Applied Physics Engineering

We develop physics-based and innovative solutions for highly complex projects: computational modeling, fluid dynamics simulations, energy, structures, optics, and prototyping. We perform experimental validation, instrumentation, data analysis, and product development for research, development, and applied technology. We offer scientific precision and functional design to drive projects that require advanced engineering and reliable results.

Numerical Methods and Multiphysics Simulation

• Computer-aided design (CAD/CAE) to build digital models of equipment, production lines, components, and industrial systems.

• Advanced computational simulation (CAE): thermal, structural, electrical, magnetic and fluid analysis (CFD) applied to both industrial design and operation.

• Multiphysics modeling to analyze the simultaneous interaction between thermal, mechanical, electrical and flow phenomena under real conditions.

• Simulation of operational processes, evaluating performance, cycle times, internal logistics, energy consumption, safety and operational efficiency.

Advanced Materials and Special Applications

• Characterization of materials using experimental techniques and simulated models.

• Development of solutions based on advanced materials for energy, industrial and construction projects.

• Integration of operational simulations to determine how materials affect the performance, efficiency, and durability of industrial processes or energy systems.