Simulation of Production Assignment Sample

Simulation of Production Assignment Sample

1.0 Introduction

In modern technology, advanced production of engineering is based on various types of implementations, development, and optimization. This process can enhance the efficiency of manufacturing mechanical engineering. Modern production for industry and manufacturing processes are going through far-reaching variations associated with various types of rapid development. In the case of environmental protection as well as sustainability, different types of automation, microtechnology, synthesis technology is most essential. There are different types of activities are involved in the advanced production of engineerings like micro-fabrication, PVD process, surface engineering, and microscopy characterization. In this research, the advanced production of mobiles phones will discuss. The mobile phone is the most essential gadget nowadays, so various types of advanced engineering are mostly needed. There are various types of functions are involved in mobile phones, and different types of parts take place in them. On daily basis, technology is growing up and requirement is also increasing so advanced technology is also required. There are different types of automation that also takes place in mobile phone. Security functions are also very much essential in mobile phones because users assess various types of personal pieces of information by mobile phone.

2.0 Background of the product and company

In mobile phones, various types of parts are used as sensors, processors, cameras, microphones, speakers, batteries, etc. Mobile phone is conjugate gadgets of all the parts. Automation and advanced technologies are most essential of all the internal parts of a mobile phone. There are various types of advanced productions that are mostly needed for this product. The cost of a mobile phone is also an important factor for the production purpose. Advanced technology with low cost is highly demanded. In the competitive world, high-efficiency mobile phone with a low amount of cost is highly demanded (Alcantara, et al 2020). The advanced production of engineering is most essential for the new materials. There are different types of functions and features are involved in the cell phone. The health factor of the human body is also very much essential for the use of mobile phones. Radiofrequency of the mobile phones can connect the users of cell phones with the telephone network. The wireless communication system has different types of functions like Bluetooth, email, internet access, text messaging, etc. The processes have to be genuine to run all the functions smoothly. Advanced technology is most essential for all the executing functions of cell phones or mobile phones.

In mobile manufacturing using advanced engineering, various types of functions are takes place (Shawai, and Almaiah, 2018). Different types of components are used in the handset, like GPS, Sensors, Cameras, processors, display glass, etc. In this project, all the advanced materials are used to make the device much more efficient. The metal body of the handset is replaced with plastic in this model. The designs of the model have to be much more attractive so that customers are very attracted by the design.

3.0 Discussion and analysis

3.1 Scalability of the production

There are different types of software and the hardware portions are involved in the manufacturing of mobile phones. The materials of mobile phones are proposed very much advanced in this research. The tier of the webserver is very much essential for the load balancing process of a mobile phone. The tire of the database is also needed for the load balancing process in the case of a mobile phone. In the case of a manufacturing company, profit is dependent on the number of productions. In this case, time is an important part and experienced employees are most needed (Ahmed, et al 2017). To make a system much more advanced and more, there are different types of methods and mechanisms that are most essential. The productions are dependent on the productions machines sometimes because nowadays various types of automated machines are available in the market so the production will increase due to these types of machines.

In the case of software portions of a mobile phone, there is a user-level language for all the internal applications of the mobile phone. Sometimes advanced technology depends on the demands of customers or the productions of mobile phones are depending on the place. The processer of mobile phones enhances the speed of the mobile phone. There are different types of fast location; network usage is also involved in the cell phone. There are different types of security factors that are also involved in the applications of mobile phones (Yifan, and Qiaya, 2019). In cell phones, different types of inbuilt applications are available and some applications can be installed from the outer source. The wireless system of communication had a “Local Area Network” based. The network problems in the mobile phone are the most problematic issue, so advanced technology is used for all the networking factors of a mobile phone.

The features of mobile phones depend on the parts them. The cloud of mobile phones is very much strong; the uses software is very much efficient of the system. The mobile phone is the most essential gadget nowadays, so various types of advanced engineering are mostly needed. There are different types of high-level languages are used in the software portions of a mobile phone. In the maximum cases, Java is used to develop, the strong cloud system of the gadgets (Kiran, 2017). In the case of software portions of the advanced technologies are most essential. The advanced language is applied in the software portions of the mobile phone. There are different types of facilities that are also possible for the advanced hardware and the software part. Wide communication opportunities are possible due to the advance of the engineering of materials and techniques of mobile devices. This device can make the world very small so the advantages of this device are too huge.

3.2 Feedstock

Mobile phone production companies are used different types of raw materials like silicon, plastic, iron, aluminium, copper, lead, zinc, tin, nickel, barium, etc. All the raw materials are used in the mobile company with fixed percentages. The uses of the specific raw materials in the mobile device are also different. The plastic is most essential material of the mobile phone. The use of plastic in mobile phones is also huge. There are different types of plastic used in mobile phones; generally plastic is the replacement for metal. Metal can maximize the weight of mobile phones, but plastic can reduce the weight of mobile devices (Kiros, and Aray, 2021). There are different types of heat is generated in the system of mobile devices, metal can enhance the over-temperature, bus plastic can reduce all the heat from the mobile device.  In the damage factors of mobile phones, plastic is a much more resistant material. Plastic is the most flexible material so it is a big advantage of the mobile production company.

Simulation of Production Assignment Sample

Figure 1: “This difference is for better or worse depends upon the frequency used

(Source: https://www.anandtech.com/show/7984/discussion-on-material-choices-in-mobile)

Silicon is another important material that is used in the production of mobile phones. This material has various types of special properties so that is used in mobile phones. Most of the time, silicon is used in electronic devices as semiconductors. This material is used in the mobile device “as an insulator”. Sometimes electricity is produced in the mobile device, in that time it plays a very much important role in it (Torous, et al 2018). The doping process is also required in electronic devices like mobile devices. In the mobile phone, the microphone and speakers are the most essential parts; iron is used for the frames of the speakers. In a mobile device, aluminium is also used because aluminium is the most lasting material. The thermal balance is essential in the mobile device, and aluminium has the highest amount of thermal conductivity, so it is very much useful.

There are different types of glasses are used in a mobile devices.  Aluminium has different types of effects; polycarbonate is very much useful for a mobile device. In the case of the holding function of a mobile device, the polycarbonate is most comfortable. The aluminium body is colder than the other materials. In the case of wiring functions of a mobile phone, copper, gold, and silver are used. In advanced engineering, various types of plastic are used in the place of metals (Xu, et al 2021). The cost of the metals is also reduced due to plastic, and the mobile phone makes much more light than others. There are different types of strategies are used in the feedstock technology. The cost reduction process is one of the most important functions of this research. The improvement of the quality of materials is also important for a manufacturing company. The enhancement of sustainable quality is also involved in feedback technology. There are different types of advanced technologies are used in advanced engineering. Radiofrequency of the mobile phones can connect the users of cell phones with the telephone network. The radiofrequency is also an important thing of mobile phone manufacturing, the radio frequency has to be under the limit, if it increases, then the confirmation will not possible because high radio frequency can be harmful to the user.

 3.3 Processing and post-processing

This is the most adequate section in the advanced engineering of mobile phones. Systematic analogue can be performed as standard as originally developed. It is a modification of cooperative effort. Innovation idea has been implemented is to be claimed through this point in this chapter. This technology is very attractive. It is only for technology that is a type of internet-enabled device. The communication system is one portable system for computing the network technology (Armstrong, et al 2021). Here, the processing system and post-processing system depend on their networking users. Increased productivity is uploading the claims information from the various fields. Improving the accuracy of some claims and helping the most customers system, as feel for more involved. Capitalizing on new business models and innovative new ideas are only included in this post-processing system.  GPS coordinates to create map closing and ideal shopping strategy are some of the new things in these stages. Managing mobile devices is one of the processes to secure management devices and specific operating systems. Multiple devices are the type of several mixed environments. A relatively short period of time is to be available in this system. Mobile technology is one of the stages of that elaborate lack of access. Programmable provides the best knowledge with the help of advanced concepts (Fozouni, et al 2020). This advanced concept is based on the specialization of the processing system. Important features are the most valuable seduction in these points. It is also a centralized portal for downloading software applications.

Simulation of Production Assignment Sample

Figure 2: Time and cost estimation for mobile set

(Source: Self-created in Excel)

This application runs on the phone. This mobile phone productivity and also social media is another stage of important features. The following features are based on their performance and gathered in the post-processing system. This post-processing system liked mobile browser, email account, hardware and software-based, and also supported third party production (Visweswaraiah, 2020). All of this is included in the post-processing system. Popular vendors and manufacturing processes of any company act on their different stages. Original equipment manufacturing is the maker of and common version of smartphones. Various advantages and disadvantages are depending on their post-processing or processing system. This workplace of modern strategy is due to act on their versatility and range for benefits performance. This considerable risk of business is the main essential of considering both the advantages and also the disadvantages of mobile technology. This mobile technology that is classified as a post-processing system includes various technologies. Higher efficiency and production staff are the most important sector in this respect (Ghahramani, et al 2020). Better quality and flexibility are the most adequate service of the post-processing system. This processing system can increase the communication system. Greater access to modern apps and also be their service and networking capability are other stages of the processing system, that are helping to create the most successful section in this chapter. However, it is one of the main factors that are elaborated through these points.

3.4 Conformance

There are different types of conformance is needed in the production of mobile devices. In this research various types of factors are involved, the cost reduction process, advanced materials process, different types of the production process and so on. The production of mobile phones is essential for different types of confirmations. The first conformance comes from the main team of the production. Then the materials will be proposed by the electrical engineers. After confirming all the materials, the assembly process will take place. In the production part, various types of advanced engineering methods are used (Wang, et al 2018). The advanced types of engineering are used to reduce different types of costs from the production pared of the system. The confirmation of the operating system is very much essential for the software part of the mobile device. To make a system much more advanced and more, there are different types of methods and mechanisms that are most essential. The productions are dependent on the productions machines sometimes because nowadays various types of automated machines are available in the market so the production will increase due to these types of machines. Confirmation of the govt is also an important part of the manufacturing company. It can be clear that this product is environmentally friendly and no one takes harm for this product.

All the confirmations are mostly essential for the production company. Technology is growing up and requirement is also increasing so advanced technology is also required.  Modern production for industry and manufacturing processes are going through far-reaching variations associated with various types of rapid development (Sarker, et al 2018). The processer of mobile phones enhances the speed of the mobile phone. There are different types of fast location; network usage is also involved in the cell phone. All the confirmation of the materials of the mobile phone is most essential. After all the confirmation the assembled part of the hardware is taking place. Then the software confirmations part takes place through the production of advanced engineering. In advanced engineering, there are different types of new technology and advanced software is used. All the operating systems will be much more efficient so that the operating system can run smoothly with the hardware pear of the mobile device. The conjugation between the hardware and software is the most important thing. After all the confirmations the final process of the production of the mobile phone is started.

4.0 production methods

There are different types of methods are used in the manufacturing of mobile phones. In the case of new productions, different types of the previous analyses are most essential. The model design is also an important factor. Most of the customers are attracted by the model of mobile. There are different types of innovations that are essential in this method. The very first method of production is the making of prototypes (Nath, 2018). There are different types of methods also involved in the manufacturing company like software installation, testing phase, mass production, etc. In the “making of prototype” process the research team is involved. The team of electrical engineering is discussing all the materials of the mobiles phones. The processor of mobile is a most important factor so in the advance engineering production all the factors are discussed clearly; The quality of the battery is also an important part of the mobile phone. In the process of prototype, all the testing process, assemble process takes place. The memory of the specific handset also develops. The matching of the display screen and the potential of batteries are also selected (Efiong, 2017). There are different types of cameras are taking place in the handset, the quality of the front camera and batch camera are not missed. Then the working performance of the handset is texted by the expert. After all the process, the handset will be handover for approval. In the case of a manufacturing company, profit is dependent on the number of productions. In this case, time is an important part and experienced employees are most needed.

Simulation of Production Assignment Sample

Figure 3: Mobile phone manufacturing process

(Source: Self-created in MS Word)

The next process of production is software installation. In this process, an efficient team of software development is needed. In the case of the breath life of the mobile handset, the software part is very much essential. The operating system is also predefined for the new types of the handset for the advanced process of engineering. Normally, the loaded factors are done in this stage of production. Technology is growing up and requirement is also increasing so advanced technology is also required (Li, et al 2018). There are different types of automation that also takes place in mobile phone. After this process, the electronics engineers are checking the operating system is working with the hardware part of the mobile device or not. This process is checked by the expert several times if all the functions of the mobile device are smoothly working. If the software portion and the hardware portions work very much smoothly, then the device is ready for the mass types of production. Then the working prototype is already ready for the approval of the mobile phones.

5.0 Cost and sustainability

The estimation of cost is a very important function of a manufacturing company. There are different types of cost estimations are take place in the mobile phone manufacturing company. The cost estimation of raw materials and cost estimations of production is very much essential. There are different types of strategies are used in the manufacturing company to reduce different types of costs from an organization. Advanced engineering can reduce different types of costs from a manufacturing company. There are various types of modern technologies are used to reduce production costs. Advanced materials are also very much useful to reduce cost (Lai, et al 2020). The performance of advanced machines in the production part of an industry can reduce the production cost. In “advanced production engineering” sustainability approaches are most important. In sustainable manufacturing, three functions are most essential like product, process, and system. In the advanced production of engineering metals engineering is also involved. The cost reduction process is one of the most important functions of this research.

There are different types of minimum expensive materials that are used to reduce the overall cost of mobile manufacturing. This process is very much useful to reduce different types of costs from production. There are different types of opportunities are taking place in the reduction of cost, like focusing on the over design. The cost of a mobile phone is also an important factor for the production purpose (Bhavnani, et al 2018). Advanced technology with low cost is highly demanded. In the competitive world, high-efficiency mobile phone with a low amount of cost is highly demanded. The cost of the metals is also reduced due to plastic, and the mobile phone makes much more light than others. There are different types of strategies are used in the feedstock technology. In the mobile phone manufacturing company various types of similar products are used for the same use. Identifying all the similar products and eliminating all the products from the device can reduce the overall production cost. In the case of huge yields of manufacturing, the manufacturing cost will reduce. The high level of throughput is very much useful for the reduction of production cost.

6.0 Conclusion

At the end of the project, it can be concluded that all the functions of this project are discussed clearly. Different types of raw materials are used in mobile devices. There are different types of risk control process that is also discussed in this study. All the materials are very much important for the advanced types of technology. In advanced engineering, different types of advanced materials are used. There are various types of functions are involved in mobile phones, and different types of parts take place in them. The cost reduction process is also essential for the mobile phone manufacturing system. There are different types of low cost and high-efficiency materials are used to reduce the production cost of the mobile phone. The cost of the metals is also reduced due to plastic, and the mobile phone makes much more light than others.

There are different types of concern that is also essential for the successful implementation of advanced engineering. All the monitoring process of the production industry is observed by the expert. There are two types of functions are involved in the manufacturing of mobile devices like hardware part and the software part. Advanced engineering is essential for the two parts; in the hardware part, advanced engineering is essential for the materials. In the case of software portions of advanced engineering, the operating system is very much advanced. In this part, a high level of programming language is used to make the device much more advanced.

Reference List

Journals

Ahmed, S.I., Haque, M.R., Chen, J. and Dell, N., 2017. Digital privacy challenges with shared mobile phone use in Bangladesh. Proceedings of the ACM on Human-Computer Interaction1(CSCW), pp.1-20.

Alcantara, M.F., Cao, Y., Liu, B., Liu, C., Zhang, N., Zhang, P., Griffin, T., Curioso, W.H., Ugarte-Gil, C. and Brunette, M.J., 2020. eRx–A technological advance to speed-up TB diagnostics. Smart Health16, p.100117.

Armstrong, M., Harris, A.R., D’Ambrosio, M.V., Coulibaly, J.T., Essien-Baidoo, S., Ephraim, R.K., Andrews, J.R., Bogoch, I.I. and Fletcher, D.A., 2021. Point-of-care sample preparation and automated quantitative detection of Schistosoma haematobium using mobile phone microscopy. medRxiv.

Bennet, M.A., Poomathi, J.S., Kalpana, C. and Priya, S.S., 2017. Specific absorption rate assessment on human head due to radiations by mobile phone antenna. International Journal on Smart Sensing and Intelligent Systems10(5).

Bhavnani, Y., Rodden, K., Guarnotta, L.C., Lynn, M.T., Chizari, S. and Granka, L., 2017, September. Understanding mobile phone activities via retrospective review of visualizations of usage data. In Proceedings of the 19th International Conference on Human-Computer Interaction with Mobile Devices and Services (pp. 1-10).

Efiong, J.E., 2017. Mobile device-based cargo gridlocks management framework for urban areas in Nigeria. Int. J. Educ. Manag. Eng.(IJEME)7(6), pp.14-23.

Fozouni, P., Son, S., de León Derby, M.D., Knott, G.J., Gray, C.N., D’Ambrosio, M.V., Zhao, C., Switz, N.A., Kumar, G.R., Stephens, S.I. and Boehm, D., 2020. Direct detection of SARS-CoV-2 using CRISPR-Cas13a and a mobile phone. MedRxiv.

Ghahramani, M., Zhou, M. and Wang, G., 2020. Urban sensing based on mobile phone data: approaches, applications, and challenges. IEEE/CAA Journal of Automatica Sinica7(3), pp.627-637.

Kiran, A.2017, IMPACT OF TECHNOLOGICAL TOOLS SUCH AS INTERNET, TELEVISION AND MOBILE PHONE ON WOMEN’S LIVES; EVIDENCE FROM PAKISTAN. MESSAGE FROM THE FOUNDER OF PAKISTAN, p.223.

Kiros, A.B. and Aray, P.U., 2021. Tigrigna language spellchecker and correction system for mobile phone devices. International Journal of Electrical and Computer Engineering (IJECE)11(3), pp.2307-2314.

Lai, Y., Xu, X., Easa, S.M. and Lian, P., 2020. Modeling arterial signal coordination for bus priority using mobile phone GPS data. Canadian Journal of Civil Engineering47(9), pp.1094-1104.

Li, Y.J., Cui, L., Da, P.F., Qiu, K.W., Qin, W.J., Hu, W.B., Du, X.W., Davey, K., Ling, T. and Qiao, S.Z., 2018. Multiscale Structural Engineering of Ni‐Doped CoO Nanosheets for Zinc–Air Batteries with High Power Density. Advanced Materials30(46), p.1804653.

Nath, A., 2018. Comprehensive study on negative effects of mobile phone/smart phone on human health. International journal of innovative research in computer and communication engineering6(1), pp.575-581.

Sarker, I.H., Colman, A., Kabir, M.A. and Han, J., 2018. Individualized time-series segmentation for mining mobile phone user behavior. The Computer Journal61(3), pp.349-368.

Shawai, Y.G. and Almaiah, M.A., 2018. Malay language mobile learning system (MLMLS) using NFC technology. International Journal of Education and Management Engineering8(2), p.1.

Tawheed, P., Shahin, F.B., Mashuk, A.E.H., Al Zabir, K., Poddar, G. and Roy, R., 2017, December. Contemplation and Challenges of Mobile Learning Implementation. In Proceedings of 14th Global Engineering and Technology Conference. BIAM Foundation.

Torous, J., Larsen, M.E., Depp, C., Cosco, T.D., Barnett, I., Nock, M.K. and Firth, J., 2018. Smartphones, sensors, and machine learning to advance real-time prediction and interventions for suicide prevention: a review of current progress and next steps. Current psychiatry reports20(7), pp.1-6.

Visweswaraiah, V.,2020 S Nomophobia before and after the COVID-19 Pandemic-Can Social Media be Used to Understand Mobile Phone Dependency. Int J Clin Med Info4(1), pp.31-43.

Wang, Z., He, S.Y. and Leung, Y., 2018. Applying mobile phone data to travel behaviour research: A literature review. Travel Behaviour and Society11, pp.141-155.

Xu, Y., Li, J., Xue, J., Park, S. and Li, Q., 2021. Tourism geography through the lens of time use: A computational framework using fine-grained mobile phone data. Annals of the American Association of Geographers111(5), pp.1420-1444.

Yifan, S. and Qiaya, N., 2019. Research on the Application of Mobile Phone in English “Flip Classroom” Teaching in Higher Vocational Colleges.

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