7ENT1125 Smart Manufacturing Assignment Sample

Explanation of technical feasibility

• The technical feasibility study helps to understand the required technology to develop business (Carvajal et al. 2019).
• A technical feasibility study is essential for the manufacturing industry to understand the details for delivering customer service (Wojcik and Wang, 2017).
• A technical feasibility study helps to understand the supportive technical infrastructure required in business.

Technical feasibility plays a significant role in understanding the detailed technical requirements in business to deliver good quality customer service. Management of the manufacturing industry is required to think about technologies that bring all factors such as material, transportation, labour, location together. Technical feasibility of study is essentials to understand in terms of required technologies, technical infrastructure in business to complete production or projects effectively. A technical feasibility study evaluates the necessary technical system when technology can be implemented in business and material cost, labours for technology implementation.

• Technical feasibility study is important for Rio Tinto, second largest manufacturing industry in the UK to implement automation technology.
• Management of Rio Tinto required a technical feasibility study to implement automation truck, automatic mining technology in their $2.6 billion Gudai-Darri iron ore project (Riotinto.com, 2021).
• Technical feasibility study helps management to analyze technological requirements, labours, and transportation for mining projects (Fraile-Garcia et al. 2017).

Rio Tinto is the second largest manufacturing industry and management is required to do a technical feasibility study for understanding technical requirements for their Gudai-Darri iron ore project. Technical feasibility study helps management of this manufacturing industry to analyze labour resources, materials, transportation, and location for implementing automation technology in this mining project. Required technical infrastructure, as well as technical required technical equipment, can be measured by a technical feasibility study.

• Technical feasibility study helps to identify issues and problems to implement essential technology (Xu et al. 2017).
• Technical feasibility study helps to develop production processes, transportation and track each process to get better business results.
• Technical feasibility study plays an important role to assume the required budget for technological implementation in manufacturing industry (Alwazani et al. 2019).

Technical feasibility study is essential for the manufacturing industry that helps management to determine which technology is important to meet capacity of a business. Through this study, the technical team of the organization can convert ideas into a working system. This study helps to make an effective layout that includes transportation, location, labour, materials, and technology to deliver good quality services as well as products.

Data flow diagram and context diagram based on case study    

Figure 1: Level-1 DFD

(Source: Created by learner)

• The process including the customer’s AMM rent request to get rent of AMM is described through DFD (Sion et al. 2018).
• Customer sends rent request to “CHECKSUS” process for verifying request then it send details to CUSRENTINFO process (Case study).
• Through the RENTPROC process contracts of renal service are generated (Klaib, 2021).

Through the DFD diagram, the whole process of the retail service has come to be understood, which also helps Hatfield-Z Digital Equipment to improve its system for better customer services. Customers are required to send AMM a rent request to the rental system and CHECKSUS process verify rent requests of consumers and provides feedback. RENTPROC process generates a contract process of rental service to give rents of AMM. The entire process is described by DFD diagrams that help management to identify the weak area of this rental service. Information flow to generate rent requests and approval for events is evaluated through a data flow diagram.

Figure 2: Level-0 Context diagram

(Source: Created by learner)

• Context diagram helps to visualize the entire process of this rental service of Hatfield-Z Digital Equipment (Hapsari and Priyadi, 2017).
• Level-0 context diagram helps management to understand the entire process of rental services and how information flows in the whole process (Wulandari and Widiantoro, 2017).
• Customer’s rent request is generated and proceeds for another internal process to get approval for the rent of AMM (Case study).

Context diagram helps to understand the whole process of the renal system and it plays an essential role to identify the scope as well as limitation of a system. Through zero level DFD or context diagram the process to get rid of AMM is described well. After verification, the rental process sends an Invoice to customers and it indicates that the organization gives rent to a specific customer. After the renting period, customers are required to return the rented machine to the organization. Rental service checks all digital equipment for identifying issues. Al the process regarding information check occurs during rental process and customer information, rent information is stored in a file.

Benefit of data flow diagram          

• Data Flow Diagram (DFD) helps to understand the process and limits of a system (Wulandari and Widiantoro, 2017).
• DFD plays significant role for Hatfield-Z Digital Equipment to understand the entire rental process (Macariola and Silva, 2019).
• DFD helps to understand the rental process for providing rent of Additive Manufacturing Machines (AMM) (Case study).

Hatfield-Z Digital Equipment is a rental based company in the UK that implements a rental process system to give rent to AMM. The entire process including registration of customers, checking registration details, accepting customer orders, calculator rental cost, and cost of digital equipment can be understood by DFD. This diagram helps management of Hatfield-Z Digital to understand the information flow of their rental system to provide better quality of customer services.7ENT1125 Smart Manufacturing Assignment Sample

• The DFD diagram is essential for Hatfield-Z Digital equipment to improve their rental system to give rent to AMM.
• This diagram plays an important role in understanding the information flows of the rental system and how the checking process, information files are stored (Chen et al. 2017).
• The DFD diagram illustrates the process through which contracts are processed by a RENTPROC process.

A data flow diagram is important to understand the process of a system and information flows within a system. Through DFD diagram management of Hatfield-Z Digital Equipment Company is able to understand the rental process. This diagram evaluates information flow of the rental process and describes how information files are stored within the rental process. The DFD diagram illustrates the process through which contracts of rental services are processed through the RENTPROC process.

References

Alshareef, H., Stucki, S. and Schneider, G., 2021. Transforming Data Flow Diagrams for Privacy Compliance. In MODELSWARD (pp. 207-215).

Alwazani, H., Bahanshal, S., Kumar, C.R., Majid, M.A., Brahma, J., Kanneganti, V., Wadgaonkar, A., Kurian, M., Rehman, A. and Bugshan, H., 2019, April. Economic and technical feasibility of solar system at effat university. In 2019 IEEE 10th GCC Conference & Exhibition (GCC) (pp. 1-5). IEEE.

Carvajal, M.I., Gómez-Luna, E. and Sáenz, E.M., 2019. Methodology for Technical Feasibility Analysis in the Installation of Microgrids. Journal of Engineering Science & Technology Review, 12(5).

Chen, R., Li, S. and Li, Z., 2017, December. From monolith to microservices: A dataflow-driven approach. In 2017 24th Asia-Pacific Software Engineering Conference (APSEC) (pp. 466-475). IEEE.

Fraile-Garcia, E., Ferreiro-Cabello, J., López-Ochoa, L.M. and López-González, L.M., 2017. Study of the technical feasibility of increasing the amount of recycled concrete waste used in ready-mix concrete production. Materials, 10(7), p.817.

Hapsari, K. and Priyadi, Y., 2017. Perancangan Model Data Flow Diagram Untuk Mengukur Kualitas Website Menggunakan Webqual 4.0. Jurnal Sistem Informasi Bisnis, 1, pp.66-71.

Klaib, A.A., 2021. Integrating Class Diagram within The WinCASE Tool. framework, 2(4), p.9.

Macariola, R.N. and Silva, D.L., 2019, October. Coping with the information age: development of A data flow diagram-based knowledge management system for mitigating delays for construction. In IOP Conference Series: Materials Science and Engineering (Vol. 652, No. 1, p. 012070). IOP Publishing.

Riotinto.com, 2021, about innovation, Available at: https://www.riotinto.com/en/about/innovation [Accessed on: 3rd December, 2021]

Sion, L., Yskout, K., Van Landuyt, D. and Joosen, W., 2018, April. Solution-aware data flow diagrams for security threat modeling. In Proceedings of the 33rd Annual ACM Symposium on Applied Computing (pp. 1425-1432).

Wojcik, J.D. and Wang, J., 2017. Technical feasibility study of thermal energy storage integration into the conventional power plant cycle. Energies, 10(2), p.205.

Wulandari, W. and Widiantoro, A.D.Y., 2017. Design Data Flow Diagram for Supporting the User Experience in Applications. Design Data Flow Diagram for Supporting the User Experience in Applications, 25(2), pp.14-20.

Xu, L., Torrens, J.I. and Hensen, J.L., 2017, August. Comparison of two simulation methods for the technical feasibility of a district heating system using waste heat from a copper plant with thermal storage. In Proceedings of the International Building Performance Simulation Association Building Simulation Conference, IBPSA, San Francisco (pp. 940-948).

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