Arnav Sood

Arnav Sood

Mentor
Rising Codementor
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ABOUT ME
Julia developer and research programmer
Julia developer and research programmer

Most of my experience is in doing Julia implementations of complex economic models. I'm fluent in advanced math and statistics, and have contributed packages to the Julia open-source community (e.g., QuantEcon/Expectations.jl, QuantEcon/InstantiateFromURL.jl, and arnavs/PkgUtils.jl).

I'm also familiar with infrastructural tools like Docker and JupyterHub.

Arizona (-07:00)
Joined March 2020
EXPERTISE
4 years experience
5 years experience
1 year experience

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SOCIAL PRESENCE
GitHub
PkgUtils.jl
Some small utilities to help with Julia packages
Julia
6
3
networks-paper
Julia API for Fogli and Veldkamp ("Germs, Social Networks, and Growth")
Julia
1
0
EMPLOYMENTS
Lead Developer
QuantEcon
2019-01-01-Present
Responsible for all aspects of our Julia content, including our lecture series (writing, updating, deploying, maintaining, etc.), various...
Responsible for all aspects of our Julia content, including our lecture series (writing, updating, deploying, maintaining, etc.), various Julia packages, and infrastructural tools.
Git
Bash
Docker
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Git
Bash
Docker
Julia
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Predoctoral Fellow
UBC
2018-06-01-Present
Implement complex economic models in Julia, contribute open-source packages in Julia, maintain backend Julia resources for research and t...
Implement complex economic models in Julia, contribute open-source packages in Julia, maintain backend Julia resources for research and teaching use, supervise undergrads working on computational economics projects.
GitHub
Docker
Julia
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GitHub
Docker
Julia
TensorFlow
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PROJECTS
QuantEcon/Expectations.jlView Project
Open-Source
2019
Defines compact and behaviorally-faithful (e.g., scalar multiplication, vector action, etc.) expectation operators, which can compute exp...
Defines compact and behaviorally-faithful (e.g., scalar multiplication, vector action, etc.) expectation operators, which can compute expectations of arbitrary functions of a random variable. Gaussian quadrature is used for optimal selection of integration nodes and weights.
Julia
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Julia
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QuantEcon/InstantiateFromURL.jlView Project
QuantEcon
2019
Allow Julia programs (scripts, Jupyter notebooks, etc.) to use environments hosted online (i.e., on GitHub.) Allows notebooks to move wit...
Allow Julia programs (scripts, Jupyter notebooks, etc.) to use environments hosted online (i.e., on GitHub.) Allows notebooks to move within and between computers without *.toml files accompanying them.
Julia
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Julia
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