I build web applications, APIs, and production systems with a bias toward reliability, clear delivery, and practical engineering across backend, frontend, and cloud environments.
Signal Map
I am an Information and Communications Systems Engineer with hands-on experience in enterprise software, insurance platforms, robotics research, and cloud-oriented application delivery.
My academic background covers computer engineering, communications, networking, cybersecurity, robotics, and intelligent systems. In industry, I have worked on applications where implementation quality, service integration, and dependable operation matter at the same time.
Building user-facing interfaces with modern web frameworks, responsive layouts, and production-aware client-side engineering.
Designing APIs, business logic, and service integrations across application platforms used in enterprise and product systems.
Supporting deployment, automation, and runtime reliability through cloud services, containers, and delivery pipelines.
Working with relational and document databases together with data access layers used in application development.
Using application libraries and infrastructure components that support testing, messaging, realtime communication, and logging.
Working daily with development environments, AI coding assistants, database tools, and cloud administration interfaces.
EY
Working on a financial-services engagement with emphasis on enterprise delivery, dependable backend systems, and cloud-oriented engineering.
Covariance IKE
Built three insurance-focused applications covering fraud detection, appointment and e-prescription workflows, and urgent-assistance communication.
University of the Aegean
Handled robotics lab organization, equipment maintenance, deliveries, and research into potential thesis directions.
University of the Aegean
Studied computer engineering, communications, networking, cybersecurity, robotics, and intelligent systems with a strong systems focus.
University of the Aegean
Designed and tested a soft robotic rehabilitation device with sensors, patient-safe materials, safety mechanisms, and three operating modes for different spasticity cases.
A thesis project focused on rehabilitation support through a soft robotic device tested with both a physiotherapist and a stroke patient experiencing spasticity.
Delivered application flows for insurance operations including fraud detection, care-network coordination, appointment booking, e-prescriptions, and emergency assistance communication.
Reach out for full stack development, API work, cloud delivery, or engineering collaboration.