Investigation on the Preparations and Methods that Affect Flow Cytometry
(Technical Communication for Biomedical Engineers)
January 2022 - April 2022
I worked in a group of 4 to identify relevant techniques that would productively improve flow cytometry and its accuracy. We cited multiple sources and described the methods they used to test the effectiveness of fluorescent staining and the use of targeted microbubbles. As a group, we also made a poster summarising the report and presented in front of an audience of about 25 people.
(This poster does not display well on mobile devices)
Designed a New Generation Implant for Distal Femur Fractures
(Biomechanics I)
September 2021 - December 2021
I worked in a team of 6 to research, and create a new design for, an implant for distal femur fractures. We were given a scenario where an older lady had suffered a transverse comminuted distal femoral fracture on the same leg as a unicondylar knee replacement. We researched what problems currently occur in an implant, and what is required from the post-operative procedures. We wrote a report on our research and created a brochure of our design.
Engineered a Signalling Gradient by Guided Self-Organized Cell Populations
(Introduction to Biomedical Engineering)
January 2021 - April 2021
I worked in a team of 4 to work on a scenario given to us in this course. We were asked to get the tissue to self-organize to grow a circular geometry of cell A in the centre and a ring around this circle with cell B. We used several signalling processes to help this occur and discussed potential cell types for cells A and B.
Literature Review on the Influence of Device Usage on Physical Health
(Writing and Research in the Disciplines)
September 2020 - December 2020
For the final project for this, course I conducted a mini-literature review to find how device usage affects physical health, mainly in adolescents. I conducted a systematic search on 6 databases ((JSTOR, ProQuest, Biomedicalcentral (BMC), SpringerLink, National Center for Biotechnology Information (NCBI) and ClinicalKey), to find articles that were related to my research question, and conducted a quantitative and qualitative analysis of the articles to find a correlation, and possibly causation, between device usage, and physical health.
Investigation on the Effectiveness of Different Cough Solution
(International Baccalaureate)
May 2020
For my Extended Essay project, I conducted experiments on different cough remedies to test which ones produced the most effective expectorant results. I made an artificial mucus solution through independent research (though it wasn't fully accurate), and tested the viscosity of the solution mixed with the remedies. I analyzed the data's significance using single-factor ANOVA analysis. I also reviewed (through secondary data) the antitussive properties of each remedy. I worked with a supervisor, organizing regular meetings with them, and keeping them up-to-date with my experimentation throughout the process.
Tested Gibbs Free Energy in a Voltaic Cell with Different Electrolyte Concentration
(International Baccalaureate)
May 2020
For my chemistry Internal Assessment, I conducted experiments on the Copper-Zinc voltaic cell (Daniell cell). I tested how the electrolyte concentrations in the cell affected the voltage, and thus the Gibbs free energy (through the Nernst equation). I used many laboratory tools, such as a Burette, pipette, micropipette, volumetric flask, and electronic mass balance to precisely create a stock solution and differing concentrations of electrolyte solutions. I also learned how to calculate the percentage uncertainties of my measurements, and create risk assessments of the chemicals I was using. On top of this, it was fascinating to dive deeper into voltaic cells and find ways they could be improved.
Examined how the Salinity of the Avicennia leaves are affected by distance from the ground
(International Baccalaureate)
May 2020
For my biology Internal Assessment, I travelled to Sedili Besar, Malaysia, and tested on the Avicennia leaves in the mangroves. Avicennia leaves excrete excess salt from their leaf surfaces and only have a partial exclusion of salt from the roots. I tested how the height of the leaf affected its salinity content. I learnt how to use a conductivity probe, and present my findings in excel and word. Additionally, during the trip, I learned a lot about the importance of the conservation of the rainforests and mangroves, and how palm oil plantations affected this.