Engineering Services

at SoftInWay we will work with you to find the best solution for your project

Each client, project, and application comes with a specific set of constraints and usually requires a customized solution. Our approach for each project, – whether it is a powerplant, rocket engine, or fuel cell system, begins with a detailed discussion of project challenges, expectations, and desired outcomes. This enables our engineering experts to help you define technical requirements and select the type of machine and data required for optimal equipment design and efficiency
SoftInWay’s dedicated team of engineers is here to help, offering technical expertise in thermal management systems, turbomachinery design, R&D projects, and more.

Explore Our Engineering Services

Three blue industrial electric motors are mounted on a concrete platform with metal pipes and conduits connected to them.

Thermal-Fluid
System Modeling

Close-up of a metallic turbine or fan blade, reminiscent of an advanced appliance, with a radial design featuring sharp, curved edges against a warm brown background.

Turbomachinery
Development

Low-angle view of a monumental building with tall stone columns and a textured facade against a clear blue sky.

Government R&D

A man in glasses and a maroon sweater works at an office desk with a laptop and a large external monitor displaying a 3D model and code. Papers and a plant are on the windowsill behind him.

Software Customization

Explore Our Case Studies

Technical diagram of an industrial process with labeled pipes, valves, and machinery components on a blue and white blueprint background.

Heat Recovery Steam Generator Modeling in AxSTREAM System Simulation

A blue funnel diagram connected to a maze-like series of nodes and pathways, ending at a gear icon on a light blue background.

Industrial Refrigerator Modeling in AxSTREAM System Simulation

3D rendering of a helical gear with data charts and graphs in the background, illustrating engineering and design schematics.

ITAR Case Study – ORC Turbine

3D model of a turbine, featuring intricate blue and red components on a white background.

Kutrieb Research Case Study – Turbojet Engine

Diagram of an engine lubrication system with labeled components, including a pressure gauge, strainer, and relief valve. Arrows indicate the flow of oil throughout the system.

Lubrication System for a Submarine Engine in AxSTREAM System Simulation

Technical schematic showing oil supply to bearings, including dimensions for HPC, IPC, and LPC. Components labeled: main oil tank, damp oil tank, main pumps, oil coolers.

Lubrication System Modeling for a 500 MW Steam Turbine in AxSTREAM System Simulation

Diagram of a cockpit oxygen system showing mask storage boxes, oxygen control panels, and associated tubing paths labeled with color-coded oxygen flow.

Modeling an Oxygen Supply System in AxSTREAM System Simulation

Diagram of a thermodynamic process with turbines, compressors, heat exchanger, and various temperature and pressure annotations.

Modeling of Gas Turbine’s Anti-Icing System in AxSTREAM System Simulation

Logo of Peregrine Turbine Technologies featuring a stylized peregrine falcon beside the company name.

Peregrine Case Study – Supercritical CO2 Turbine Engine

A technical diagram featuring a complex flowchart with colored lines, symbols, and labels, set against a blue background.

Aircraft Anti-Icing Equipment Modeling

Logo of Reaction Engines featuring a stylized swirl design next to the text "Reaction Engines" on a white background with a blue border.

Reaction Engines Case Study – Compressor

Flowchart diagram with interconnected nodes, arrows, and symbols inside a rectangular border, featuring a circuit-like design and various colored elements on a white background.

Rocket Nozzle Cooling System Modeling in AxSTREAM System Simulation

Thermodynamic cycle diagram with color gradient from red to blue, displaying temperature values in Celsius and efficiency metrics.

Rotor Lifetime Assessment and Lifetime Extension

Illustration of a spiral pipe system with two charts showing dimensions and technical specifications.

Space Concordia Rocketry Division – Turbopump Design

Technical diagram showing the dimensions of a mechanical component. Width is 24.3 inches, height is 15.6 inches, and depth is 8.8 inches.

Designing the MONARCH 5 Turboprop Engine

3D CAD model of a spiral turbine design with green, red, and blue lines on a white background.

AxSTREAM Pump Cavitation Study

Technical diagram illustrating a water treatment system process with labeled components and flow paths.

Gas Turbine Secondary Cooling Flow Path in AxSTREAM System Simulation

Diagram of a basic refrigeration cycle with labeled components: compressor, condenser, expansion valve, and evaporator. Arrows indicate the flow of refrigerant through the system.

Ground Source Heat Pump Modeling in AxSTREAM System Simulation

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