With combined capabilities, QuEST Global would offer its customers services ranging from:

• Building dedicated team for solving large scale problems

• Provide a unique model of onsite Program Management and offshore execution for efficiency

• Worldwide presence to utilize geographical synergies

• Access to scalable resources with over 1600 global staff dedicated and committed to working closely with our customers

• Ability to develop productivity enhancing design automation tools for AFS applications

• Extended Heat Transfer & Aerodynamic expertise for complete design solutions

• Performance enhancement solutions
  
   

Areas of expertise / Domains

• Aerospace and Propulsion

• Gas and Steam Turbine Technology

• Automotive

• Combustion Science

• High-Speed and Reacting flow

• Industrial Application
  
   

Technical Capabilities

With enhanced technical capabilities post the acquisition, QuEST Global is well positioned and fully equipped to offer engineering services in the disciplines of:

• Advanced Aero Design and Analysis

• Computational Modeling and Simulation

• External and Internal Fluid Mechanics

• Turbomachinery Flow Analysis

• High Speed/Low Speed Propulsion Systems

• Combustion/Reacting Flow Fields

• Heat Transfer and Fluid Systems Design/Analysis

• Custom Software Development
  
   

Multi-Disciplinary Aero Design and Analysis Experience

• Experienced with internal and external fluid mechanics covers a broad range of flow regimes from incompressible through hypersonic flight conditions

• Company experience includes extensive aero/thermal analysis and design of gas path and secondary flow components in aircraft engines and power generation units

• Experience in vehicle configuration aerodynamics

• Engine inlets, combustors and nozzles design experience

• Multi-Stage unsteady aerodynamics

• Subsonic and supersonic combustors

• Subsonic / transonic / supersonic airframes and nacelles

• Supersonic and hypersonic forebodies / inlets / nozzles
  
   

Heat Transfer Capabilities

• Advanced airfoil cooling designs with conjugate heat transfer capabilities

• Experienced in thermal analysis for complex configurations

• Experienced with performing actively cooled designs (combustors / nozzles)

• Experience include convective and radiative heat transfer coupled with finite element analysis to determine steady state and transient thermal characteristics

• Heat Exchanger Design

• Expertise in Combined Aero and Cooling Performance Evaluation for complex systems and components