A determined, hard-working and detail-oriented Software Engineer and Master of Science (M.Sc.) Student in Security of Complex Computer Networks with good associate programming hard-skills in Scala (Cats, Cats Effect), Haskell, C, Java, Assembly x86 - 32 bit, 64 bit and Assembly MIPS. Very passionate about functional programming, outstanding network knowledge such as routing, switching and security technologies. Advanced UNIX/Linux operating system knowledge, excellent team player, strong problem-solving abilities and excellent communication skills in Romanian and English.

• Operating Systems - C Projects
  • A Linux shell implementation in C using fork-join: https://github.com/mihneablotiu/MiniShell
  • A fork-join pool implementation used to traverse a graph: https://github.com/mihneablotiu/ParallelGraph
  • A memory allocator C implementation using mmap/sbrk: https://github.com/mihneablotiu/MemoryAllocator
  • A mini LIBC - C implementation: https://github.com/mihneablotiu/MiniLibC
  
  
• C/C++ language projects
  • NetPBM Image editor: https://github.com/mihneablotiu/ImageEditor
  • Load Balancer using a HashRing: https://github.com/mihneablotiu/LoadBalancer
  • Rope data structure implementation: https://github.com/mihneablotiu/RopeDataStructure
  • Router data plane implementation: https://github.com/mihneablotiu/Router
  • Web client that can communicate with an REST API: https://github.com/mihneablotiu/WEB-Application
  • The implementation of a client-server application that allows you to mange messages: https://github.com/mihneablotiu/Client---Server-application
  • A Map-Reduce Pthread implementation: https://github.com/mihneablotiu/Map-Reduce
  • MPI - Ring Communication Model: https://github.com/mihneablotiu/MPI
  • A matrix multiply serial implementation with optimizations: https://github.com/mihneablotiu/MatrixMultiply
  • Travelling Salesman Problem implemented in serial, pthreads, openMP, MPI, MPI-Pthreads and MPI-OpenMP options: https://github.com/mihneablotiu/ProblemaComisVoiajorului
  • A brute-force parallelization of a Sudoku Solver vs a rule-based approach: https://github.com/mihneablotiu/Sudoku
  
  
• Java language projects
  • A Java videos database: https://github.com/mihneablotiu/VideosDatabase
  • A Java Project that shares gifts to the children based on different criteria: https://github.com/mihneablotiu/SantaClausGifts
  • We implemented a Java bot starting from the Halite Java starter package - 2016 project - 4th Place in 2022 Competition: https://github.com/mihneablotiu/HaliteBot---FirstForce
  • A simple Android application that can move a ball on the phone screen taking into consideration the accelerometer information: https://github.com/mihneablotiu/MovingBall---AndroidApp
  • A parallel Replicated Workers model in Java for Orders and Products: https://github.com/mihneablotiu/Orders-Products
  
  
• Compilers - for Cool Language implemented in Java language
  • Some Problems solved in Cool language: https://github.com/mihneablotiu/CoolLanguage
  • A lexical and syntactic analysis for the Cool language implemented in Java language: https://github.com/mihneablotiu/Compilers-Lexical-And-Syntactic-Analysis
  • A semantic analysis for the Cool language implemented in Java language: https://github.com/mihneablotiu/Compilers-Semantic-Analysis
  • MIPS Assembly Code Generation from Cool project: https://github.com/mihneablotiu/Compilers-CodeGeneration
  
  
• OpenGL/Computer Graphics Projects
  • A Night Skiing game in OpenGL: https://github.com/mihneablotiu/NightSkiing
  • A Car Race game in OpenGL: https://github.com/mihneablotiu/CarRace
  • A Flying Duck game in OpenGL: https://github.com/mihneablotiu/FlyingDuck


• Functional & Logical programming projects (Racket / Haskell / Prolog)
  • Primitive Pythagorean triplets generator: https://github.com/mihneablotiu/PPT
  • Different graph representations such as Standard Graph or Algebraic Graph: https://github.com/mihneablotiu/GraphRepresentations
  • Ultimate Tic-Tac-Toe implementation with representation and simple tactics: https://github.com/mihneablotiu/Ultimate-Tic-Tac-Toe
  • A Lambda Language Interpreter in Haskell containing Parser, Evaluation and Type Inference: https://github.com/mihneablotiu/Lambda-Language-Interpreter


• Python Projects
  • A parallel marketplace implementation in Python (producer-consumer problem): https://github.com/mihneablotiu/MarketPlace


• CUDA Projects
  • A parallel hashtable implemented in CUDA: https://github.com/mihneablotiu/ParallelHashtable


• Embedded Projects
  • An Arduino-Based Light Follower Robot: https://github.com/mihneablotiu/LightFollowerRobot


• Web projects + Microservices (Docker + Docker Swarm)
  • A BVB Web App interacting with the public API for active dividends: https://github.com/CodrinSocol/bvb-dividends
  • A simple designed website for the AcadNet Olympics: https://github.com/mihneablotiu/AcadNet-Website
  • A React Frontend for a ToDo List App: https://github.com/mihneablotiu/Pweb-Frontend
  • A Java Backend for a ToDo List App: https://github.com/mihneablotiu/Pweb-Backend
  • A 3 microservices project + Configs repo for a ToDoList App backend with monitoring (Prometheus + Grafana) and API Gateway (Kong): https://github.com/orgs/Kitzbuhel/repositories
  • A text recognition from images app including Frontend, Backend and Android App: https://github.com/FirstForce/SS with documentation available at: https://github.com/FirstForce/SS/blob/main/FirstForce_ProjectEvaluation.pdf


• Blockchain projects
• Decentralized Library on Injective Blockchain Testnet: https://github.com/mihneablotiu/DecentralizedLibraryInjective forked from initial repository: https://github.com/alexandraion22/dad-decentralized_library


• Research projects
  • A wide explanation of the travelling salesman problem including two exact solutions and two heuristics for approximate solutions:https://github.com/mihneablotiu/TravellingSalesmanProblem
  • Realization of the logical synthesis of the control unit of a device: https://github.com/mihneablotiu/Pomp-Indiv
  • Design of a control device using a microprogrammed control unit: https://github.com/mihneablotiu/Pomp-Grup
  • A wide comparison between the two digital circuits: 74LS00 and 74HC00: https://github.com/mihneablotiu/DigitalCircuitAnalysis
  • An analogic electrical project: https://github.com/mihneablotiu/ProjectEEA


• MATLAB projects
  • Image-Interpolation-Editor(bilinear, bicubic, nearest - neighbour): https://github.com/mihneablotiu/Image-Interpolation-Editor
  • An electrotechnics project using MATLAB: https://github.com/mihneablotiu/ProiectELTH


• Assembly language projects
  • Assembly32bit-64bit: https://github.com/mihneablotiu/Assembly32bit-64bit
  • AssemblyCacheSimulation: https://github.com/mihneablotiu/AssemblyCacheSimulation


• Capture the flag security assignments
  • CTF Writeups for Computer Network Security Assignment 1: https://github.com/mihneablotiu/ComputerNetworkSecurity_CTF1
  • CTF Writeups for Computer Network Security Assignment 2: https://github.com/mihneablotiu/ComputerNetworkSecurity_CTF2
  • CTF Writeups for Computer Network Security Assignment 3: https://github.com/mihneablotiu/ComputerNetworkSecurity_CTF3
• Neural Networks projects
  • A CNN implementation including a manual forward pass, a from-scratch CNN with at most 5 layers deep and a ResNet-18 fine-tuning: https://github.com/mihneablotiu/ImagenetteClassification
  • A RNN Implementation from Scratch for predicting a Sine Wave and for a Seq2Seq translation from French to English: https://github.com/mihneablotiu/RecurrentNeuralNetworks
  • A Shakespeare text generation Transformer implemented from scratch: https://github.com/mihneablotiu/ShakespeareTextGeneration