Gdstk.jl Julia GDSII/OASIS Layout Engine
A Julia wrapper for the gdstk C++ library, providing a fast, full-featured GDSII and OASIS layout engine for chip design and nanofabrication mask …
IDIRENE DARIS
EECS Engineer · Hardware/Software Co-Design · Computer Architectures · RISC-V · HPC · Nanofabrication
Builder, Researcher, EECS Engineer, Computer Engineering, HPC, Quantum Computing and Nanofabrication.
Press ⌘K (or CtrlK) to jump anywhere on the site.
What I Work With
Hardware/Software Co-Design
RISC-V architecture, SystemVerilog RTL, HLS compiler design, CV-X-IF coprocessor interfaces, FPGA workflows
Systems Programming
Julia, C/C++, Rust — compiler toolchains, LLVM IR, low-level memory management, and performance-critical code
Nanofabrication
Cleanroom process experience at Alice & Bob — cat-qubit device fabrication, lithography, wafer inspection tooling
HPC & Simulation
Physics simulation engines, quantum mechanics solvers (split-operator, DFG scheduling), numerical methods
Math & Physics
Functional analysis, spectral theory, quantum mechanics, computational physics, and applied probability
Software Engineering
Full-stack tooling, app development (Flutter, Go), REST APIs, data pipelines, and algorithmic trading systems
Featured Projects
All Projects →Memristive Computing: Crossbar Simulation Framework
Research paper and simulation framework exploring memristor device physics, resistive switching, crossbar architectures, and scalable IR-drop-aware …
HWExplore — Julia-to-Silicon HLS Compiler
An open-source Hardware/Software Co-Design framework and High-Level Synthesis compiler. Write algorithms in Julia, get RISC-V hardware accelerators. …
Inertia: Physics Engine
A physics engine focusing on robust quantum mechanics and astronomy simulations, featuring an enhanced UI.
Alice & Bob Quantum Hardware Internship
Internship at Alice & Bob, a Paris-based quantum computing startup working on cat-qubit hardware. Nanofabrication in a cleanroom environment and …
Latest Renders
All Renders →
Latest Posts
All Posts →Simulating a superconducting airbridge: from a point cloud to an S-parameter
Walking through the steps of building a simulation of a superconducting airbridge, from 3D scanning the physical object to extracting S-parameters, …
Giving HWExplore a Memory, A look into Scratchpads, AXI, and the Small Protocols That Hold It Together
This post is a deep dive into the specific engineering choices I made while designing the HWExplore processor, focusing on the memory system that …
Theoretical Foundations of Modular Reduction: Barrett and Montgomery Algorithms
A dive into the theory of modular arithmetic optimizations, specifically the Barrett and Montgomery algorithms.
Building Acceleration RoCC Hardware for Hyperdimensional Computing
This post introduces hyperdimensional computing, explains why its primitive operations make it an interesting target for custom hardware, and walks …
The Math Behind the Method: Spectral Theory and the Split-Operator Algorithm
In this post, I derive the rigorous definition of the Hamiltonian. I will demonstrate how we handle the domain issues of unbounded operators and how …