Collaborated with peers, mentors, and faculty to develop a touchless faucet prototype aimed at reducing infectious disease transmission for a STEM research project
Actively participated in workshops, discussions, and hands-on activities to earn a physics credit and gain coding skills for faucet system implementation
Contributed creative problem-solving to ensure project success
Presented final project via research poster format, engaging in Q&A sessions
Education
High School Diploma -
Sir Wilfrid Laurier Collegiate Institute
Toronto, ON
Skills
Laboratory techniques
Lab Safety Protocols
Data and statistical analysis
Scientific Inquiry and Writing
Design Thinking
Team player
Critical Thinking
Project Management
Projects
2022 (September - December)
HL IB Biology Research project on the effect of microgravity on the early growth of Lactuca sativa
As part of the International Baccalaureate program, conducted a research project on the independently chosen topic of plant growth in microgravity
Applied the scientific method by forming a hypothesis, performing experiments and conducting statistical analysis (ANOVA, t-tests)
Presented background information, preliminary research, findings and conclusion in the form of a scientific research paper and obtained the highest mark (24/24)
Utilized academic databases to understand the area of research, determine experimental designs and perform preliminary experiments to ensure accuracy
Built clinostat with adjustable rpm and ensured proper functioning through background research and preliminary experiments
Courses
Winter 2024 (January - April)
PSL190: Biomedical Research at the Cutting Edge
Can communicate scientific concepts with clarity and precision
Able to find, read and analyze scientific papers
Capable of developing testable hypotheses, choosing appropriate experimental designs, and interpreting results
Thorough understanding of in vivo FABP4 activity on GSIS
Thorough understanding of CRH neurons' role in transmission and buffering of synaptic changes after stress
Fall 2023 (September - December)
BIO120: Adaptation and Biodiversity
Proficient in principles and concepts of evolution and ecology, emphasizing origins of adaptation and biodiversity
Applied empirical and theoretical approaches to explore mechanisms of biological diversification.
Fall 2023 (September - December)
BIO130: Molecular and Cell Biology
Developed understanding of fundamental principles in molecular and cell biology
Focused on exploring how the basic building blocks of life contribute to the functionality of cells
Developed laboratory skills relevant to molecular biology such as micropipetting, DNA isolation, gel electrophoresis, PCR, use of bioinformatics tools and use of restriction enzymes for cloning
Developed laboratory skills relevant to cell biology such as phase contrast microscope viewing and analysis fo live organisms under a microscope
Lab Assistant - EECS 3215 at Lassonde School Of Engineering, York UniversityLab Assistant - EECS 3215 at Lassonde School Of Engineering, York University
STEM Educator & Mentor - Internship at k2i Academy @ Lassonde School of EngineeringSTEM Educator & Mentor - Internship at k2i Academy @ Lassonde School of Engineering