Yutong Zhao
- +1(204)293-0625
- zhaoy327@myumanitoba.ca
- zhaoyutong43210.github.io/YutongCV
- Winnipeg, Manitoba, Canada
- 中文
I am seeking a new position in research / data analysis. Physics to me is not only a method that humans trying to understand the universe but also an effective way to solve unknown problems. Frontier research requires the ability to analyze tones of data, and creative thinking to visualize the data and deliver messages to the public. As a recently graduated Master student, I am willing to learn new knowledge and apply existing skills in the upcoming new position.
You can find pdf version here.Work Experiences
Teaching Assistant
Giving lectures on how to solve physics example problems to enhance the students' understanding of physics concepts. Guiding undergraduate students to finish their experiments and the lab reports during lab section. Evaluating quizzes and lab reports. Provide feedback to the professor in charge of the course.
- Course PHYS 1050: Mechanics
- Course PHYS 1030: General Physics II
Research Assistant
Designing experiments in the field of spintronics and metamaterials. Performing experiments, collecting data and analyzing data. Prepare manuscripts for publication based on teamwork.
Performing research work for Defence Research and Development Canada (DRDC) according to contract. Determine the explosive materials through measuring the dielectric properties using a novel method.
- Published 4 academic papers including Nature Communication.
- Contributed to a deeper understanding of light-matter interactions.
- These researches may provide potential applications on quantum computing.
Projects
Microwave imaging technique
Developing the microwave imaging using a spintronic sensor to detect the concealed object such as a pistol in a suitcase. This technique measures the magnetic field instead of the electric field of microwave signal. It can be used for weapon detection. A graphic user interface has been developed based on this technique.
Explosive material detection
The dielectric properties are varied from materials to materials. We demonstrate using a specifically designed microwave cavity to detect the explosives such as potassium nitrate and ammonium nitrate. This is a part of DRDC projects. A graphic user interface has been developed based on this technique.
Real-time life detection system
Through measuring the microwave signal reflection, we can know where is life behind walls and concrete. The algorithm we developed can tell the breath rate or even heartbeats. These may have applications in rescue after an earthquake.
Education
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MSc in Physics (GPA: 4.33/4.5)University of Manitoba, Winnipeg, MB (2018 - 2020)University of Manitoba Graduate Fellowship (2019)International Graduate Student Entrance Scholarship (2018)
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BSc in Physics, First Class Honor (GPA: 3.88/4.5)University of Manitoba, Winnipeg, MB (2014 - 2018)Academic Achievement Prize (2015)Sunil K. Sen Scholarship (2018)Faculty of Science Summer Research Scholarship (2016)
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BSc in Physics (GPA: 3.88/5)Lanzhou Univeristy, China (2012 - 2018)Top two at Physics competition of Lanzhou University. (2012)