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, Liquid & Cryogenic propellants
Marine Hydrodynamics, resistance, 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.