DIGITAL ENGINEERING
STS’ staff engineers have specialized experienced in aircraft configuration development, aerodynamics, thermodynamics, stability and control, propulsion, structures, mechanical design and manufacturing engineers. We use parametric modeling software to conduct structural, thermal, and aeroelastic analysis to design next generation low-cost unmanned aerial vehicles.
Our model-based systems engineering approach leverages robust modeling and simulation tools to speed development and resolve technical risk early in program execution.
STS offers a full range of engineering services to include;
- New Aircraft Configuration Development
- Aerodynamics
- Propulsion Design
- Thermodynamics Analysis
- Stability & Controls
- Flight Controls
- Aircraft Structures Analysis and Design
- 6DoF Support
- RCS Model Design
- Wind Tunnel Model Test Planning
STS uses the following software to aid in the Engineering process:
- CATIA V5
- SOLIDWORKS 2017
- NASTRAN/FEMAP
- VORLAX
- GENSHAPE 2
DIGITAL ENGINEERING
STS’ staff engineers have specialized experienced in aircraft configuration development, aerodynamics, thermodynamics, stability and control, propulsion, structures, mechanical design and manufacturing engineers. We use parametric modeling software to conduct structural, thermal, and aeroelastic analysis to design next generation low-cost unmanned aerial vehicles.
Our model-based systems engineering approach leverages robust modeling and simulation tools to speed development and resolve technical risk early in program execution.
STS offers a full range of engineering services to include;
- New Aircraft Configuration Development
- Aerodynamics
- Propulsion Design
- Thermodynamics Analysis
- Stability & Controls
- Flight Controls
- Aircraft Structures Analysis and Design
- 6DoF Support
- RCS Model Design
- Wind Tunnel Model Test Planning
STS uses the following software to aid in the Engineering process:
- CATIA V5
- SOLIDWORKS 2017
- NASTRAN/FEMAP
- VORLAX
- GENSHAPE 2