Amir Ebrahimi
Bellingham, Washington, United States
Summary
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RockstarAmir Ebrahimi is a Staff Quantum Software Engineer with a 17+-year foundation in game and tools engineering and over a decade of professional experience delivering cross-disciplinary systems from graphics and asset pipelines to ML inference and quantum software. He blends hands-on engineering leadership at Unity—where he led EditorVR, AutoLOD, and the Barracuda inference engine—with recent contributions to quantum open-source tooling like Mitiq’s readout error mitigation module. Comfortable as a generalist, Amir moves rapidly into unfamiliar domains, synthesizes practical solutions under tight constraints, and pairs technical depth (shadow-mapping cited in Real-Time Rendering) with product and operational instincts from founding a studio. Based in Bellingham, WA, he brings a rare combination of low-level graphics, tooling, and emerging-technology expertise, along with a persistent “anything is possible” mindset that surfaces in both research prototypes and production-focused code.
12 years of coding experience
Stackoverflow
137reputation
18kreached
6answers
3questions
Github Skills (30)
error-reporting10
quantum-algorithms10
python10
ui-design10
numpy10
uid10
front-end-development10
dotnet-core10
quantum-computing10
error-handling10
qiskit10
csharp10
cprogramming-language10
documentation10
unity3d10
Programming languages (17)
Github contributions (5)
Unity-Technologies/AutoLOD
Jan 2018 - Aug 2021
Automatic LOD generation + scene optimization
Role in this project:
Full-stack Developer
Full-stack DeveloperContributions:1 release, 78 commits, 10 PRs in 3 years 7 months
Contributions summary:Amir primarily focused on extending the functionality of an automatic LOD generation and scene optimization system within the Unity environment. Their contributions involved adding support for mesh simplification using the MeshDecimator and UnityMeshSimplifier libraries. They also addressed a crash issue, fixed rotation problems, and implemented features such as allowing the "Upload to Importer" function and adding a right-click context menu for generating LODs.
optimizationunity-editorunitylodscene
qosf/monthly-challenges
Dec 2020 - Jan 2022
Repository containing monthly challenges in the field of quantum computing.
Role in this project:Data Scientist
Data ScientistContributions:9 reviews, 23 commits, 32 PRs in 1 year
Contributions summary:Amir contributed a solution for Challenge 01, which involved creating a quantum circuit composer for diagonal unitary matrices. The solution, implemented in a Jupyter Notebook, involved using NumPy, Qiskit, and the UnitaryGate extension to generate a circuit. The user's initial approach was a naive solution, indicating an exploratory approach to quantum circuit design.
quantum-computingcode-exercisesquantum-algorithmsquantum-programmingunitaryhack
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