EMUG Tech delivers aerospace manufacturing and MRO engineering across six domain clusters: aerostructure manufacturing — NC/CNC programming, process planning, Vericut simulation, and FAI to AS9102; composites process engineering — AFP/ATL path planning, autoclave cure design, resin infusion simulation, and NDT; assembly and tooling — jig design, robot OLP, DELMIA simulation, and ergonomic assessment; MRO sustenance engineering — repair scheme design, damage tolerance analysis, and component overhaul engineering; technical publications — AMM, CMM, IPC, SRM, and S1000D IETP; and AS9100 quality system — gap assessment, QMS implementation, FAI, and supplier audit. All programmes follow the EMUG DEPOT Aerospace Manufacturing Engagement Model.

EMUG Tech delivers composites virtual manufacturing simulation covering the complete composite manufacturing process chain: fabric forming and draping simulation using Anaglyph Laminate Tools — predicting fibre angle deviation and wrinkle formation before physical layup; automated fibre placement (AFP) and automated tape laying (ATL) path planning — generating and validating ply programmes before machine programming; resin infusion simulation using PAM-COMPOSITES for VARTM and RTM — predicting fill time, void locations, and race tracking; autoclave cure simulation — thermal analysis of cure cycle and residual stress prediction after demould; and distortion and spring-back prediction for composite components post-cure. Simulation results reduce physical trial iterations by 40 to 60 percent and identify process parameters for consistent void content below 1 percent.

EMUG Tech delivers MRO sustenance engineering: repair scheme design for in-service metallic and composite airframe damage — skin, stringer, frame, spar, and rib repairs; structural substantiation analysis confirming repair load path adequacy (Nastran, Abaqus); damage tolerance analysis using NASGRO and AFGROW for crack growth life assessment supporting damage tolerance inspections; composite repair design — scarf and bolted repair procedures per SRM allowable damage limits; tolerance studies for worn machined components assessing continued serviceability limits; DFM and DFA for repair procedures reducing maintenance man-hours; harness routing documentation for modification installations; and sustenance engineering support linked to SRM update and EASA/FAA approved data revision submission. Repair schemes are delivered in a format compatible with EASA Form 1 and FAA 8130-3 release documentation.

EMUG Tech delivers complete first article inspection services to AS9102: FAI planning — identifying FAI scope for new part number, design change, and lapse in production; design documentation review — confirming drawing compliance, specification applicability, and tooling status; dimensional results — developing balloon drawing, measurement plan, and dimensional report from CMM and hand-measurement data; material and process certification review — confirming AMS material compliance, heat treat, and surface treatment; functional test result documentation for applicable requirements; appearance inspection — finish, markings, identification plates, and cleanliness; and FAI report compilation and customer submission. EMUG Tech also supports FAI recovery for non-conforming FAI results — root cause analysis, corrective action, and re-inspection planning.

EMUG Tech produces the complete range of aerospace technical publications aligned to ATA iSpec 2200 and S1000D standards: Aircraft Maintenance Manual (AMM) — chapter authoring and revision for scheduled and unscheduled maintenance; Component Maintenance Manual (CMM) — shop maintenance and overhaul procedures for LRUs; Illustrated Parts Catalogue (IPC/AIPC) — 3D exploded views from CATIA/NX with effectivity coding linked to Teamcenter part masters; Structural Repair Manual (SRM) — repair procedure authoring for allowable damage assessment and approved repairs; Service Bulletin (SB) — technical accomplishment instructions; Fault Isolation Manual (FIM) — troubleshooting procedures; and Interactive Electronic Technical Publication (IETP) to S1000D standard for digital maintenance operations. All publications use ASD Simplified Technical English (STE) and are managed in CSDB common source database for multi-language output.

EMUG Tech configures Teamcenter to support aerospace as-maintained traceability requirements: serialised component object creation in Teamcenter — linking each aircraft serial number and component part number to its design revision, manufacturing history, and service history; airworthiness release record management — EASA Form 1 and FAA 8130-3 document storage linked to the component object; AD compliance tracking — Airworthiness Directive applicability assessment and compliance status recorded per aircraft serial number; Service Bulletin (SB) incorporation status — open, complied, deferred, and not applicable status per SB per aircraft; MRO work package management linked to SAP PM work orders — enabling maintenance event scheduling from Teamcenter component life status data; and EASA Part 145 maintenance release documentation workflow.

EMUG Tech delivers the complete AS9100 Rev D quality system service for aerospace manufacturers and MRO organisations: gap assessment identifying all clause gaps and customer-specific requirement gaps before the certification body audit; QMS documentation covering quality manual, procedures, and work instructions with aerospace-specific clauses (risk management, configuration management, FOD prevention, counterfeit parts prevention per SAE AS5553, key characteristics per AS9103); first article inspection (FAI) coordination to AS9102; internal auditor training and AS9100 internal audit programme; mock certification body audit; supplier AS9100 quality evaluation for new supplier qualification; and ongoing quality monitoring — non-conformance trend analysis, CAPA effectiveness review, and management review input data. For EASA Part 21G production organisation approval, EMUG Tech supports the quality system documentation and production organisation exposition (POE) development.

EMUG Tech delivers aerospace manufacturing and MRO engineering across 20 countries: Europe — Germany, France, UK, Netherlands, Sweden, Italy, Spain, Czech Republic, Poland; Asia-Pacific — India, Japan, South Korea, China, Malaysia; Middle East — UAE, Saudi Arabia, Qatar; Americas — USA, Canada, Brazil; Africa — South Africa. Client coverage: commercial aircraft OEMs and Tier 1 aerostructure suppliers, business jet manufacturers and completions centres, defense aircraft Tier 1 suppliers, airline MRO organisations (EASA Part 145), independent component MRO providers, and military platform sustainment organisations. Engineering delivery from Hyderabad (India), Germany, and Dubai with on-site support at manufacturing and MRO facilities globally.