Simulation & Thermal Engineering
Physics-based analysis for systems under thermal, aerodynamic or multiphysical constraints.
- CFD studies
- Heat transfer analysis
- Performance optimization
Simulation, embedded systems and technical software for high-performance engineering challenges. Built for startups, R&D teams and industrial projects requiring rigorous execution.
Focused engineering support across simulation, embedded systems, technical software, data and AI.
Physics-based analysis for systems under thermal, aerodynamic or multiphysical constraints.
End-to-end technical development from control architecture to robust scientific tooling for engineering teams.
Data-driven methods to model complex phenomena, analyze experiments and accelerate technical decision-making.
A background combining aerospace engineering, applied research and technical product development.
Engineering work focused on thermal behavior, constrained performance and embedded systems for drone automation.
Multiphysical modeling, system optimization and software for control and data analysis in an R&D context.
Design of an autonomous flying wing capable of carrying a secondary UAV for dedicated mission scenarios.
Core hardware available for fast iterations, electronics validation and physical prototyping.
Fast fabrication of functional parts for mechanical integration, enclosure tests and iterative design.
Measurement and debugging of analog and digital signals for embedded and power electronics work.
Stable DC power source for prototyping, characterization and controlled bench validation.
Stack software used in design, simulation and electronics workflows.
del·dynamics is built around a simple idea: high-level engineering should remain readable, rigorous and actionable.
Engineer specialized in simulation, embedded systems and technical software development, with experience in aerospace, applied research and complex system design.
The positioning is intentionally focused: physics-based reasoning, technical clarity and execution that can support real engineering teams.
Whether you need support on simulation, control systems or technical software, the first step is a clear conversation around scope, constraints and expected outcomes.