I am a graduated student of University of Ioannina with a master in Computer Science & Engineering. I am passionate about creating AI models to make predicitons and solve real-world problems. Some of the technologies that I enjoy working with includeTensorflow & Keras framework for deploying state-of-the-art DNNs and CNNs, as well as cutting-edge DRL agents. Also, I've become quite familiar withOpenCV and SKlearn libraries for Computer Vision and Data Processing after having done a lot of projects in my class, in my own and inKaggle's competetions. Currently, I am doing research in Autonomous Vehicles, in which I deploy DRL algorithms to build self-driving cars inCarla simulator.

• Programming Languages (R, Python, Java, C, C++)
• Software Development in Multiple Platforms (JavaFX)
• Networking, Multi-Threading & Parallel Programming (Java, C)
• Web Development (HTML, CSS, JavaScript, Bootstrap, Spring Boot)
• Android Development (Android Studio)
• SQLite, PostgreSQL, Lucene & Database Algorithms (Java, Python)
• Graphs & Advanced Data Structures (Java)
• Data Mining (Scikit Learn, NumPy, Pandas, Matplotlib, Seaborn)
• Big Data Algorithms (Python, Numpy)
• Computer Vision (Python NumPy, OpenCV)
• Machine Learning Neural Networks (MLPs & CNN) with Tensorflow & Keras
• Generative Adversarial Networks (GANs) with low-level Tensorflow
• Deep Reinforcement Learning (TF-Agents, RLLib)
• Autonomous Vehicle Algorithms
• Differential Equations Solvers with Neural Networks
• Proficiency in English (ECPE)

1. Talking about my work.
2. Working with people in a team.
3. Meeting new people and creating new experiences.
4. Working in a friendly environment.
5. Discovering & Learning new things.
6. Using my knowledge to solve challenging tasks.
7. Conducting Research - Analyzing problems & suggesting solutions.
8. Publishing my Code online, in order to help the scientific community.

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1. Big-Data-AlgorithmsBig-Data-AlgorithmsPublic

   Implementation of algorithms for big data using python, numpy, pandas.

   Python 3 1

2. Computer-Vision-AlgorithmsComputer-Vision-AlgorithmsPublic

   Implementation of computer vision algorithms and image processing using Numpy & OpenCV

   Python 1 1

3. Tensorflow-MNIST-State-Of-The-ArtTensorflow-MNIST-State-Of-The-ArtPublic

   Building High Performance Convolutional Neural Networks with TensorFlow

   Jupyter Notebook 6 1

4. Reinforcement-Learning-AlgorithmsReinforcement-Learning-AlgorithmsPublic

   This project focuses on comparing different Reinforcement Learning Algorithms, including monte-carlo, q-learning, lambda q-learning epsilon-greedy variations, etc.

   Python 4

5. Autonomous-Vehicles-Adaptive-Cruise-ControlAutonomous-Vehicles-Adaptive-Cruise-ControlPublic

   An implementation of an Autonomous Vehicle Agent in CARLA simulator, using TF-Agents

   Python 32 10