Cloud Computing course project exploring cloud infrastructure simulation with CloudSim, focusing on datacenter modeling, VM allocation policies, and Cloudlet scheduling strategies.

Cloud Computing lab project implementing a virtual lab with Docker and Docker Compose, deploying containerized cloud services (WordPress, MySQL, phpMyAdmin) with isolated networks, persistent storage, and resource management.

Information Systems Analysis project modeling a real estate marketing process using UML use cases, IDEF0/IDEF3, DFDs, ER modeling, and structured process decomposition.

Circuit Theory lab project verifying Kirchhoff’s Laws and Ohm’s Law through theoretical analysis, Multisim simulation, and physical experiments, including potentiometer and rheostat applications.

Big Data Management project analyzing the relationship between unemployment, poverty, and police killings in U.S. states (2015–2016) using K-Means clustering and socio-economic data analysis.

Circuit Theory lab project studying resonance in RLC series and parallel circuits, combining theoretical analysis, Multisim simulations, and experimental measurements of impedance, current, and overvoltage phenomena.

Circuit Theory lab project analyzing transient responses of RC and RL circuits through theoretical calculations, Multisim simulations, and physical experiments.

Information Systems Analysis project modeling a bank cash withdrawal transaction using flowcharts, EPC, IDEF0/IDEF3, DFDs, and organizational process diagrams.

Artificial Intelligence project applying blind search algorithms (BFS, DFS) to the Pacman problem, focusing on state space modeling, transition operators, and algorithmic traversal in Python.

Circuit Theory lab project analyzing RC and RL components under AC power supply in series and parallel configurations, combining theoretical analysis, Multisim simulation, and experimental measurements.

Εργαστηριακές Ασκήσεις Αντικειμενοστρεφούς Προγραμματισμού

Artificial Intelligence project implementing a real-valued Genetic Algorithm in C to solve combinatorial optimization problems, featuring roulette-wheel selection, crossover, mutation, and fitness evaluation.