Big Data Course Details No Prerequisites Required Course Dates

ProgramX

Start 15th May 2017 0:00 AM UTC - Finish 1st December 2018 0:00 AM UTC Start 1st December 2018 0:00 AM UTC – Finish 1st December 2020 0:00 AM UTC CompX Start 8th September 2017 0.00 AM UTC – Finish 1st December 2018 0:00 AM UTC Start 1st December 2018 0:00 AM UTC – Finish 1st December 2020 0:00 AM UTC BigDataX Start 24th October 2017 0.00 AM UTC – Finish 1st April 2019 0:00 AM UTC Start 1st March 2019 0:00 AM UTC – Finish 1st December 2020 0:00 AM UTC AnalyticsX Start 1st December 2017 0.00 AM UTC – Finish 1st April 2019 0:00 AM UTC Start 1st March 2019 0:00 AM UTC – Finish 1st December 2020 0:00 AM UTC DataCapX Start 1st December 2017 0.00 AM UTC – Finish 1st April 2019 0:00 AM UTC Start 1st March 2019 0:00 AM UTC – Finish 1st December 2020 0:00 AM UTC Time Commitment Between 8 to 10 hours per section per course. Equivalent of 10 sections per course. Assessments and certification To qualify for a certificate, all question and practical activities must be completed. edX will only issue certificates to participants that have chosen the ‘Verified Track’ and complete the course with a grade of 50% or higher. When your certificate is available, you will be notified in your edX dashboard. Grading Scheme Specific to each course.

Program Syllabus Program overview

Big data is changing the way businesses operate. Driven by a new

scale of data collection that provides massive levels of information,

businesses are now able to analyse and gather data insights to make

better-informed decisions.

Data scientists and business analysts are in high-demand as

companies look to use data to improve their business operations.

In this Big Data MicroMasters ® Program, you will learn tools and

analytical methods to use data for decision-making, collect and

organise data at scale, and gain an understanding of how data analysis

can help to inform change within organisations.

You’ll develop both the technical and computational skills that are in

high demand across a range of industries. You’ll develop critical

skills in programming for data science, computational thinking,

algorithm design, big data fundamentals, and data-driven analysis,

with plenty of opportunities to apply and explore your new learnings

through a range of case studies.

What you’ll learn

• How to design algorithms.

• Understand fundamental programming concepts including data

abstraction, storage and structures.

• Understand computational thinking which includes decomposition,

pattern recognition, abstraction, algorithmic thinking, dimension

reduction and Bayesian models.

• Data-driven problem and algorithm design for big data.

• Interpretation of data representation and analysis.

• How to use analytical tools such as R and Hadoop.

Programming for Data Science ProgramX Learning objectives

• Use ProcessingJS (a visual language, giving learners immediate feedback as they

develop their coding skills) to create and control shapes and use repetition to

manipulate and visualise data.

• Carry out tests on your code and debug code examples.

• Create simple and complicated choices with your code.

• Identify when arrays are needed, and use arrays to represent data

• Understand how static and dynamic arrays can be best utilised.

• Transform a problem description into a complete working solution.

Assessment requirements • Quiz questions and practical activities at the end of each of the ten sections.

Computational Thinking and Big Data CompX Learning objectives

• Apply advanced core computational thinking concepts to large-scale data sets.

• Use industry-level tools for data preparation and visualisation, such as R and Java.

• Use R to describe variables with appropriate summary statistics and visualisation

methods.

• Apply methods for data preparation such as data manipulation to reduce the number of

variables or transform them to a simpler form for modelling.

• Organise data using data structures, apply hash functions, encode directed and

undirected graphs in different data structures and execute basic algorithms on them.

• Interpret information from large data sets, and identify and illustrate relationships

between them.

Assessment requirements • Quiz questions and practical activities at the end of each section.

3 edx/Adelaidex/MicroMasters Big Data MicroMasters: Syllabus

Big Data Fundamentals BigDataX

Learning objectives

• Develop algorithms for the statistical analysis of big data.

• Design algorithms for stream processing and counting of frequent elements in big data.

• Design and implement PageRank algorithms using MapReduce.

• Design recommendation systems for movie/music services.

• Solve the adwords problem using online greedy algorithms (Balance algorithm).

• Understand the social and ethical aspects of big data mining.

Assessment requirements • Quiz questions and practical activities throughout the course.

Big Data Analytics AnalyticsX Learning objectives

• Develop algorithms for the statistical analysis of big data

• Apply models in predictive analytics, including probabilistic and statistical models.

• Determine the validity of a model and access its ability to predict.

• Differentiate between prediction and classification and be able to identify the correct

methods to use for each.

• Build a deep learning classification model for image recognition.

• How ethical aspects of big data mining can impact society.

Assessment requirements • Quiz questions and practical activities throughout the course.

4 edx/Adelaidex/MicroMasters Big Data MicroMasters: Syllabus

Big Data Capstone Project DataCapX Learning objectives • Demonstrate the knowledge acquired and apply the skills developed through the four

preceding courses with a project-based assignment.

Assessment requirements • Completion of the four preceding courses within the MicroMasters program.

• Completion of an individual project to test and showcase your skills and abilities across

the areas of Big Data that this program has explored.

• Online proctored exam.