.13 = 49%% Error% error = {theoretical value-observed value/theoretical value}x100%% error = {122C-122C/122C}x100% = 0%Conclusion: The objective of this experiment was to recrystallize impure Benzoic Acid, obtain the percent recovery of the pure Benzoic Acid along with its melting point, and infrared spectroscopy. After placing a sample of the already pure Benzoic Acid in the spectrophotometer, the machine read a value of 968 out of 1,000 and confirmed it as Benzoic Acid.

Also the literature value of the melting point of Benzoic Acid is 122C and in the experiment (on both trials for the melting point) the temperature for melting obtained was 122C for trial one and 123C for trial two. Which means that melting point when compared to the literature melting point was correct.References:CHEM 2423 Laboratory Manual, STC Chemistry Department, 2018Pre- Lab Questions:Crystallization forms crystals; solids whereas precipitation forms liquid; drops.Increasing temperature. – dissolve the solute in solvent – perform a filtration – obtain crystals of solute – collect crystals by vacuum filtration – dry resulting crystals If your impure Benzoic Acid has a color carbon will be used to remove colored impurities. The purpose of measuring the melting point and recording an infrared spectrum of the sample is to determine the melting point (temperature) of sample and to see how pure it is after recrystallization. It is important to use ice cold water to rinse off purified crystals because impurities might be trapped, and therefore ice cold water is used to wash the Benzoic Acid crystals in order to dissolve them and their impurities.

0.02g per 100 mL of water. Percent recovery is the amount of pure compound with respect to impure compound obtained from chemical synthesis and percent yield is the amount of a compound obtained from a chemical synthesis reaction with respect to the theoretically expected amount.

Post- Lab Questions: 1. The student should obtained “active carbon” which will help the impure sample go from a greyish color to clear. 2. The same amount of Benzoic Acid would be left. 3.

Instead of starting off the experiment with boiling the benzoic acid in water at a hot temperature, it can be dissolved in methanol at a hot temperature, and when crystals must be formed use water.

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