Technology. Research. Improvisation.
CTO, software architect, computational researcher and jazz guitarist, working across artificial intelligence, scientific computing, digital twins, digital identity and interactive systems.
Three disciplines, one way of thinking.
01 – DEEP TECH
Building intelligent systems at the intersection of software, simulation and the physical world.
AI
Digital twins
Simulation
Digital identity
VR
02 – RESEARCH
Computational mechanics, scientific computing and intelligent numerical methods.
HPC
FEM
Domain decomposition
Machine learning
Surrogate models
03 – MUSIC
Jazz guitar, improvisation, composition and technology-driven musical experiences.
Augmented guitar
Production
Game scoring
Sound engineering
Selected work
Hansha
Artificial Intelligence
Purpose-built Immersive Intelligence architecture for Hansha.
mAIntAIn
AI-enhanced digital twins
Predictive maintenance, digital-twin technology for Nessos.
MSolve / AISolve
Scientific Computing
Simulations, numerical methods, HPC and machine learning for MGroup / NTUA.
Flames of Freedom
Gaming
History-inspired video game for Noumenon.
Gateway
Web3 and trust
Digital assets and verifiable credentials for Compellio.
Onibaba
Jazz & augmented guitar
Future fusion music, performed with an augmented guitar for Triplicity.
Working across research, technology and creation.
NComp
CTO & Founder
Computational mechanics · Digital twins · Scientific computing
Compellio
CTO
web3 · Digital identity · Trust infrastructure
Hansha
CTO & Co-Founder
Artificial intelligence · Immersive Intelligence
Noumenon
CTO & Co-Founder
Games · VR/XR · Digital content · Films
Nessos
CTO
Business software · Consultancy · Team leading
Digital Pan
Tech consultant
VR/XR · Digital content
MGroup / NTUA
Architect & Co-Founder
Scientific computing · Software architecture · Team leading
STIS / NKUA
Researcher
Computational sociology
Triplicity
Guitarist & Co-Founder
Tech-inspired performance · Augmented guitar
Research
Computing physical systems at scale.
My research focuses on computational mechanics, high-performance numerical methods, model reduction and machine learning for large-scale physical problems.
AI-enhanced iterative solvers for accelerating the solution of large-scale parametrized systems
A new perspective on the solution of uncertainty quantification and reliability analysis of large-scale problems
A new era in scientific computing: Domain decomposition methods in hybrid CPU–GPU architectures
Music