About me
Hello! My name is Namir Garib, and I am a bachelor student at Kanazawa University, majoring in Electrical Engineering and Computer Science. I am a passionate Systems Engineer and Full-stack Developer based in Japan.
PS: I made these icons by myself. Not much of a designer, eh? 🤫
Systems engineer
Integrated multiple bioinformatics tools (samtools, gatk, bwa etc) into a unified system and automated the processing pipeline using Snakemake. Currently working on deploying system to Google Cloud.
Full-stack Developer
Currently working as a full-stack developer, specializing in building and optimizing responsive, high-performance websites. Proficient in modern web technologies such as React, Vite, Tailwind CSS, Next.js, and Node.js, with extensive experience integrating various libraries and frameworks, including GSAP, to create dynamic and engaging user experiences. I also monitor performance, click-through rate and user engangement of websites for my clients using Sentry for my clients using Sentry.
Research assistant
Working part-time as a research assistant at Paleogenomics lab at Kanazawa University. Currently working on developing a Vision Pro app, that enables users to preview the internal structure of a bone before taking samples for the DNA analysis.
Student
I am still a bachelor student majoring in Electrical Engineering and Computer Science at Kanazawa University. I am open for internship and job opportunities, as well as collaboration.
Projects
JUCE Audice Plugin
A simple equalizer built with JUCE framework for MacOS. It provides user with advanced control over audio processing, allowing them to seamlessly cascade multiple audio filters, as well as offering precise adjustments of filter parameters.
MD Notebook
A simple and lightweight Markdown editor designed for quickly previewing and editing of Markdown files, allowing users to make edits without launching a full-fledged code editor.
3D Model Renderer
As part of a research initiative at Kanazawa University, I developed a high-performance 3D model renderer in Python that efficiently reconstructs 3D models from TIFF images. The above model is a petrous bone fragment recovered from Bayanbulag site in Mongolia.
Virtual Hardware Simulator
An intuitive virtual hardware simulator featuring a basic Arithmetic Logic Unit (ALU) and a multiplier unit. This simulator allows users to modify micro-instruction codes dynamically, enabling the simulation of a wide range of hardware. The tool offers an interactive platform to explore and experiment with digital hardware concepts and micro-architecture, making it ideal for educational purposes and hardware design experimentation.
aDNA Soft Clipping Tool
A specialized utility designed to efficiently process SAM/BAM files by performing soft clipping of sequence reads, inspired by the well-known SAMtools project.