About me
I design, architect, and teach scalable solutions that bridge deep scientific research with production-ready software. As an Associate Professor at ENISo and an experienced Software Architect with 25+ years in the field, I transform complex challenges in numerical modeling, electromagnetics, and digital twins into modular, elegant, and reproducible systems.
My expertise is rooted in my PhD in Telecommunications and my engineering degree in Computer Science, and is realized through open-source ecosystems.
I am the creator and maintainer of open-source projects—including Nuts, TSON, NTexUp, HadruWaves, and Doovos—reflecting my conviction that software should be elegant, reproducible, and free.
What i'm doing
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Research & Supervision
Conducting and supervising research in telecommunications, antennas, propagation, and numerical modeling.
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Software Architecture
Designing modular, scalable, and maintainable software systems across distributed and enterprise environments.
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Open-Source Development
Author and maintainer of multiple open-source projects, promoting Libre software and developer empowerment.
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Consulting & Mentoring
Helping teams and organizations design robust architectures, adopt modern development practices, and grow technical leadership.
Research Interests
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Electromagnetics & Propagation
Modeling and simulation of electromagnetic fields, antennas, and wave propagation in complex media.
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Numerical & Computational Methods
Application of the Finite Element Method (FEM), Method of Moments (MoM), and hybrid techniques to RF problems.
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Digital Twins and Cyber-Physical Systems
Modeling, simulation, and synchronization of physical systems with their virtual counterparts for predictive analysis and optimization.
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Computational Digital Engineering
a growing interdisciplinary field that bridges simulation, AI, and system engineering. It captures the convergence of digital twins, machine learning-assisted modeling, and design automation,
Selected Projects / Software
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Nuts
A modular Java package manager and runtime environment. Enables lightweight, dependency-aware applications without fat JARs. Supports dynamic installs, custom scopes, and embedded scripting.
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Hadruwaves
a simulation framework for electromagnetic fields using MoM and FEM. Implements Method of Moments (MoM) and Finite Element Method (FEM) for planar antennas and waveguide simulation. inc
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Hadruplot
A scientific visualization toolkit for Java. Offers flexible plotting for analytical, numerical, and symbolic data. Integrates seamlessly with Hadruwaves and Hadrumath.
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Hadrumath
A symbolic and numerical algebra library. Combines expression trees, matrix algebra, and high-precision computation for scientific modeling and simulation.
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TSON
A structured data language beyond JSON. Adds annotations, named arrays, matrices, and complex numbers. Serves as a bridge format for configuration, serialization, and declarative modeling.
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NTexUp
A TSON-based presentation and documentation system. Transforms .ntx declarative files into interactive teaching slides. Designed for scientific communication and digital classrooms.
