EMUG Tech delivers engineering across six domain clusters for the rail, transportation, and infrastructure sector: rail vehicle engineering — carbody structural design to EN 12663, crashworthiness (EN 15227), bogie and underframe FEA, NVH, and TSI homologation; railway systems and signalling — ETCS/ERTMS, CBTC, RAMS to EN 50126, EN 50128 software SIL verification, and EN 50129 safety case; civil and track infrastructure — track alignment design, switch and crossing, earthworks, catenary, and BIM (Civil 3D, Bentley OpenRail); road and bridge engineering — highway design, bridge structural FEA to Eurocode 1-8, and DMRB compliance; urban mobility — metro and LRT systems, BRT, MaaS, and smart transport; and asset management — AI predictive maintenance, SAP PM/Maximo, ISO 55001, and digital twin.

EMUG Tech delivers complete RAMS and safety verification for railway control and signalling systems: EN 50126 RAMS analysis — reliability prediction using FMECA, availability modelling for system operational targets, maintainability analysis to establish maintenance task times and frequencies, and safety case development with Hazard Log and Preliminary Hazard Analysis; EN 50128 software verification for SIL 0 through SIL 4 — test plan development, requirements traceability matrix to software specification, code review and static analysis (LDRA, Polyspace), structural coverage measurement (MC/DC for SIL 3 and 4), and V&V documentation in EN 50128 format; EN 50129 system safety case compilation for signalling and control systems; and Independent Safety Assessor (ISA) coordination for ERA and national safety authority submission.

EMUG Tech delivers rail vehicle structural analysis from concept through homologation: carbody shell FEA to EN 12663 load cases — longitudinal buff and draft loads, vertical loads, aerodynamic loads, and interior equipment loads for vehicle categories P-I through P-VI; crashworthiness simulation to EN 15227 using LS-DYNA — Collision Load Event (CLE) and Collision Risk Event (CRE) scenarios, crash energy management design (deformable anti-climber, underframe), and survival space validation; bogie frame fatigue and fracture analysis to BS 7608 and IIW; underframe weld fatigue from service loading spectra; NVH structural analysis for interior acoustic comfort; and lightweight design optimisation for aluminium extrusion carbody structures. V&V evidence packages formatted for ERA TSI Rolling Stock homologation submission.

EMUG Tech delivers civil and track engineering for new railway construction, upgrades, and renewals: track alignment design using AutoCAD Civil 3D and Bentley OpenRail — horizontal and vertical alignment optimisation, cant and speed profile design, switch and crossing layout, and trackbed formation design; catenary and OHL design for electrification projects (25kV AC and 15kV AC); earthworks design — embankment and cutting stability, retaining wall design to Eurocode 7, and drainage design; BIM Level 2 and Level 3 implementation — BIM Execution Plan (BEP), Common Data Environment (CDE) on Autodesk ACC or BIM 360, IFC model federation, clash detection with Navisworks, and Asset Information Model (AIM) delivery to ISO 19650. Track dynamics simulation using VAMPIRE for ride quality and wheel-rail force assessment.

EMUG Tech delivers bridge and road engineering: bridge structural design in reinforced concrete, prestressed concrete, structural steel, and composite — designed to Eurocode 1 (EN 1991) traffic and railway actions, Eurocode 2 (EN 1992), Eurocode 3 (EN 1993), and Eurocode 4 (EN 1994); bridge FEA for linear and non-linear behaviour including dynamic analysis for railway bridges; bridge condition assessment and load rating for existing structures; fatigue design for steel and composite bridges to EN 1993-1-9; seismic design to Eurocode 8 for bridges in seismic zones; road and highway design using AutoCAD Civil 3D to DMRB (UK) and equivalent European and international standards; junction design, pavement design, road drainage, and road safety audit (Stages 1-4 to GG 119); and highway BIM delivery to BS EN ISO 19650.

EMUG Tech delivers AI predictive maintenance for railway infrastructure and fleet: track geometry degradation prediction — ML models trained on geometry measurement vehicle data predicting where geometry will deteriorate beyond threshold before the next scheduled measurement, enabling proactive tamping rather than reactive maintenance; switch and crossing condition monitoring — vibration and acoustic sensor array with anomaly detection AI identifying bearing failures and rail defects 2 to 4 weeks before failure; catenary and OHL wear prediction from inspection vehicle pantograph force and contact wire height data; bridge structural health monitoring — strain gauge and accelerometer data analysis identifying unusual loading events and progressive degradation; rail vehicle wheelset and bogie predictive maintenance from onboard vibration sensors; and drone inspection data analysis using computer vision for tunnel, bridge, and OHL inspection — replacing manual inspection walks with automated defect classification.

EMUG Tech delivers TSI Homologation engineering support for rolling stock and infrastructure entering service in the EU Single European Railway Area: TSI Rolling Stock (HS and CR) compliance checklist development mapping every TSI essential requirement to a means of compliance; structural verification evidence to EN 12663 and EN 15227 for Notified Body review; TSI PRM (persons with reduced mobility) compliance documentation; TSI NOI (noise) compliance evidence; EN 45545 fire protection on railway vehicles compliance; ERA ONE-STOP-SHOP application support; national safety authority liaison (ORR, EBA, ANSFISA, SŽDC); and maintenance documentation to TSI OPE (operation and traffic management). For infrastructure projects, TSI Infrastructure and TSI Energy compliance documentation for approval by infrastructure managers and national regulators.

EMUG Tech delivers rail, transportation, and infrastructure 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, Nigeria, Kenya. Client coverage: rail vehicle OEMs (rolling stock manufacturers), Tier 1 systems and components suppliers, national railway infrastructure managers (Network Rail, DB Netz, RFI, SNCF Réseau), urban transit authorities, national highway and road authorities, bridge owners, metro operators, and engineering consultancies delivering transport infrastructure projects globally.