KARYUS LABS

Aerospace Engineering | Computational Physics | Data Strategy

"An independent engineering portfolio focused on high-fidelity simulation and data-driven analysis."
Centrale Méditerranée & USP
Multidisciplinary Engineering
Deploy Hangar

The Engineer

Renato Martins Filho | Founder of Karyus Labs

The Approach

Karyus Labs serves as my digital workshop. The goal is simple: to document the rigorous application of engineering principles to solve complex problems. Whether through Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), or Data Science, the focus remains on technical precision and reliability.

Core Toolkit

  • Flight Dynamics & Control: Comprehensive stability analysis ranging from static sizing (XFLR5, AVL) to Nonlinear Dynamic Simulation and Control Law design using MATLAB & Simulink.
  • Simulation & Structure: Structural analysis and FEM simulation using Abaqus and ANSYS, integrated with parametric CAD modeling (SolidWorks/CATIA).
  • Computational Logic: Leveraging a background in Algorithm Theory (IMPA) to build optimized engineering automation scripts in Python and MATLAB.

Research & Intelligence

Theoretical foundations and data science projects.

PICME - Algorithmic Logic (IMPA/CNPq)

Scientific initiation focused on Graph Theory and the mathematical foundations of Computer Science. While distinct from aerospace, this background provided the rigorous logical framework I use today to structure complex engineering code and optimization routines.

Automotive Market Intelligence (NLP)

Developed a full-stack data platform processing 140,000+ consumer reviews. This project demonstrates the capability to handle large datasets and extract actionable insights using Natural Language Processing (Node.js/Python).

Engineering Hangar

Cessna 182 Simulation

Cessna 182: Nonlinear Flight Dynamics

High-fidelity simulator in Simulink implementing raw equations of motion. Validated against linearized state-space models.

Read Case Study

Connect

Objective: Seeking Internship Opportunities (Summer 2026)

Available for discussions on Structural Analysis, Aerodynamics, and Software Engineering.