ÖMER BİRLER

Master Naval Architect & Mechanical Engineer | Lead Software Developer & Architect
Chief Engineer, Software Department @ Mesh Engineering and Software Co.

I am driven by a dual passion: solving intricate engineering challenges and the art of software development itself. My mission is to fuse deep expertise in Naval Architecture and Mechanical Engineering with the power of cutting-edge software, particularly C# and the .NET ecosystem, to build innovative solutions. I am especially fascinated by the potential of Artificial Intelligence and Large Language Models (LLMs) to revolutionize how we design, analyze, and create.

My approach is a synthesis: the rigorous discipline of engineering, the creative precision of software craftsmanship, and an unwavering passion for learning. I believe the most impactful solutions arise from understanding fundamental physical principles and translating them into elegant, efficient code. For me, software development is a profound intellectual pursuit, and I am particularly captivated by the frontier of Artificial Intelligence and LLMs, exploring how they can augment human ingenuity and unlock new paradigms in engineering and beyond. C# and the .NET ecosystem provide the robust and versatile foundation for these explorations.

These projects exemplify my commitment to applying advanced engineering knowledge, sophisticated software development practices, and emerging AI technologies:

LLMProxy A high-throughput, extensible C# proxy designed to interface seamlessly with Large Language Models. This project reflects my passion for building robust infrastructure for AI-driven applications and exploring the practical applications of LLMs. Explore on GitHub »

mesnetmd A precision-engineered Finite Element Method (FEM) solver for complex frame structures. A testament to dedicated software development in C#, it embodies the translation of intricate engineering principles into efficient, reliable computational tools. Dive into the Code »

Fem Beam Analyzer A sophisticated 3D beam analysis tool powered by Code_Aster. This program showcases the development of user-centric software for critical engineering tasks, demonstrating how powerful solvers can be harnessed effectively through thoughtful software design. Learn More (Türk Loydu) »

My expertise lies at the intersection of foundational engineering, dedicated software development, and the exploration of Artificial Intelligence:

Primary Languages & Platforms (Chosen for Software Excellence & Engineering Application):

Proficient & Actively Used in Software & Engineering Solutions:

Continuously Exploring & Learning (Especially in AI/ML):

Core Engineering, Software & AI Competencies:

• Naval Architecture & Mechanical Engineering: Structural analysis, mechanics, hydrodynamics, systems design.
• Software Development & Architecture: Designing and building scalable, maintainable, and high-quality software systems using best practices. Passionate about clean code and efficient algorithms.
• Artificial Intelligence & LLMs: Developing LLM inference tools (like LLMProxy), exploring AI-augmented engineering workflows, and automating code generation/review with AI.
• Finite Element Analysis (FEA): Expertise in Code_Aster, familiar with Abaqus, Ansys. Architecting next-gen FEA for ship structures.
• Efficient Computation & System Design: Crafting .NET solutions for optimal resource utilization, specializing in managing large-scale engineering datasets.
• DevOps & Automation: CI/CD pipelines (GitHub Actions, Azure DevOps), automated testing, Inno Setup for seamless deployment.
• Data Interoperability: Developing FEM model converters to facilitate integrated engineering processes.
• Decentralized Technologies: Researching and developing automated cryptocurrency trading algorithms (Freqtrade).

My current endeavors are fueled by a passion to innovate at the confluence of these fields:

• AI-Enhanced Ship Structure FEA: Architecting a paradigm-shifting FEA program that deeply integrates Artificial Intelligence and LLMs for design validation, optimization, and intuitive interaction, primarily developed in C#.
• Advancing LLM Tooling & Applications: Actively developing and refining tools like LLMProxy, and exploring novel applications of Large Language Models in engineering, software development, and data analysis.
• Code_Aster Ecosystem Expansion: Contributing to specialized tools around Code_Aster, using this open-source solver with modern software practices and potential AI integrations.
• Exploring Advanced Computational Techniques: Continuously evaluating new algorithms and frameworks (especially in C#/.NET and AI) to elevate engineering simulation and software capabilities.

My worldview and drive for learning are shaped by a fascination with complex systems, both natural and artificial:

• 🔭 Astronomy & Theoretical Physics: The universe, with its intricate laws, inspires my approach to engineering and software. The quest for understanding by minds like Einstein, Hawking, and Sagan mirrors my own drive to unravel complexity. Quantum mechanics, with its blend of logic and mystery, is a constant source of wonder.

• 🤖 The Dawn of Intelligent Systems: My passion for AI and LLMs stems from a fascination with intelligence itself – how it can be modeled, replicated, and harnessed to solve profound challenges and augment human creativity.

• 💡 Exploration & Discovery: Constantly scouting GitHub and beyond for emerging technologies, driven by a lifelong passion for learning and integrating novel solutions into my engineering and software development toolkit.

Let's connect and build the future, driven by engineering ingenuity, software passion, and the exciting potential of AI.