Hi! I'm Vaibhav.

I’m a designer, software engineer, astrophysicist, and musician from California. I enjoy solving problems, creating beautiful and resilient software, making art, and learning about the universe we live in. 🚀
Let’s work together.

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UI/UX Design

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Acorns

Over the course of two separate internships at Acorns, I was involved in nearly every part of their design process, and even touched on development. I helped redesign and develop their website, redesigned a portion of their app, and designed email campaigns. I also prototyped and A/B user-tested various potential iOS product features.

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Honey

As Honey’s first designer prior to its resounding success, I designed the initial concepts for their website and browser plugin, and made brand guidelines including colors, typographies, and UX practices.

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Software Engineering

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ARM

As an IoT software engineering intern at ARM, I designed and built an automated system in Java and Spring that deployed and maintained AWS EC2 instances for the thousands of clients using ARM chips in their devices.

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Scalyr

In my 8-month co-op at Scalyr, I spent time as a Backend engineer and also as an API engineer, completing various projects ranging from internal tool development, to client log encryption APIs, to database design.

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UC Berkeley Coursework

While earning my degrees at Cal in CS and astrophysics, I took courses on algorithms, databases, computer security, interface design, operating systems, artificial intelligence, and more. Click below to see an overview of some of my favorite class projects.

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Research

Neural Network Compression of Astrophysical Datasets

2020

As a member of the research group headed by Dr. Josh Bloom, head of UC Berkeley Astronomy and cofounder of Wise.io, I researched the viability of using neural network autoencoders to compress and reconstruct large astrophysical data sets, such as Gaia. In the process, I explored ways to sample within the compressed representation to produce dummy data points representative of the original distributions, as a possible method of interacting with and using such data sets without having to download all of the data.

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