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Resume Help for Job/Internship Applications
Hi guys! I hope everyone has had a successful week. I am currently working on tailoring my resume as I am applying to quantum engineering jobs/internships. I need some help with my resume which I have attached below. Some questions I have are what should I focus on adding/ removing from my resume? From an employer's standpoint, what is missing in this resume? and how can I best utilize the current skills that I have developed to communicate my readiness for working in quantum? Any input would help as I don't have much experience with this :-/...
How did you first become interested in Quantum Computing in the first place?
What was your initial drive to want to build a career in quantum computing? It’s not like CS where it’s perceived as an “easy career that pays well”. For me, I started with the simple notion “I like computers, and quantum computing seems like a more interesting and advanced version of normal computers”. Of course my first inclination was a little naive, but that’s OK. It eventually grew into a genuine passion. I feel like everyone’s interests originate from some visceral and unconscious gut feeling and can build to a true passion with real experience. What was your gut feeling that has drawn you in to quantum computing? I shared my naive start, so it’s OK if yours is simple too.
Guess who
Can anyone tell me who this is? Hint: he’s a microwave/RF engineer… I just landed in DC; I’m already failing at my goal of traveling less this semester.
Guess who
Question on Relevancy of Research in AI for Quantum Physics & Appearance Modeling
Hey team--I have been invited by a professor to contribute to her Lab, researching AI for Quantum Physics & Appearance Modeling and wanted to gauge thoughts on it. One of the functions I could potentially perform is: Adapting one of the physics based classical neural networks developed in the lab using a quantum simulator. I would be advised on how to develop coding environments using that simulator, and gain experience with neural networks to solve complex many-body problems. They focus on simulating materials for a broad range of research topics. I would learn how to evaluate these systems both qualitatively and quantitatively on publicly available quantum chemistry datasets. Does this sound like it would provide relevant, long term technical skills for quantum engineering, if there might be a better role to request playing in the lab (if so what would you suggest?), or if this might just be a distraction? Thanks everyone!
What would be most useful for you in the Classroom?
Hey everyone, I’m in the middle of building out the Quantum Engineering Roadmap course, and I want to make sure it’s actually useful for you, not just what I think should be in it. So I’d love to hear: - What do you feel is missing in your Quantum Engineering career development path? - Where do you usually get stuck or overwhelmed? - Any other feedback or suggestions you have Your feedback will directly shape how I build this out. I’ve got my own roadmap and experiences, but this community is about helping you define yours, so the more you share, the more I can make sure this course actually moves the needle for you. Drop your thoughts in the discussion below 👇
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