Student engineer experiments with bicycles

As a teacher, I have many different experiences in the classroom, some challenging, some unusual, but most are very rewarding.

I am currently working on my favourite program at Griffith University, 5903LHS Language and Communication for Sciences. This course is only for international students but combines all the Science disciplines into one class to improve language, knowledge and communication skills required for science-based study and practice in their discipline.

That means my class has students from IT, Engineers, Biomedical, Environment, Planning and Architecture and Natural Sciences, Aviation and all the hard sciences as well (Marine, Biology, Chemistry, Forensic Science, Mathematics etc) which I relish!

Even though I know there are engineers in my class, I was still happily surprised when during a class discussion, one female engineering student, Win, casually mentioned that she had previously worked on a project looking how the weight of wheels affected the performance of a bicycle. I was stoked!

Student Engineer experiments with bicycles for Science/English report

Win told me about her report (which you can read below). Essentially, it focuses on testing the impact of wheel weight for a bicycle travelling uphill. This report was an assessment to demonstrate her understanding of scientific principles to a practical situation as well as practising her English.

I won’t reveal Win’s final results or her key findings, suffice to say she covers aspects such as:

  • gravitational potential energy
  • rotational inertia
  • analysis of wheels with weight vs wheels without weight
  • velocity vs time
  • momentum and acceleration forces
  • the influence of Newton’s first and second law
  • inter-observer variability

We got chatting about her bicycle report after class. I was intrigued. She told me she had selected this project for a college assignment, but that the real focus was to practice her English. She had a great time researching, testing and writing the experiment up – and have gotten a lot out of it in the process.

Bicycle Experiment Report

Here is a copy of Win’s Engineering report on the bicycle experiment she investigated: Win’s Report -Lighter wheels vs heavier wheels experiment

Bicycles being used in tertiary education

I told her I was really impressed, as not many people would think of bicycles as the basis for their assignments. I have previously posted on how zero-gyroscopic bicycles were used to teach Systems Dynamics in the late 1980s and that there are still a few tertiary programs integrating bicycles into the curriculum to more practically explain all manner of complex concepts. We agreed that bicycles are a brilliant way to learn and they should be utilized more in classrooms.

Will bicycles be more prevalent as an educational tool?

I was impressed that Win chose to focus on bicycles for her research paper, for many reasons. Not many engineering students would choose bicycles as their object of study, even less of those I presume would be female and from overseas. From my experience, purely based having to use English, most international students will select a topic that is easier to work with and write about.

I was even more impressed when she brought the paper to class the next week. Although she was a little embarrassed about her English level at the time, she gave me a copy of her paper and permission to upload it here.

The reason I wanted to share Win’s story is that I found her, her paper and the organic way that her bicycle research had come up very encouraging. It made me feel happy that bicycles were the focus of productive education (engineering and English) in ways and places that I didn’t expect. I am sure this goes on all the time (at least I hope it does!), but it was very reaffirming for it to confirmed to me in a totally unexpected way – and in a totally unrelated situation and with a student that I usually would not have been my first pick as being a bike-centered education candidate. It hoped that there were many more of these situation occurring in classrooms around the world.

The irony that she is now in my academic English class and that were bonded over her bicycle-inspired assignment was not lost on me. I love that as a young, female, international Engineering student with no cycling background (she doesn’t even ride a bike) did this topic. I also admire her bravery in giving me a copy and allowing me to share in on this blog.

If you are studying, or have a child or friend who is – perhaps plant the seed by chatting to them about the opportunities and merits of incorporating bicycles into educational settings for greater student engagement and educational/social outcomes.

Student Engineer experiments with bicycles

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