$22K savings per set with optimized design of Surface Hydraulic System and Well Control Module

Ease of transportation and space constraints complying to ATEX zone-1 rating requirements

189kg weight reduction per wing set with 14% lesser fuel burn per seat

Redesign of wing structure for aerodynamic improvement

50% time reduction with Model Based Definitions of aero engine parts

Creation of component definition and capture design intent in MBD to enable digital manufacturing of aero engine parts

Assembly process plan and production to reduce TAKT time to 3 days

‘Fool proof’ (Poka Yoke) and mobile assemblies

30%+ savings with Digital Transformation of Next-Gen Engineering Tools

Future ready tools for mobility & cloud support with re-usable frameworks

CNC Programming Support Using Esprit & NX

A manufacturing unit of an oil and gas major used Esprit and NX for CNC programming. Set up data sheet was created manually. Utilization of senior programmers was not managed well which eventually led to a high-cycle time.

35% Cycle time reduction with Aerospace & Defense Manufacturing Solutions

Quality parts at cost advantage with Lean operations

Elimination of Aero Engine manual inspection with 35% cycle time reduction

Manufacturing Engineering end-to-end service.

Aero engine-Maintenance Manual for LPT and TEC

An aero engine OEM needed to develop maintenance manuals for its new engine Low Pressure Turbine (LPT) and Thermal Electric Control (TEC) as part of its entry into service.

Flight Test Instrumentation Lead-out

Standardization of loom assembly across aero engines