PLASMICA

Flow of Future, Engineered Today.

Discover Our Capabilities

Academic Rigor. Industrial Precision.

A spin-out from the University of Split, PLASMICA gathers a dedicated team of PhDs and elite engineers to solve multidisciplinary challenges.

100+ Years Cumulative Experience
10+ Vehicles & Products Improved
10M+ Lines of Code Written
PhD High Concentration of Talent

Core Competencies

Advanced Simulation

CFD, FEM & DEM

Modeling complex flows, structures, and granular materials. From aerospace propellants to industrial processing.

AI & Machine Learning

Surrogate Models & Predictive Analytics

Engineering of physics-informed surrogate models for real-time optimization.

Electronics & Control

FPGA & Embedded

High-speed FPGA development, embedded systems design, and real-time processing units.

HPC Computing

High-Performance Computing

Parallel processing, cluster computing, and custom algorithms for computationally intensive simulations.

From Deep Sea to Deep Space

Aerospace Sloshing, solid and cryogenic propellants, launchers
Marine Hydrodynamics, resistance, propellers, powering, sea-keeping
Space Systems Digital twins of microgravity systems
Automotive Vehicle dynamics, thermal management
Pharma & Industry Granular flow, mixing, and process optimization

Why PLASMICA?

Research-Backed

Born from the University of Split (FESB), grounded in advanced physics.

Multidisciplinary

Bridging the gap between fluid dynamics, granular physics, and embedded control hardware.

Proven

A team with a history of delivering problem-critical code and hardware.