Canonical page: https://souxmar.com/ Language: en ENGINEERING & SIMULATION · TÜRKİYE # Modeling, Control & Simulation Engineering. For aviation, maritime, rail systems and emergency response. System modeling and analysis, control system design, engineering simulation, model verification and validation, and training simulator development. [Explore our expertise ↗](https://souxmar.com/#expertise) [Rail systems engineering ↗](https://souxmar.com/#rail-systems)[Wildfire & disaster simulation ↗](https://souxmar.com/#emergency-response) +Dynamic system modeling · Control design Real-time simulation · Training systems DYNAMIC SYSTEM MODELING CONCEPT STUDY zx 01 / FLIGHT DYNAMICS Flight dynamics & control law design. Illustrative geometry · Not performance data Aviation ↗Maritime ↗Rail systems ↗ 01 / Modeling02 / Control systems03 / Simulation04 / Engineering software OUR EXPERTISE ## Modeling, control and simulation. Engineering services spanning physical system modeling, control algorithm development, simulation integration and technical software. ### 01ModelingMathematical & physical system models Physics-based and data-driven mathematical models for dynamic system analysis, control development and simulation. Model structure and fidelity are selected for the intended application. [Mathematical modeling services ↗](https://souxmar.com/services/mathematical-modeling/) ### WHAT WE WORK ON - Dynamic system modeling and multibody dynamics - Flight dynamics, ship maneuvering and longitudinal train dynamics - Propulsion, energy and actuator models - System identification and parameter estimation - Model verification, validation, calibration and sensitivity analysisTHE DELIVERABLE Executable models, parameter sets, documented assumptions, verification reports and validation comparisons against available reference data. INPUTƒ(x,u)RESPONSE ### 02Control systemsControl architecture & controller design Control system architecture, controller design and closed-loop performance analysis. Development covers plant modeling, control law synthesis, tuning and simulation-based verification. [Control system design services ↗](https://souxmar.com/services/control-system-design/) ### WHAT WE WORK ON - Control architecture and control-loop design - PID tuning, cascade control and feedforward compensation - State feedback, LQR design and model predictive control (MPC) - State estimation, observer design and sensor fusion - Stability, robustness and closed-loop performance analysis - Vehicle and subsystem control for aviation, maritime and railTHE DELIVERABLE Control algorithms, implementation models or code, tuning parameters and verification results for defined operating conditions. ERRORC(s)CONTROL SIGNAL ### 03SimulationReal-time simulation & training systems Real-time engineering simulation and training simulator development, integrating mathematical models, visual systems and hardware interfaces. Execution timing, model fidelity and training objectives are defined for each project. [Real-time simulation services ↗](https://souxmar.com/services/real-time-simulation/) ### WHAT WE WORK ON - Real-time model execution and Unreal Engine integration - Instructor operating stations, scenarios and debriefing tools - Aviation, maritime and train driver training simulators - Combat systems simulation and operator training - Wildfire and disaster response training scenarios - Model-in-the-loop (MIL) and software-in-the-loop (SIL) testing - Hardware interfaces and hardware-in-the-loop (HIL) integrationTHE DELIVERABLE Integrated simulation software, scenario definitions, interface documentation and test results. Hardware and qualification requirements are defined in the project scope. MODELΔtSCENARIO ### 04Engineering softwareAnalysis, test automation & integration Custom engineering applications for numerical analysis, model integration, test automation and data processing. Software is developed around defined calculation methods, interfaces and verification requirements. [Engineering software development services ↗](https://souxmar.com/services/engineering-software/) ### WHAT WE WORK ON - Custom MATLAB, Python and C++ applications - Technical calculation and design tools - Test automation, data processing and reporting - Model interfaces and co-simulation workflows - Data-connected models and digital twin toolingTHE DELIVERABLE A maintainable application or integration, with agreed source deliverables, reproducible examples and handover documentation. DATA{ }INSIGHT ENGINEERING & DEVELOPMENT TOOLSMATLAB / Simulink · Python · C++ · Unreal Engine [Explore all engineering and simulation services ↗](https://souxmar.com/services/)[Model verification & validation services ↗](https://souxmar.com/services/model-verification-validation/) WHERE WE FOCUS ## Aviation. Maritime. Rail. Emergency response. System models, control development and simulation environments for aircraft, vessels, rail vehicles and emergency response teams. 01 — AVIATION↗ ### Aviation Flight dynamics and aircraft systems modeling for fixed-wing aircraft and helicopters. Flight control law design, closed-loop simulation, and simulator development for pilot training, including cockpit procedures. Flight dynamicsFlight control lawsPilot training[Flight dynamics & aviation simulation ↗](https://souxmar.com/services/aviation-modeling-simulation/)[Fixed-wing & helicopter training simulators ↗](https://souxmar.com/services/aviation-training-simulators/) 02 — MARITIME↗ ### Maritime systems Modeling and simulation of ship maneuvering, propulsion and onboard power systems. Marine control system design and development of ship bridge and engine room training simulators. Ship maneuveringMarine propulsionBridge & engine room training[Marine systems modeling & simulation ↗](https://souxmar.com/services/marine-modeling-simulation/)[Ship bridge & engine room training simulators ↗](https://souxmar.com/services/maritime-training-simulators/) 03 — RAIL SYSTEMS↗ ### Rail systems Longitudinal train dynamics, subsystem modeling, control system design, and model verification and validation for rail vehicles and onboard equipment. Train driver training simulators for driving and operational procedures. System modelingControl system designModel verification & validation (V&V)Driver training[Rail systems engineering services ↗](https://souxmar.com/services/rail-systems-engineering/)[Train driver training simulators ↗](https://souxmar.com/services/railway-training-simulators/) 04 / EMERGENCY RESPONSE ### Wildfire & disaster response simulation. Scenario-based training for wildfire response, aerial firefighting, earthquake and flood response, evacuation and multi-agency coordination. Wildfire responseDisaster exercisesAfter-action review[Explore wildfire & disaster simulation ↗](https://souxmar.com/services/emergency-response-simulation/) System modeling & analysis · Control system design · Model verification & validation (V&V) · Training simulators Training simulator development ## Training simulators. Engineered around the task. Training simulation for aviation, maritime, railway, combat systems and emergency response applications. Mathematical models, scenario environments and instructor tools developed around defined learning objectives. AVIATION TRAINING ### [Fixed-wing & helicopter training simulators](https://souxmar.com/services/aviation-training-simulators/) Souxmar develops simulation software and integration components for fixed-wing and helicopter pilot training. Projects combine flight dynamics models, aircraft systems simulation, cockpit interfaces and visual systems for flight training and cockpit procedures training. [Fixed-wing & helicopter training simulators ↗](https://souxmar.com/services/aviation-training-simulators/) MARITIME TRAINING ### [Ship bridge & engine room training simulators](https://souxmar.com/services/maritime-training-simulators/) Souxmar develops simulation software for ship bridge and engine room training. Projects combine ship maneuvering models, marine machinery simulation, operator interfaces and instructor stations around defined training objectives. [Ship bridge & engine room training simulators ↗](https://souxmar.com/services/maritime-training-simulators/) TRAIN DRIVER TRAINING ### [Train driver training simulators](https://souxmar.com/services/railway-training-simulators/) Souxmar develops train driver training simulator software and integration components. Longitudinal train dynamics, onboard-system models, cab interfaces, route environments and instructor tools support driving skills and operational procedure training. [Train driver training simulators ↗](https://souxmar.com/services/railway-training-simulators/) DEFENSE TRAINING SIMULATION ### [Combat systems simulation & operator training](https://souxmar.com/services/combat-systems-simulation/) Souxmar develops simulation software for combat-system familiarization and operator training in synthetic environments. The scope focuses on representative system behavior, operator interfaces and repeatable training exercises for aviation and maritime applications. [Combat systems simulation & operator training ↗](https://souxmar.com/services/combat-systems-simulation/) EMERGENCY RESPONSE TRAINING ### [Wildfire & disaster response simulation](https://souxmar.com/services/emergency-response-simulation/) Souxmar develops scenario-based simulation environments for wildfire response, disaster preparedness and emergency management training. Projects combine geospatial environments, incident scenarios, team coordination and instructor tools around defined exercise objectives. [Wildfire & disaster response simulation ↗](https://souxmar.com/services/emergency-response-simulation/) HOW WE WORK ## From requirements to verification. A structured development process with defined requirements, documented assumptions and measurable acceptance criteria. [Start a conversation ↗](https://souxmar.com/#contact) - 01 ### Requirements & system definition Agree on the objective, available data, operating conditions and what a successful result looks like. - 02 ### Modeling & development Build the model, control algorithm or software around the agreed requirements and interfaces. - 03 ### Verification & validation Verify implementations against requirements and validate model behavior against suitable reference data for the intended use. Document assumptions, limitations and findings. - 04 ### Integration & technical handover Hand over usable tools, reproducible examples and clear documentation, with integration support scoped to your needs. ⊕ ### Defined scope Clear deliverables and acceptance criteria from the start. ⌁ ### Traceable results Assumptions, methods and evidence that can be reviewed. ↗ ### Practical handover Models and software built to become part of your workflow. DISCUSS YOUR ENGINEERING REQUIREMENTS ## Let’s define your next project. Discuss your requirements for mathematical modeling, control systems, real-time simulation or training simulators. [info@souxmar.com ↗](mailto:info@souxmar.com) Tell us about your system, your objective and where you need engineering support. [Discuss your project ↗](mailto:info@souxmar.com?subject=Project%20enquiry%20%E2%80%94%20Souxmar)BASED IN TÜRKİYE · OPEN TO COLLABORATION ## Company and contact Souxmar — Celik Group Teknoloji Limited Şirketi Çalca OSB Mah. 1 Cad. No: 1 İç Kapı No: 45, Merkez / Kütahya, Türkiye info@souxmar.com · +90 531 623 03 80 MERSİS: 0205123079900001 · Çinili VD. · 2051230799