Tuesday, May 5, 2020

Bike Service At Door Project

Question: Discuss about the Report for Bike Service At Door Project. Answer: Overview The objective of this initial report is to discuss the project scope and initial requirements and assumptions for a new Interface Design project. The project would be one a kind of services in Australia. With this service, people can get their bike servicing at their doorstep. This project or service would be known as Bike Service at Door. There would be a mobile application for this project and people can book the appointment with a click. The executive of Bike Service at Door would come and pick the bike at the appointed time (Krishan, 2012). The executive would get the bike services from the required service center. Once the servicing is done, the executive would bring the bike back to the owner. Initially, this project or this service would be launched in Sydney. This is the initial report that highlights the project in brief and this report would be the basis of the detailed project. Vision The vision of the project is to make life easy and convenient for bike owners who are busy in their life and who does not have time to give bike for servicing. The interface of the website and mobile application would be a plain html interface. The users can just open the application and book the appointment. This in turn would make life easy of users. With this interface, the users can book the appointment on a single screen. The vision is to have a light interface in place that could be accessed by the users on desktops and mobile devices. Outcome With this project, the bike owners can get the bike serviced at their doorsteps. The outcome is that the bike owners would not need to go to the service center to get their bike serviced (Suarez, 2014). The expected technical outcome is that a system of two to three screens would be developed. The UI (User Interface) would be same for desktop and mobile version. However, the user interface would be more intuitive for mobile devices. Scope To develop a mobile application and web portal for people to book the appointment with a click. The executive of Bike Service at Door would come and pick the bike at the appointed time. The executive would get the bike services from the required service center. Once the servicing is done, the executive would bring the bike back to the owner. The functional and the non-functional requirements as part of the scope of this project can be listed as: Functional scope The functionality would allow the users to book the appointment online. There would be an Appointment-Booking screen on interface that would be linked with the various suppliers. The users can select either select the supplier or get the supplier auto selected. Once the request is made, the request is pass on to the service provider and user gets a confirmation message. The confirmation message has date and time and the customer executive visit the customer or decided time to pick up the bike. Non-functional scope The website or the mobile application should have good performance even when a large number of users are logged into the system. The non-functional requirements or the performance requirement of the system is that it should be able to support at least 1000 users. Objectives, Outputs and Targets The objective is to mobile application and web portal people to book the appointment with a single click. The output or the target state would be a website and a mobile application that the bike owners can use to book the service appointment for their bikes (Turner, 2014). It is targeted, the bike owners in Sydney would use this service as it would be ease and convenient for them to get the bike services without them going to the service station. Success Criteria The two key success criteria for this project can be discussed as: The mobile application and website would be developed that would be used by the bike owners to book the appointment (Kumar, 2012) There are enough executives that would go to the doorstep of people to collect the bike, deliver to respective service stations, and return the bike back to bike owners The application/ user interface would be accessible on desktop as well as mobile devices. Key assumptions The key assumptions of this project can be discussed as: The people are ready to use this service and people would trust the executives to give the bike for servicing. There would not be any technological challenges to develop the website and mobile applications The service centers would accept the bike from the service executives who are not the owners of the bike. It is assumed that the interface would be made compatible with at least three browsers: Internet Explorer, Mozilla Firefox and Google Chrome It is assumed that the mobile application would be compatible with Android devices and iOS. It is assumed that the mobile web interface would be developed with html and flash Silverlight. The mobile web browser would be light as compared to the web version on desktop. It is assumed that the users would be able to use the mobile application to make the appointment. References Corona-Suarez, G. A., AbouRizk, S. M., Karapetrovic, S. (2014). Simulation-Based Fuzzy Logic Approach to Assessing the Effect of Project Quality Management on Construction Performance.Journal of Quality and Reliability Engineering,2014. Kim, D. Y., Kumar, V., Kumar, U. (2012). Relationship between quality management practices and innovation.Journal of Operations Management,30(4), 295-315. Turner, J. R. (2014). The handbook of project-based management (Vol. 92). McGraw-hill. Antony, J., Krishan, N., Cullen, D., Kumar, M. (2012). Lean Six Sigma for higher education institutions (HEIs) Challenges, barriers, success factors, tools/techniques. International Journal of Productivity and Performance Management, 61(8), 940-948.

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