Projects on Industrial Innovation and Autonomous Technological Systems (I2A)

• I2A1 Autonomous vehicles behavioral development using LLM (Large Language Models) Active 
• I2A2 Drive-by-wire system development for developing an autonomous/semi-autonomous electric vehicle
• I2A3 Exoskeleton concept design for individuals with limited mobility; concept design
• I2A4 Autonomous vehicle testbed development for the AutoKopeli challenge
• I2A5 Autonomous shuttle service for the campus of the Technical University of Crete 
• I2A6 Standing desk design and control for improved productivity and physical conditioning; concept design
• I2A7 Semi-autonomous/autonomous trash collecting water vessel within a Geofenced Environment; concept design
• I2A8 Semi-Autonomous/Autonomous litter collecting vehicle for beach usage; concept design Active
• I2A9 Semi-Autonomous/Autonomous parking dolly; concept design
• I2A10 Distributed environmental sensing station for prediction and monitoring, using machine learning and artificial intelligence

Projects on Vehicle Dynamics and Control (VDC)

• VDC1 State estimation using machine learning (ML)
• VDC2 Vehicle ride control in the era of ADAS and autonomous vehicles
• VDC3 Over actuated chassis controls using optimization techniques and artificial intelligence

Projects with FStuc (Formula Student Technical University of Crete) team

• FST1 Systems Engineering; From project goals to Validation and Verification for the 2024 FStuc vehicle Active
• FST2 Electrical and electronic system upgrade for the 2024 FStuc vehicle Active
• FST3 Single cylinder Internal combustion engine tuning subject to air induction limitations and transmission layout using optimization techniques
• FST4 Systems Engineering; Functional requirements development and decomposition for the 2024 FStuc vehicle Active
• FST5 Vehicle Dynamics Attributes Development for the 2024 FStuc vehicle Active
• FST6 Front and rear suspension attribute development that meet the 2024 FStuc vehicle dynamics behavior Active

Projects with the TUCer (Technical University of Crete, Eco Marathon) team

• TUCer1 Optimal speed management for minimization of energy consumption for the TUCer vehicle