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Quick Facts

Medium Of InstructionsMode Of LearningMode Of Delivery
EnglishSelf StudyVideo and Text Based

Course Overview

This Data-driven Astronomy online course is designed and developed by the University of Sydney for the candidates to learn on the Coursera online education platform. This physical and astronomical course is expected to be completed by the students in twenty hours entirely. The intermediate-level course is a study about the scope of data science in the field of astronomy and the role of tools and techniques of machine learning that are used to understand the data. 

In the Data-driven Astronomy training course, the candidates are provided with the opportunity to know and comprehend the problems that may arise while handling large datasets, the strategies to use algorithms, and the ways to use the different programming languages and software tools to decipher the data. 

The course instructors for this online certification course are associate professor Tara Murphy and Simon Murphy, a postdoctoral researcher at the school of physics at the University of Sydney. 

The Highlights

  • Online mode
  • Twenty four hours programme
  • Financial aid
  • Flexible deadline
  • Intermediate level course
  • Shareable certificate
  • Subtitles in Arabic, French, Portuguese, Italian, Vietnamese, German, Russian, English, Spanish

Programme Offerings

  • Lectures
  • course videos
  • Readings
  • Practice Exercises
  • quizzes
  • Graded Assignments
  • tests
  • Expert interviews
  • financial aid
  • Self-paced learning
  • subtitles
  • Course completion certificate

Courses and Certificate Fees

Fees InformationsCertificate AvailabilityCertificate Providing Authority
INR 2376yesCoursera

This online programme is offered in two different versions wherein the paid version consists of the benefits like certificate, access to graded assignments and tests.

Data-driven Astronomy fee structure

Audit mode

Free

Course Certificate fee

Rs 2376


Eligibility Criteria

The Data-driven Astronomy training will require the candidates to have knowledge about modern programming languages and the skills for variables, control structures, data structures, functions, and an experience for working with files. 

Certificate qualifying details

The candidate who completes the ‘Data-driven Astronomy’ programme successfully will receive a course completion certificate from Coursera.

What you will learn

Programming skillsKnowledge of AlgorithmsMachine learningData science knowledgeDatabase ManagementKnowledge of PythonKnowledge of Big DataSQL knowledgeKnowledge of deep learning

The Data-driven Astronomy syllabus enables the students to learn about practical skills that will aid the process of the huge amounts of data involved in the astronomical observations and the scope of machine learning and technology that helps the data analysis for the scientists. The learners will gain expertise with the programming language called python 3. The Data-driven Astronomy classes consist of an improved learning experience which paves the way for the candidates to upskill themselves with python programming, machine learning, and the concepts and principles of applied machine learning with an exposure to the knowledge of SQL.


Who it is for

The Data-driven Astronomy online training benefits the scientistsdata scientists, and other professionals of the astronomical field to discover facts, concepts, and ideas about the planets, universe, and everything associated with them.


Admission Details

The registration for the course on ‘Data-driven Astronomy’ by Coursera can be done through the official website as per the following steps.

Step 1: Get to the course page on the official website of Coursera using the link below,

https://www.coursera.org/learn/data-driven-astronomy

Step 2: Click on the ‘Enroll for free’ option on the course page.

Step 3: Choose the convenient mode for course access.

Step 4: Enter the relevant information and complete the enrollment.

Application Details

On the form found on the registration page for the ‘Data-driven Astronomy’ training, the candidates will be required to fill in their name and email address.

The Syllabus

Videos
  • Thinking about data
  • Course overview
  • Pulsars
  • Diving in: imaging stacking
  • Challenge: the median doesn't scale
  • The solution: improving your method
  • Module summary
  • Interview with Aris Karastergiou
Reading
  • Further reading
Practice exercise
  • Pulsars: test your understanding

Videos
  • Big data makes things slow
  • Supermassive black holes
  • What is cross-matching?
  • Evaluating time complexity
  • A (much) faster algorithm
  • Module summary
  • Interview with Brendon Brewer
Practice exercise

Supermassive black holes: test your understanding

Videos
  • Managing your big datasets
  • The lifecycle of stars
  • Setting up your own database
  • Exploring a star cluster
  • Module summary
  • Interview with Emily Petroff
Practice exercise
  • Stars - test your understanding

Videos
  • Managing your big datasets
  • The lifecycle of stars
  • Setting up your own database
  • Exploring a star cluster
  • Module summary
  • Interview with Emily Petroff
Practice exercise
  • Stars - test your understanding

Videos
  • Learning from data
  • The cosmological distance scale
  • What is machine learning?
  • Decision tree classifiers
  • Estimating redshifts using regression
  • Summary
  • Interview with Ashish Mahabal
Practice exercise
  • Cosmological distances - test your understanding

Videos
  • Classifying your data
  • Types of galaxies
  • Morphological classification of galaxies
  • Limitations of decision tree classifiers
  • Improving our results with ensemble classifiers
  • Module summary
  • Interview with Karen Masters
Reading
  • Classify some galaxies by hand!
Practice exercise
  • Galaxies - test your understanding

Instructors

The University of Sydney, Sydney Frequently Asked Questions (FAQ's)

1: Which university has developed the course on ‘Data-driven Astronomy’ on the Coursera education platform?

The University of Sydney has designed the course and is offering the course on Coursera.

2: Who are the course educators for the ‘Data-driven Astronomy’ programme?

The course instructors for this online programme are associate professor Tara Murphy and postdoctoral researcher Simon Murphy.

3: What are the prerequisites for the ‘Data-driven Astronomy’ training programme?

The candidates are required to have prior knowledge of the basics of programming languages.

4: Are the ‘Data-driven Astronomy’ classes available for free?

Yes, the course can be accessed for free without the benefits like certificates, graded assignments and tests.

5: Will I get a certificate after completing the ‘Data-driven Astronomy’ online course?

Yes, you will receive a course completion certificate from Coursera after completing the course along with the assignments and tests.

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