This document outlines a project to develop enhanced question banks in Moodle for complex problems. The goals are to offer 24/7 e-learning, personalized training, and instant feedback to improve learning. Question banks were created for topics in statics and dynamics at different levels, with feedback. Students found the quizzes helpful for practice and exam revision. Developing complex quizzes for other topics could save substantial academic time spent on marking assignments in the future as class sizes increase. Further improvements and expanding the banks to additional topics are proposed.
2. Aim of the project
Offer a 24h e-learning environment
Students can test their understanding
Instant feedback
Personalized training
Improve overall learning experience
System should be usable for learning, formative self-assessment
and/or summative coursework
Create question banks in Moodle for complex problems
Develop, document, and integrate
Use Moodle as platform for consistency
Key concepts: Complex quizzes & database of quizzes
3. History & acknowledgments
Introducing e-learning environments to the Biomedical Engineering
Programme I. Summer Studentships UCL Engineering Faculty
Fund 2014 (4 weeks studentship)
Introducing e-learning environments to the Biomedical Engineering
Programme II. UCL Medical Physics and Biomedical Engineering
Department Fund 2014 (4 weeks studentship)
Introducing Enhanced Question Banks in Moodle for Complex
Problems. UCL E-Learning Development Grant 2014 (£2000)
4. Why complex quizzes?
To really test the capabilities of the students
Longer questions, no “clues” of the answers, monitor full question
Current options:
5. Why databases of quizzes?
Multiple examples of each question
Reduce the “cheating/copying” even in large classes or
across years
Can be used for:
Learning
Exam revision
Assessment
6. What was needed?
Good understanding of Moodle capabilities
Matlab
Xml
Loads of patience
7. Summer Studentships UCL Engineering Faculty Fund 2014
Aimed to develop maths questions for ENGS103P –Mathematical
Modelling and Analysis
Worked with Dr. Tristan Robinson
Our contribution:
Provide feedback from a student/academic point of view for the quizzes
generated over the summer
Identify how to include 2+ answers (numerical, short answer and/or multiple
choice) in a given question. E.g.:
Matlab and XML script provided to Dr. Tristan for incorporation in his Moodle
quizzes.
Our achievements
8. UCL Medical Physics and Biomedical Engineering Dept. Fund
2014 & UCL E-Learning Development Grant 2014
Question banks for 6 topics { training quizzes and CW quizzes}:
Free body diagrams
https://moodle.ucl.ac.uk/mod/quiz/attempt.php?attempt=2521365&page=4
Simply supported beams (5 levels)
https://moodle.ucl.ac.uk/mod/quiz/attempt.php?attempt=2613003
Cantilever beams (5 levels)
https://moodle.ucl.ac.uk/mod/quiz/attempt.php?attempt=2566737&page=4
Warren truss ( 4 levels)
https://moodle.ucl.ac.uk/mod/quiz/attempt.php?attempt=2615345
Centroid and second moment of area (5 levels)
https://moodle.ucl.ac.uk/mod/quiz/attempt.php?attempt=2607695&page=4&scrollpos
=0#q1
Dynamics (1 level)
Our achievements
15. Students feedback
0.0 1.0 2.0 3.0 4.0 5.0
How easy was it to access the quizzes?
How was the presentation of the quizzes?
Did the quizzes aid your learning?
Did the quizzes allow you to learn at your own pace?
Did the quizzes allow you to practice questions
adapted to your own level?
Did you have enough question samples to practice
each level and topic?
Was the number of levels of difficulty for each topic
appropriate?
Did you find useful to know right away if your answer
was correct?
Did you find the hints and feedback given by the
system useful?
How helpful were the training quizzes on preparation
for the CW quizzes?
Are you likely to use the quizzes for the exam
revision?
Students feedback
16. Found more useful
Good practice
Good revision for exams
Can practice more than one time
Know the answer immediately
Allows to learn at own speed
Has different levels
Training quizzes has different questions each time
Feedback specific to the question, e.g. answer
Allows me to see how well I actually know the topic as
opposed to how well I think I know it
17. Suggestions for improvements
Make the hints and tips more useful
More variety and range of questions in training
quizzes
Answers that accept rounding and precision errors
This is a reflection of the of the limitations and
encountered problems that we faced!
18. 0.0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0
What is your view of the quizzes on statics
overall?
Do you think we should develop other complex
quizzes for the other areas of this module?
Do you think we should develop other complex
quizzes for the other modules?
Students overall feedback
19. Time assessment
Time spent -year 1:
14 weeks over 2
studentships
~ 10h for PGTA
~ 30-60 h academic time
Supervision
Setting of quizzes
Development
Debugging
Time spent – year 2:
1-10 h academic/PGTA
time
Academic time saved:
Year 1 (12 students)
12 stu * 5CW/stu * 15 min/CW = 15h
marking
5CW * 2h setting up = 10 h
Total =25h NONE
Year 2 (~30 students)
37.5h marking NONE
Year 3 (~100 students)
125 h marking 120 h SAVED
(that is over 15 working days or over
£1560 in PGTAs)
Year 10 (~300 students)
375 h marking 370 h SAVED
(that is over 46 working days or over
£4680 in PGTAs)
20. Other benefits
Further development time decreases while benefits increase
linearly
Highly reduces the administration time
No lost CWs
Reduces students questions to PGTAs and academics
21. Solve the limitations/problems identified
Generate better feedback and tips for each question
Create question banks of complex quizzes for the rest of
the MHY102P Mechanics and Materials Module
Create question banks of complex quizzes for other
modules
Seek for financial support/collaborators for further
development/future studentships
Future work
We aim to offer a 24h e-learning environment where students can test their understanding of a subject and obtain real time feedback and personalized training addressing their particular needs. The system can be used for learning, formative self-assessment or summative coursework.
I have worked in the past towards the implementation of e-learning environments, such as a system based in MyMatlab used in the 1st year Maths module at the School of Engineering and Material Science in Queen Mary, University of London. Besides the inherent benefits of a 24-h access, the students also claimed it improved their overall learning experience, which has driven me to carry on investing time in this area. Since I joined UCL I have worked to enhance this positive practice into UCL and more specifically the IEP.
The need of complex quizzes.
Short quizzes are good for a starting level, but do not challenge the students or cannot be used in complex questions.
I successfully applied for a “UCL Engineering Teaching and Learning Summer Studentship” this year which lasted 4 weeks. During this time the student and I worked in collaboration with Dr. Tristan Robinson for the development of the quiz banks to be used in the 1st year “Mathematical Modelling and Analysis” module common to all IEP programmes. Tristan was using a GUI to build mathematical question banks (the development of this GUI was funded by 2 ELDGs, i.e. Generation of mathematical quizzes I and II), while we were giving feedback to the quizzes he was developing and identifying and reporting back how to create more complex problems within Moodle. This collaboration gave us an insight of the GUI and how Matlab could be used to write the question banks to later on be imported into Moodle, therefore allowing for larger number of questions.
I then persuaded the head of our department to fund this studentship a further 4 weeks with the aim of exploring the possibility of adapting the automatic generation of question banks to other modules. Although Tristan GUI perfectly fits the purpose for simple mathematical questions, we soon realized that it was difficult to adapt it to complex problems. Also we considered that a GUI was not needed and having to write each question in an excel file was not practical. Therefore I decided to start from scratch taking what we have learned and focused this second studentship in the development of question banks for 3 typical mechanical questions (free body diagrams, simply supported beams, and second moment of area) which are to be used in the 1st year “Mechanics and Materials” module within the Biomedical Engineering programme.
Implemented just in some of the q.uestions
Access and appearance
Aiding learning at their own pace and personalized to their needs
Good selection of levels and difficulty, number of questions and feedback provided. Particularly happy of knowing if their answers were correct right away.
Helpful to prepare the assessed CW quizzes and revision for exams.
The time should include admin time as well to process all the CWs.
I used £12.5/h as rate.