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Critical Reflection

  13 weeks has passed since the first UCS1001 lesson was conducted. It was fruitful and helpful to my learning experience both as a student and as a person. At the start of the trimester, we were tasked to write a formal letter of introduction and set some goals for ourselves for the module. I feel that they are still work in progress as there are somethings that still can be improved on. Firstly, the tech report’s oral presentation. I feel that I have improved as a confident speaker as I was able to not stutter a lot with my presentation. Moreover, I was able to get my points of the background information of my group to the audience in a clear and concise manner. However, I feel that my usage of space as a speaker could be improved in the future as I did not effectively use the space given to me. In future presentations, I will keep this in mind and polish my presentation skills. In my opinion, the module has helped me to be a confident speaker as it has taught us how to present to
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Summary/Reader Response draft #3

The article “Why stars look spiky in images from the James Webb Space Telescope'' by Griggs (2022) discussed the causes of distortion in the images produced by the James Webb Space Telescope. These distortions are determined by the telescope being used, and its design and hardware. The JWST is a reflecting telescope that uses light from the universe to form images using mirrors and imaging instruments. The shape of the mirrors affects how lights can diffract around the mirror’s edge. The JWST consists of primary and secondary mirrors, where the primary hexagonal mirrors contribute to the six diffraction spikes in the produced image, and the secondary mirrors are held by three struts that are 25 feet away from the primary mirrors. These struts also contribute to the distortion due to how light diffracts off the struts. There are mainly two instruments that produce images from the telescope. The Near Infrared Camera (NIRCam) uses near infrared lights to capture the image while th
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Summary/Reader Response draft #2

  The article “Why stars look spiky in images from the James Webb Space Telescope'' by Griggs (2022) discussed the causes of distortion in the images produced by the James Webb Space Telescope. These distortions are determined by the telescope being used, and its design and hardware. The JWST is a reflecting telescope that uses light from the universe to form images using mirrors and imaging instruments. The shape of the mirrors affects how lights can diffract around the mirror’s edge. The JWST consists of primary and secondary mirrors, where the primary hexagonal mirrors contribute to the six diffraction spikes in the produced image, and the secondary mirrors are held by three struts that are 25 feet away from the primary mirrors. These struts also contribute to the distortion due to how light diffracts off the struts. There are mainly two instruments that produce images from the telescope. The Near Infrared Camera (NIRCam) uses near infrared lights to capture the image while
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Summary/Reader Response draft #1

The article “Why stars look spiky in images from the James Webb Space Telescope'' by Griggs (2022) discussed the causes of distortion in the images produced by the James Webb Space Telescope. These distortions are determined by the telescope being used, and its design and hardware. The JWST is a reflecting telescope that uses light from the universe to form images using mirrors and imaging instruments. The shape of the mirrors affects how lights can diffract around the mirror’s edge. The JWST consists of primary and secondary mirrors, where the primary hexagonal mirrors contribute to the six diffraction spikes in the produced image, and the secondary mirrors are held by three struts that are 25 feet away from the primary mirrors. These struts also contribute to the distortion due to how light diffracts off the struts. There are mainly two instruments that produce images from the telescope. The Near Infrared Camera (NIRCam) uses near infrared lights to capture the image while th
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Assignment 2 Draft 2

The article “Why stars look spiky in images from the James Webb Space Telescope” by Griggs (2022) discussed the causes of distortion in the images produced by the James Webb Space Telescope. These distortions are determined by the telescope being used, and its design and hardware. The JWST is a reflecting telescope that uses light from the universe to form images using mirrors and imaging instruments. The shape of the mirrors affects how lights can diffract around the mirror’s edge. The JWST consists of primary and secondary mirrors, where the primary hexagonal mirrors contribute to the six diffraction spikes in the produced image, and the secondary mirrors are held by three struts that are 25 feet away from the primary mirrors. These struts also contribute to the distortion due to how light diffracts off the struts. There are mainly two instruments that produce images from the telescope. The NIRCam uses near infrared lights to capture the image while the Mid  Infrared Instrument (MIRI
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Assignment 2 - Summary draft 1

 The article “Why stars look spiky in images from the James Webb Space Telescope” by Griggs (2022) discussed the causes of distortion in the images produced by the James Webb Space Telescope. These distortions are determined by the telescope being used, and its design and hardware. The JWST is a reflecting telescope that uses light from the universe to form images using mirrors and imaging instruments. The shape of the mirrors affects how lights can diffract around the mirror’s edge. The JWST consists of primary and secondary mirrors, where the primary hexagonal mirrors contribute to the six diffraction spikes in the produced image, and the secondary mirrors are held by three struts that are 25 feet away from the primary mirrors. These struts also contribute to the distortion due to how light diffracts off the struts. There are mainly two instruments that produce images from the telescope. The NIRCam uses near infrared lights to capture the image while MIRI uses mid infrared lights. In
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Formal introduction letter

To Professor Brad Blackstone and my fellow classmates. A warm greetings to everyone. My name is Zong Xiang and I am currently pursuing a degree in mechanical engineering at the Singapore Institute of Technology. I hope you will learn more about me both as a student and a person .  I graduated from Singapore Polytechnic with a diploma in mechanical engineering in 2020. At first I had no idea what to pursue and I was recommended by my cousins to go into mechanical engineering as they were engineers. Mechanical engineering has grown on me as it was related to my interest in Formula 1 and aviation.  One communication strength which I feel I have is the ability to communicate effectively in a team. I could communicate well in a team setting to achieve our goals for our tasks during my work in school and in National Service. One weakness I have is that I tend to not be confident when I speak during a presentation as I stutter often. Hence, one of the goals I have for this module is to learn
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