I am Florian, an undergraduate Computer Science student specialising in DevOps practices and software development. My focus areas include cloud computing, automation, and scalable infrastructure from an operational and architectural perspective.
I work extensively with Linux environments, Git-based version control, and shell scripting (Bash/Zsh). Having implemented automation workflows with GitHub Actions, I am actively expanding my expertise in CI/CD practices. My goal is to develop a deep understanding of DevOps and software engineering, with a strong emphasis on automation, infrastructure scalability, and efficient development workflows.
- DevOps & Cloud – CI/CD, Infrastructure as Code (Terraform), automation
- Linux & Shell Scripting – Bash, Zsh, system administration
- Containerization & Orchestration – Docker, Kubernetes
- Software Development – Systems programming, distributed systems, database design
- Proficient: C, C++, Java
- Academic Experience: Python, Haskell, Racket, Assembly
- Containerization: Docker, Kubernetes
- Infrastructure as Code: Terraform
- Version Control & CI/CD: Git, GitHub Actions, GitLab CI
- Linux Systems Administration
- Operating Systems & Systems Programming
- Object-Oriented & Functional Paradigms
- Network Programming & Distributed Systems
- Algorithm Design & Optimisation
- Backend system for museum and tourist group management with real-time notifications
- Implementation of enterprise design patterns (Singleton, Builder, Factory, Command, Observer)
- Technologies: Java, OOP, Design Patterns, Event-Driven Architecture
- Domain-specific language for 2D image manipulation using a dual embedding approach
- Custom type classes and AST-based transformations for geometric operations
- Technologies: Haskell, Functional Programming, AST, Type Systems
- Server power optimisation using binary search (O(log n))
- Coloring problem solutions with modular exponentiation (O(n))
- Pricing optimisation through dynamic programming (O(n))
- Technologies: C++, Algorithm Design, Data Structures, Computational Optimisation
- Standard and compressed suffix trees for efficient pattern matching
- Optimised tree construction with memory-efficient path compression
- Technologies: C, Data Structures, Algorithms, Memory Management, Text Processing
- LinkedIn: Florian Ariașu
- Email: [email protected]