UNIVERSITY OF SUNDERLAND SCHOOL OF COMPUTER SCIENCE
| MODULE CODE: | CET333 |
| MODULE TITLE: | Product Development |
| MODULE ASSESSOR: | |
| ASSESSMENT: | 1 of 1 |
| TITLE OF ASSESSMENT: | Product Development ePortfolio |
| ASSESSMENT VALUE: | 100% |
PLEASE READ ALL INSTRUCTIONS AND INFORMATION CAREFULLY.
This assignment contributes 100% to your final module mark. Please ensure that you retain a duplicate of your assignment work as a safeguard in the unlikely event of your work being lost or corrupted online.
THE FOLLOWING LEARNING OUTCOMES WILL BE ASSESSED:
Knowledge
- Have a critical awareness of a range of practitioner methods and techniques appropriate to the development of a product in a specific computing context.
- Understand the business and technological context in which product development and evaluation take place.
Skills
- Apply appropriate techniques to determine, specify, design, build and test a solution to a problem.
- Critically evaluate the process and the product of development activity.
IMPORTANT INFORMATION
You are required to submit your work within the bounds of the University Infringement of Assessment Regulations (see your Programme Guide). Plagiarism, paraphrasing and downloading large amounts of information from external sources, will not be tolerated and will be dealt with severely. The coursework submission for this module is largely based upon your practice, but where you do use material from other sources, for example, an occasional short quote, this should be duly referenced. It is important to note that your work WILL BE SUBJECT TO CHECKS FOR ORIGINALITY, which WILL include the use of an electronic plagiarism detection service.
Where you are asked to submit an individual piece of work, the work must be entirely your own. The safety of your assessments is your responsibility. You must not permit another student access to your work at any time during the inception, design or development of your coursework submission and must take great care in this respect.
Where referencing is required, unless otherwise stated, the Harvard referencing system must be used (see your Programme Guide or university library website).
| Submission Date and Time: | Detailed in the CANVAS assignment area |
| Submission Location: | Electronic submission to the CANVAS assignment area |
Assessment (Portfolio – 100%)
Assessment Scenario
The City of Yokyo won the bid to host the next FunOlympic Games in 2023. During the build-up to the planned games in 2023, the city had invested hugely in IT infrastructure and systems to make sure that the games would have been well organised, staffed, attended, and accessible to everyone.
The FunOlympic committee have decided that they require a few additional projects which need to be completed before the games start to ensure the games run smoothly and that worldwide audiences can enjoy the games online.
The city has appointed a team of IT systems and infrastructure professionals – you are one of them. It is your job to interact with the client to clarify exact system requirements.
Analysis, Design and Development Task
You will gain more information needed to complete the design and development task via client meetings and these meetings will reflect the knowledge and skillset appropriate to your programme of study. You will not be required to provide the entire solution – see details below:
Each top-up degree programme has its own scenario. You only need to complete the scenario for your degree.
§ Scenario – Applied Business Computing
The FunOlympic committee need an online web system/web presence to promote the games worldwide. The games will only be available to watch through a new online broadcast platform – but the platform does not yet exist. As the committee need to establish how great the demand for the service will be, they want you to build a system that promotes all the sports and asks potential audiences to register their interest in accessing the new online broadcast platform. The public users need to provide details of their name, country, email address and which sports they are mainly interested in watching online. There is no need for them to login and provide passwords. The FunOlympic committee also need an admin area which is password protected which provides them with access to the data on the number of users who have signed up.
§ Scenario – Mobile and Web Technologies
The FunOlympic committee need an app which athletes will use while they attend the game that records their movements. This needs to record the venues they are at and the date and times of their presence at the venues. Athletes will be required to manually input this information into the
app. The system needs to be secure, so a login system is needed. Ideally, some form of geolocation would also be present in the system.
§ Scenario – Computer Systems Engineering
The committee require you to build an online registration system for audiences to gain access to the proposed broadcast platform. The system must allow users to register, login and logout when using it, and make selections of broadcasts they wish to watch. There should also be an admin side to the system to allow an admin user to view user interactions, reset passwords etc. The prototype solution must deliver the key functionality described (you will need to interview the client to derive a full requirement list), although, at this prototypical stage, the inclusion of mechanisms for securing payments is not required.
§ Network Systems Engineering Students
You must research appropriate network design methodologies/paradigms and use these to design and implement an appropriate secure network solution that can be used at the FunOlympic Games in Yokyo. It is recommended that a simulation of the network is developed with documentation of the addressing scheme to be used. You will need to evaluate the methodologies, justifying your choice and using it to implement a secure network solution. You should evaluate the design, implementation and security.
The committee have provided you with a “skeleton” design planned for the previous year’s event that did not happen. You must design and simulate this set up but in addition, you need to allow for the added online broadcast platform – and you must design with security in mind such that the
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