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Mon 6 Nov, Mon 13 Nov 2023
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Provided by: Social Sciences Research Methods Programme


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Basic Quantitative Analysis (BQA-1)

Mon 6 Nov, Mon 13 Nov 2023

Description

Building upon the univariate techniques introduced in the Foundations in Applied Statistics (FiAS) module, these sessions aim to provide students with a thorough understanding of statistical methods designed to test associations between two variables (bivariate statistics). Students will learn about the assumptions underlying each test, and will receive practical instruction on how to generate and interpret bivariate results using Stata. It introduces students to four of the most commonly used statistical tests in the social sciences: correlation, chi-square tests, t-tests, and analysis of variance (ANOVA).

The module is divided between pre-recorded mini-lectures, in which you'll learn the relevant theory, and hands-on live practical sessions in Zoom, in which you will learn how to apply these techniques to analyse real data using the statistical package, Stata.

You will learn the following techniques:

  • Cross-tabulations
  • Scatterplots
  • Covariance and correlation
  • Nonparametric methods
  • Two-sample t-tests
  • ANOVA

As well as viewing the pre-recorded mini lectures via Moodle and attending the live lab sessions, students are expected to do a few hours of independent study each week.

Target audience
  • Postgraduate students and staff
  • Further details regarding eligibility criteria are available here
Prerequisites

Students wishing to take this modules should have:

either successfully completed Foundations in Applied Statistics (FiAS), including the end-of-module test

or have had previous training in introductory level statistics (verified by the Skill Check)

Students will also need a basic knowledge of Stata. If you have not taken FiAS, and have not learned Stata elsewhere, there are two options:

Download the materials from "90-minute Stata" and work through them yourself; Email the SSRMP Administrator to ask whether a space is available for the first of the FiAS lab sessions, where Stata is introduced.

Sessions

Number of sessions: 4

# Date Time Venue Trainer
1 Mon 6 Nov 2023   10:00 - 12:30 10:00 - 12:30 SSRMP pre-recorded lecture(s) on Moodle   Dr Ashton Brown
2 Mon 6 Nov 2023   14:00 - 16:00 14:00 - 16:00 University Centre, Hicks Room map Dr Ashton Brown
3 Mon 13 Nov 2023   10:00 - 12:30 10:00 - 12:30 SSRMP pre-recorded lecture(s) on Moodle   Dr Ashton Brown
4 Mon 13 Nov 2023   14:00 - 16:00 14:00 - 16:00 University Centre, Hicks Room map Dr Ashton Brown
Format

This module is very popular, so we repeat it several times. Each module runs over 2 sessions, covers exactly the same material, and is at the same level.

Software

The module uses the statistical package Stata; this is free to download. Instructions will be provided.

Assessment

An end-of-module assessment (open-book online test). Weekly online quizzes are available to help you prepare.

Textbooks/Reading List

There is no set text for this module; although recommended readings and all necessary information will be available on the module's Moodle page.

How to book

Please complete the Basic Statistics Stream booking request form on the SSRMP website

Moodle

Moodle is the 'Virtual Learning Environment' (VLE) that the SSRMP uses to deliver online courses.

SSRMP lecturers use Moodle to make teaching resources available before, during, and/or after classes, and to make announcements and answer questions.

For this reason, it is vital that all SSRMP students enrol onto and explore their course Moodle pages once booking their SSRMP modules via the UTBS, and that they do so before their module begins. Links to the Moodle page, as well as access codes, can be found in the confirmation email once a booking has been made.

Moodle pages for modules should go live around a week before the module commences, but some may be made visible to students, earlier.

Duration

8 hours over 2 weeks (4 hours lectures; 4 hours lab)

Frequency

1 morning lecture and 1 afternoon lab session per week, for 2 weeks

Related courses
Theme
Basic Statistics Stream

Booking / availability