I'm a professional localization manager transitioning into software development and systems engineering. With 25+ years of experience managing complex localization projects, I'm now building technical expertise through immersive study at 42 Prague Coding Institute.

Project Management Expertise: Localization project management, international team management, requirements scoping, risk mitigation and quality assurance

Technical Foundation: Low-level programming (C), Python development, Linux system administration and Agile methodologies

• Languages: C, Python, Shell scripting
• Specializations: System administration, CLI applications, algorithms & data structures, Linux
• Tools & Concepts: Git, Virtual Machines, Graph algorithms, Linked lists, Memory management

• System Administration: Virtual machine deployment, LLMP stack, Debian/Linux
• Core Programming: C fundamentals, memory management, variadic functions, file I/O
• Python Development: Object-oriented programming, decorators, comprehensions, design patterns
• Algorithms & Data Structures: Graph theory, pathfinding, sorting algorithms, linked list manipulation

• Complex project management and team leadership
• Requirements analysis and risk mitigation
• Quality assurance and technical validation
• Full-stack technical learning (from systems to application layer)
• Problem-solving through algorithms and data structures

Opportunities to leverage deep project management expertise combined with growing technical capabilities to lead engineering projects that deliver real value and improve user experiences.

Call_me_maybe - A deterministic LLM function-calling engine, implementing constrained decoding with NumPy-based logit masking to force strictly validated JSON output from LLMs, bypassing probabilistic randomness with 99% structural success rates. Tech Stack: Python, NumPy, Hugging Face Transformers, FSM-based Logit Injection.

Codexion - Advanced concurrency simulation featuring POSIX threads with custom priority queue scheduling (FIFO/EDF), mutex-based synchronization, and deadlock prevention. Demonstrates mastery of thread safety, condition variables, resource arbitration and the Dining Philosophers problem variant.

Fly-in - Efficient drone routing system that navigates multiple drones through connected zones while minimizing simulation turns and handling movement constraints (Cooperative Space-Time A* algorithm, Pygame, heapq(), frozenset())

A-Maze-ing - Python CLI maze generator and solver using BFS/DFS algorithms with interactive gameplay and terminal animations

Push_swap - Complex algorithmic challenge: sorting integers in linked list stacks with a limited instruction set

Python - Advanced Python modules covering OOP, decorators, inheritance, polymorphism, and design patterns

Libft - Custom C library replicating standard libc functions with utility additions

Printf - Full implementation of printf() with format specifier support

Get_next_line - File reading function demonstrating buffer management and static variables

Born2beroot - Linux system administration project: VM deployment with LLMP stack and WordPress

Python-Piscine - Intensive introductory course building solid Python 3 fundamentals

Learn more: GitHub Repositories | 42 Prague