Karditsa , Greece
Karditsa , Greece
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AI & Automation Projects
Artificial Intelligence & Automation
Building smarter systems that simplify real work.
I explore how artificial intelligence, voice interaction and automation can be combined to create practical digital tools. My focus is on systems that can understand requests, organize information, support customers and reduce repetitive manual tasks.
01 My Focus
What I work on in AI automation
My work in this area focuses on experimenting with useful systems rather than creating AI only as a demonstration. I explore how software can receive information, understand a request and complete a structured action automatically.
Practical experimentation
Combining artificial intelligence with real business processes
I am developing my knowledge through small projects that connect voice input, text processing, structured data and automated workflows. These projects help me understand how an AI system can move beyond simply answering questions.
A useful automation system must correctly collect information, validate it, store it and return a clear response to the user. For this reason, I work not only on the AI interaction itself, but also on the logic, integrations and user experience around it.
My current projects are experimental and remain under development. They are designed as practical prototypes that can gradually evolve into more complete tools for professionals and small businesses.
Human Interaction
Creating systems that receive natural requests through speech or text and guide the user through a clear process.
Automated Actions
Connecting user requests with data storage, appointment management, notifications and other structured actions.
02 Capabilities
What these systems can do
Each project explores a different part of the automation process from receiving a request and understanding its meaning to recording data and generating a useful response.
Voice Interaction
Receiving spoken requests, converting speech into text and returning spoken or written responses to the user.
Request Processing
Identifying the purpose of a request and deciding which information or action is required next.
Appointment Support
Collecting names, dates, times and other booking details through a guided automated conversation.
Structured Data
Saving collected information in organized systems such as spreadsheets or databases for later management.
Workflow Automation
Connecting individual actions into a complete workflow that reduces repeated manual work.
Custom Solutions
Designing each prototype around a specific need instead of using the same workflow for every use case.
03 Examples
Projects currently in development
These small projects demonstrate how AI and automation can be applied to realistic situations. They are ongoing prototypes and will continue to gain new functionality as their development progresses.
AI Voice Receptionist
AI Voice Receptionist is an experimental assistant designed to receive spoken requests in Greek and support basic reception tasks.
The goal is to create a system that can listen to a user, understand the information being provided and guide the conversation toward a useful action, such as recording an appointment or answering a common question.
✓
Greek speech recognition and voice responses
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Collection of names, dates and appointment
details
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Google Sheets integration for organized data
storage
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Expandable logic for different professional
use cases
AI Voice Receptionist
Listening
Example interaction
“Hello. How can I help you schedule your appointment today?”
Smart Booking Assistant
Smart Booking Assistant is a prototype for organizing appointment requests for professionals, medical practices and small businesses.
The system is designed to collect the required information, display or check possible appointment times and organize each request in a structured format.
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Guided appointment request process
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Collection of contact and booking details
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Organized schedule and appointment records
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Future potential for reminders and calendar
integration
Booking Assistant
AI Assisted
10:30 AM
Available appointment
Available
12:00 PM
Available appointment
Available
03:30 PM
Available appointment
Available
Technologies & Tools
What I use while developing these prototypes
The technology used depends on the requirements of each project. My current experiments combine Python based logic, speech tools, data integrations and web technologies.
04 Process
How I approach an automation project
Before adding AI to a project, I first identify the exact task that needs to become faster, clearer or more consistent. The automation is then built around that process.
01
Identify the Need
Understanding the repetitive task, the user and the information that the system needs to collect.
02
Design the Workflow
Defining the conversation, decisions, required data and actions from beginning to end.
03
Build the Prototype
Creating the logic, integrations and interface needed to demonstrate the complete process.
04
Test and Improve
Testing different requests, handling errors and improving the clarity and reliability of the system.
05 Next Steps
Where these projects can evolve
These prototypes are a foundation for more advanced systems that could connect multiple tools and offer a more complete experience for both businesses and customers.
Future Development
Expanding small prototypes into connected automation systems
My goal is to continue improving these projects while developing a stronger understanding of artificial intelligence, APIs, databases and real time communication.
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Calendar synchronization and availability checks
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Automated email or message confirmations
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Improved natural language understanding
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Secure databases and user management
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Custom workflows for different professionals
Continuous Development
Exploring how AI can become a practical part of everyday work.
My work in AI automation is an ongoing learning process. Through projects such as the AI Voice Receptionist and Smart Booking Assistant, I am developing my ability to combine programming, artificial intelligence and structured workflows into useful digital tools.