LIKUA is an independent engineering company specializing in high-fidelity simulation and computational methods for complex, physics-driven systems.
LIKUA is an independent engineering and software company specializing in high-fidelity simulation, advanced computational methods, and performance-critical engineering applications. We operate where standard tools and simplified models fail—particularly in demanding domains such as rocket propulsion systems.
We are not an academic spin-off, and we do not repackage generic software. LIKUA is built by engineers who design, develop, validate, and apply their own solvers to problems where numerical stability, physical correctness, and computational efficiency are non-negotiable.
We develop and maintain a fully implicit, strongly coupled CFD solver engineered for extreme flow regimes and multi-physics coupling. The design priorities are robustness, scalability, and physical consistency—not convenience.
Rocket propulsion is among the most challenging simulation domains due to extreme pressure gradients, high temperatures, tight stability margins, and strong coupling between flow physics and geometry. Our methods are developed with these constraints in mind.
We provide simulation services where off-the-shelf solvers become unreliable or overly restrictive. Every analysis is based on first principles, with explicit modeling assumptions and traceable numerical behavior.
High-end simulation is inseparable from hardware reality. We help clients make defensible choices and eliminate bottlenecks across compute, memory, and I/O.
We collaborate with engineering teams, startups, and organizations in aerospace, propulsion, energy, and advanced manufacturing—especially where problems are too complex for standard commercial workflows.
LIKUA UG is based in Germany and operates independently, without vendor lock-in, academic constraints, or predefined solution paths. This independence allows us to select methods based on technical necessity—not market trends.
LIKUA exists to address the hardest simulation problems—including rocket propulsion—where deep physics, rigorous numerics, and disciplined computation are mandatory.
If a problem can be solved by adjusting default settings in a commercial GUI, it is likely outside our scope.
Contact: For project inquiries, partnerships, or technical discussions, reach out via your preferred channel.