$22K savings per set with optimized design of Surface Hydraulic System and Well Control Module
189kg weight reduction per wing set with 14% lesser fuel burn per seat
50% time reduction with Model Based Definitions of aero engine parts
Assembly process plan and production to reduce TAKT time to 3 days
30%+ savings with Digital Transformation of Next-Gen Engineering Tools
CNC Programming Support Using Esprit & NX
35% Cycle time reduction with Aerospace & Defense Manufacturing Solutions
Elimination of Aero Engine manual inspection with 35% cycle time reduction
Aero engine-Maintenance Manual for LPT and TEC
Flight Test Instrumentation Lead-out
Ergonomical design of Grab Pole using Finite Element Analysis
Design and Development: Whipstock Retrieval Hook
Pressure pulse telemetry CFD Modeling for complex wells in the Oil & Gas industry
Rotary Wobbler Transient CFD
Turbine cooling Advanced Simulation for optimized engine performance