Learning Analytics

Learning Analytics

Program Description

The Masters Program in Learning Analytics prepares students to understand and use emerging quantitative methods, drawn from computer science, statistics, and cognitive science, for handling the vast amounts of data generated by online and digital learning environments. Students complete coursework in learning analytics and educational data mining methods, tools, and theory over the course of a year of full-time study beginning in the fall semester and concluding in the summer. Part-time study for those working in related fields is also available.

In addition to learning about relevant policy, legal, and ethical issues involved in conducting analytics on educational data, students will be challenged to use learning analytics methods to improve learning opportunities for a range of student populations. Students in the Master of Science in Learning Analytics program work with real-world data collected from online and digital learning environments in the K-12 and post-secondary sectors. 

The program includes face-to-face and online components and opportunities for individual instruction and advice. Students are encouraged to develop industry connections, which can result in internships and other experiential learning opportunities.

Program Degrees

Expand the accordion(s) to view the degree requirements:

  • Degree Requirements (32 points)

    Required Program Core Courses: (minimum of 5 courses for 15 points/credits)

    • HUDK 4050: Core Methods in Educational Data Mining
    • HUDK 4051: Learning Analytics: Process and Theory
    • HUDK 4052: Data, Learning, and Society OR HUDK 4011 Networked and Online Learning
    • HUDK 4054: Managing Educational Data OR HUDK 4031 Data, Testing, and Meritocracy
    • HUDK 5053: Learning Analytics Practicum OR HUDK 5324 Research Work Practicum

    Additional Courses in Learning (HUDK): (minimum of 3 courses for 9 points/credits)

    • Three courses with the HUDK prefix selected in consultation with your advisor

    Courses in Statistics (minimum of 2 courses for 6 points/credits) Also satisfies the College Breadth Requirement

    • HUDM 4122 Probability and statistical inference OR HUDM 4125 Statistical inference
    • HUDM 5122 Applied regression analysis

    Students with prior coursework in statistics may place out of one or more statistics courses and consider these additional options:

    • HUDM 5026 Introduction to data analysis in R
    • HUDM 5123 Linear models and experimental design
    • HUDM 5124 Multidimensional scaling and clustering
    • HUDM 5133 Causal inference for program evaluation
    • HUDM 5001 Programming for data science

    (Note that the two courses in statistics (HUDM) also satisfy the college breadth requirement.)

    Electives (minimum of 1 course for 2 points/credits)

    • HUDK5100 (required for those doing an internship) or other courses at Teachers College that are related to the program.

    Capstone Project: 

    Students will complete an integrative capstone project, involving analysis on real-world educational data to solve a real-world  problem or answer a real-world question.

    For the M.S. degree, no transfer credit is granted for work completed at other universities.

    Satisfactory Progress

    Students are expected to make satisfactory progress toward the completion of degree requirements. If satisfactory progress is not maintained, a student may be dismissed from the program.  Program faculty annually review each student’s progress. Where there are concerns about satisfactory progress, students will be informed by the program faculty. If a student is performing below expectations, remedial work within an appropriate timeline may be required.  If satisfactory progress is not maintained, a student may be dismissed from the program. Further policy details can be found in the Teachers College Student Handbook: https://www.tc.columbia.edu/student-handbook/

    Full-time Program

    Students can apply for and be admitted to the full-time program in the fall semester only. This program takes up to 3 semesters of study.  

    For International Students on Visas: Each semester international students must maintain 9 points for full time status. In the last semester, you will need a “Reduced Course load” form approved by the Program Director.

    For all students: In their last semester, students will need to submit an “Intent to Graduate” form early in the semester.

Program Faculty

Faculty

  • James E Corter
    Professor of Statistics and Education
  • Bryan Sean Keller
    Associate Professor of Practice in Applied Statistics
  • Gary J Natriello
    Ruth L. Gottesman Professor in Educational Research
  • Youmi Suk
    Assistant Professor of Applied Statistics

Professors of Teaching

  • Jie Gao
    Assistant Professor of Teaching
  • Yasemin Gulbahar Guven
    Associate Professor of Teaching
  • Talia Robbins
    Assistant Professor of Teaching

Adjunct Faculty

  • Chad J. Coleman
    Adjunct Assistant Professor

Program Courses

HUDK4011 Networked and Online Learning

The course explores the social dimensions of online learning. The course begins by reviewing the uniquely social dimensions of learning in general and then turns to an examination of the transition to the information age that has made online or networked learning possible. The course next covers how traditional social forms such as classrooms, schools, professions, and libraries have been represented in online learning venues followed by consideration of new and emerging social forms such as digital publishing, social networks and social media, adaptive learning technologies, and immersive and interactive environments. The course concludes by examining macro-level factors that shape the opportunities for online learning.

HUDK4031 Data, Testing, and Meritocracy

Individuals in modern societies live in a world in which evaluation is ubiquitous. More and more aspects of our performances are subject to informal and/or formal assessment. Everything from our health as infants, to our performance in schools as youngsters, our potential to benefit from higher education, and our capacity to contribute in the workplace is evaluated. This course examines the social dimensions of the development and operation of different kinds of evaluation systems in modern societies. Major topics include the social, political, and intellectual contexts for evaluation, the institutional bases of evaluation activities, the social settings in which evaluation takes place, and the effects of evaluations on individuals and groups

HUDK4050 Core methods in Educational Data Mining

The Internet and mobile computing are changing our relationship to data. Data can be collected from more people, across longer periods of time, and a greater number of variables, at a lower cost and with less effort than ever before. This has brought opportunities and challenges to many domains, but the full impact on education is only beginning to be felt. Core Methods in Educational Data Mining provides an overview of the use of new data sources in education with the aim of developing students’ ability to perform analyses and critically evaluate their application in this emerging field. It covers methods and technologies associated with Data Science, Educational Data Mining and Learning Analytics, as well as discusses the opportunities for education that these methods present and the problems that they may create. The overarching goal of this course is for students to acquire the knowledge and skills to be intelligent producers and consumers of data mining in education. By the end of the course students should be able to systematically develop a line of inquiry utilizing data to make an argument about learning and be able to evaluate the implications of data science for educational research, policy, and practice.

HUDK4051 Learning Analytics: Process and theory

Learning Analytics, Theory & Practice provides advanced techniques in the use of new data sources in education with the aim of developing students’ ability to perform analyses and critically evaluate their application in this emerging field. It covers methods and technologies associated with data science, machine learning and learning analytics, as well as discusses the opportunities for education that these methods present and the problems that they may create.

HUDK4052 Data, Learning, and Society

Introduction to multiple perspectives on activities connected to progress in our capacity to examine learning and learners, represented by the rise of learning analytics. Students develop strategies for framing and responding to the ranges of values-laden opportunities and dilemmas presented to research, policy, and practice communities as a result of the increasing capacity to monitor learning and learners.

HUDK4054 Managing educational data

Attaining, compiling, analyzing, and reporting data for academic research. Includes data definitions, forms, and descriptions; data and the research lifecycle; data and public policies; and data preservation practices, policies, and costs.

HUDK5053 Learning Analytics Practicum

Learning Analytics Practicum is a core course of the M.S. in Learning Analytics Program and a gateway for students to transition from their education to a professional career. The course introduces principles and procedures in real-world educational data problems, provides support for students’ capstone projects with external organizations, and helps students access resources and develop skills necessary for a career in education and data science.

HUDK5100 Supervised Research & Practice

 

HUDK5324 Research Work Practicum

Students learn research skills by participating actively in an ongoing faculty research project.

HUDM4122 Probability and statistical inference

An introduction to statistical theory, including elementary probability theory; random variables and probability distributions; sampling distributions; estimation theory and hypothesis testing using binomial, normal, T, chi square, and F distributions. Calculus not required.

HUDM4125 Statistical inference

Prerequisite: Course in Calculus. Calculus-based introduction to mathematical statistics. Topics include an introduction to calculus-based probability; continuous and discrete distributions; point estimation; method of moments and maximum likelihood estimation; properties of estimators including bias and mean squared error; large sample properties of estimators; hypothesis testing including the likelihood ratio test; and interval estimation.

HUDM5122 Applied Regression Analysis

Prerequisite: HUDM 4122, HUDM 4125, HUDM 4120 or equivalent. This course is an introduction to regression with emphasis on the practical aspects. Topics include: simple linear regression, multiple linear regression, regression with categorical independent variables and/or interactions, role of assumptions, model diagnostics, and generalized linear models. Class time includes lab time devoted to applications with IBM SPSS.

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