KF7032 - Big Data and Cloud Computing

You will learn through a combination of methods to support learning, including lectures, practical sessions in workshops and guided learning. Topics will normally be introduced in lectures and explored through practical exercises (helping you develop the practical skills needed) and guided learning activities. You will be encouraged to develop independent self-learning skills and the development of critical analytic approaches to the big data and cloud computing area.

More specifically, you will work in teams using a leading cloud services provider and big data analysis techniques as the basis of your practical work, giving you immediate saleable skills. Staff will support your learning through verbal feedback on your practical achievements.

All module material will be available on the eLearning Portal (ELP) so that you can access information when you need to. The university library offers support for all students through its catalogue and an Ask4Help Online service.

Staff will support you in the practical sessions, providing advice and feedback on your progress and engaging in discussion with you, to examine your ideas and those of others as your tutors value your input and opinions. You will be strongly encouraged to engage in further study by yourself or with other students outside of class time to become an independent learner. This is an essential capability in every area of Computing, whose utility will long outlive the detail of current technical approaches.

This module will use and promote an eLP (Blackboard) based discussion forum. This will be configured to encourage you, other students and academic staff to participate in discussion about the subject matter of the module.

All modules at Northumbria include a range of reading materials that students are expected to engage with. Online reading lists (provided after enrolment) give you access to your reading material for your modules. The Library works in partnership with your module tutors to ensure you have access to the material that you need.

Knowledge & Understanding:
1. Apply big data analytic algorithms, including those for visualization and cloud computing techniques to multi-terabyte datasets.
2. Critically assess data analytic and machine learning algorithms to identify those that satisfy given big data problem requirements

Intellectual / Professional skills & abilities:
3. Critically evaluate and select appropriate big data analytic algorithms to solve a given problem based on critical review of the literature, considering the processing time available and other aspects of the problem.
4. Design and develop advanced big data applications that integrate with third party cloud computing services and evaluate environmental and societal impact of these applications and minimise their adverse impacts.

Personal Values Attributes (Global / Cultural awareness, Ethics, Curiosity) (PVA):

5. Critically assess and interpret primary research to identify its applicability to a given big data problem scenario.

Formative assessment: Lab exercises carried out within weekly workshops will build up to form a basis of the two summative assessments. Feedback will be given during workshop sessions.

Summative assessments
• The first coursework assessment (worth 25%) will be a team-work and will involve producing background study material and critically reviewing the literature on big data analytics and cloud computing topic (e.g., crime and big data), examining published work on the topic, technical approaches to the given problem, relevant statistics and other computational methods. Each team will write an academic report (up to 2000 words) with at least a dozen citations and references to scientific conference or journal papers. It will assess MLOs 2, 3 and 5. Using a supplied marking scheme, peers will review other group's work. Credit will be given for reviewing appropriately whilst average peer review mark will receive course credit.

• The second coursework assessment (worth 75%) will be an individual work and will involve designing, constructing and critically justifying an appropriate solution for a given big data problem scenario by provisioning and configuring appropriate Cloud Computing resources. Appropriate algorithms and methods of visualising the results to best answer the research question on the given topic will require selection and justification. It will be submitted in the form of a Jupyter notebook comprising code, outputs, results, graphs, etc as well as text integrated within the notebook. It will asses MLOs 1, 2, 3 and 4.

Feedback on assessment: Students will be given detailed feedback on the first group assignment clearly identifying both the weaknesses and strong points of the work. As this will be submitted about 8th week of the module delivery, it will enable the students to identify those areas where they need to focus their efforts on in their individual assignment.

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Big Data is the colloquial term used to describe the acquisition of knowledge, insights and understanding gained through identification of patterns in huge, multi-terabyte datasets. In this module you will develop knowledge and skills that will enable you to tackle a realistic big data problem. Furthermore, you will learn how to implement your solution using an industry leading Cloud computing provider together with appropriate distributed processing environments such as Hadoop. Frequently a first step in Big Data analysis insight is gained through visualizing the data. This may give insights into appropriate analytic approaches. You will also learn some of the principal machine learning techniques and statistical approaches used in big data analysis.