With a strong foundation in Python and Rust, and a passion for high-performance computing and cloud technologies, I’m dedicated to creating efficient, scalable, and innovative software solutions. My work spans from numerical computing to cloud-based architectures, always pushing the boundaries of performance and reliability. About Me

I specialize in building software that solves complex problems efficiently, combining my skills in Python and Rust with deep research into HPC techniques like CUDA programming. I’m also proficient in cloud-native development, with hands-on experience deploying scalable solutions using AWS Lambda, AWS Step Functions, and other cloud services.

🐍 Python Expertise: I leverage Python for building everything from data pipelines to automation scripts and back-end services.

⚙️ Rust for Performance: I’ve developed a Rust crate for numerical integration, taking advantage of Rust's memory safety and performance optimizations. Rust's speed and concurrency features make it ideal for computationally intensive tasks.

🌩 Cloud-Native Development: My cloud skills revolve around designing and deploying highly available, scalable systems using AWS. I’m experienced with AWS Lambda for serverless functions and AWS Step Functions for orchestrating complex workflows.

🚀 High-Performance Computing (HPC): My research in HPC focuses on maximizing computational efficiency using CUDA for GPU-accelerated applications. I’m constantly exploring new ways to optimize code performance, whether for machine learning models, data processing, or complex simulations.

✨ Continuous Learning in HPC and Rust: I’m committed to staying at the cutting edge of high-performance computing by deepening my expertise in parallel computing, distributed systems, and low-level optimizations with Rust and CUDA.

☁️ Build Scalable Cloud Solutions: I aim to continue leveraging cloud technologies like AWS to create robust, secure, and scalable systems that can handle the demands of modern software applications.

📈 Explore Efficient Numerical Computing: As a developer passionate about numerical computing, I’m constantly experimenting with new methods and libraries to improve the accuracy and speed of mathematical computations in software projects.

When I’m not optimizing software or designing scalable cloud solutions, you might find me:

🏊‍♂️ Swimming laps, as I enjoy the discipline and focus that swimming brings, helping to clear my mind and recharge for solving complex technical challenges.

🌱 Experimenting with hobby projects, where I enjoy testing out new programming languages or concepts.