Automated Assessment in Engineering Mathematics: Case Study

Shared by SteadyAtlas9417 October 22, 2026 PDF
Education Engineering Mathematics 60 pages $45
Page 1 shows the title 'A case study on the impact of automated assessment in engineering mathematics' and the abstract.
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About this document

Pages
60 pages
Price
$45 one-time, yours to keep
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Included in every plan
Format
PDF
Subject
Education, Engineering, Mathematics

This research paper examines the impact of automated assessment on student performance in an engineering mathematics module. It discusses the use of virtual learning environments and automated quizzes, and presents a case study of a foundation degree programme in electrical and mechanical engineering.

What's inside

  • Introduction to virtual learning environments and automated assessment
  • Case study of an engineering mathematics module
  • Details of the study and its participants
  • Assessment methods and their distribution
  • Quizzes and self-test exercises

Who it is for: Students of engineering mathematics, especially those studying the impact of automated assessment. (Postgraduate)

#automated assessment #case study #electrical engineering #engineering education #engineering mathematics #foundation degree #student performance #virtual learning environments

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Summary

Automated assessment in engineering mathematics is discussed. Students learn about the impact of automated assessment on learning and performance in engineering mathematics modules.

Virtual learning environments

Virtual learning environments are now common in education. They provide advantages such as time efficiency and automatic assessment with instant feedback.

Automated assessment benefits

Automated assessment reduces the time instructors spend on assessment. It allows for revision without using lecture time, lowering costs and increasing efficiency.

Mathematics in engineering

Engineering mathematics involves trigonometric functions and complex numbers. Students need to understand phasor notation and Euler’s formula for power systems analysis.

Mathematicians' role in education

Mathematicians can contribute to mathematics education. Effective teaching involves mathematical knowledge, understanding the students' knowledge, and customizing teaching methods.

Key terms

Automated assessment
Assessment done by computers, often in virtual learning environments.
Virtual learning environments
Online platforms used for teaching and learning.
Phasor notation
A way of representing complex numbers using polar coordinates.
Euler’s formula
A formula that relates complex exponentials to trigonometric functions.
Bloom’s taxonomy
A classification of learning objectives into levels of complexity.
Power systems analysis
The study of electrical power systems using mathematical methods.

Questions this document helps with

  • How does automated assessment affect student performance in engineering mathematics?
  • What are the benefits of using virtual learning environments?
  • What mathematical skills are essential for engineering students?

Summary written with AI from the document's text.

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