EMUG Tech delivers physical testing support across six test domains: structural and mechanical testing covering static load, stiffness, yield strength, and proof pressure; environmental and reliability testing covering HALT, HASS, thermal shock, humidity, and corrosion; EMC and electrical testing covering radiated and conducted emissions and immunity; NVH and acoustic testing covering noise measurement, modal analysis, and structural vibration; fatigue and durability testing covering high-cycle fatigue, road load durability, and weld fatigue; and test data acquisition and management covering instrumentation, DAQ system configuration, and PLM evidence archiving. All programmes follow the EMUG TRIAL Framework — Target, Ready, Instrument, Activate, Log.

EMUG TRIAL is the five-phase physical testing delivery methodology: Target — test requirements review, physical test scope definition, and safety risk assessment; Ready — facility booking, equipment calibration verification, and test article acceptance; Instrument — measurement system installation, DAQ configuration, and shakedown test; Activate — test procedure execution with real-time monitoring, witness records, and non-conformance management; Log — data processing, test report preparation, and PLM evidence archiving. TRIAL addresses the most common physical test programme failure: test programmes that execute correctly but produce test evidence that cannot support regulatory submission because measurement system integrity is not documented, non-conformances are not managed to root cause, and results are not traceable to the certified design revision.

HALT (Highly Accelerated Life Testing) is a reliability improvement technique that applies combined thermal and vibration stress beyond normal operating limits to quickly identify design weaknesses — finding latent failure modes in days that field use might take years to reveal. HALT is used during design development to identify and fix reliability problems before finalising the design. HASS (Highly Accelerated Stress Screening) is a production screening process applying similar but lower stress levels to 100 percent of production units to screen out manufacturing process variation that causes infant mortality failures. Both methods use combined temperature cycling and random vibration (Qualmark or Thermotron HALT/HASS systems). EMUG TRIAL plans HALT programmes with step stress profiles, operational and destruct limits, and failure analysis protocols — and HASS screening profiles validated by HASS precipitation and detection testing.

EMUG Tech supports EMC test programmes covering: radiated emissions measurement in semi-anechoic chambers to CISPR 25 (automotive 12V/48V), CISPR 11, CISPR 32, and EN 55032; conducted emissions measurement per CISPR 25 and CISPR 22; radiated immunity testing per ISO 11452-2 (bulk current injection), ISO 11452-3 (TEM cell), and IEC 61000-4-3; conducted immunity per IEC 61000-4-4 (EFT), IEC 61000-4-5 (surge), and IEC 61000-4-6; ESD testing per IEC 61000-4-2; and E-mark testing to UN ECE R10 for automotive equipment. EMUG TRIAL manages EMC test programmes including pre-compliance testing to identify emissions issues before the formal accredited laboratory test, reducing the cost of failed formal EMC submissions.

EMUG Tech specifies and manages test instrumentation selection based on the test type and measurement requirements: strain measurement — foil strain gauges (Vishay, HBM), rosette gauges for principal stress measurement, weld toe gauges for fatigue monitoring; vibration and force measurement — piezoelectric accelerometers and force transducers (Kistler, PCB Piezotronics, Bruel and Kjaer), IEPE signal conditioning; thermal measurement — K-type thermocouples for general temperature, J-type for lower temperature ranges, PT100 RTDs for high accuracy measurement; acoustic measurement — free-field and pressure microphones (Bruel and Kjaer, GRAS); and data acquisition — National Instruments CompactDAQ, HBM eDaq, LMS Scadas, and custom test systems for specific applications. EMUG TRIAL produces an instrumentation plan specifying gauge type, location, and installation method before test article instrumentation begins.

EMUG TRIAL non-conformance management follows a structured process: immediate — test suspension, data preservation, test article state documentation, and stakeholder notification before post-failure investigation begins; short-term — non-conformance record creation with failure description, test conditions, measurement data at failure, and initial failure mode hypothesis; investigation — root cause analysis using 8D methodology or fault tree analysis, supported by post-failure inspection, fractographic analysis, and simulation correlation if required; corrective action — engineering change definition, corrective action implementation, and verification that the corrective action resolves the failure mode; re-test — re-test procedure specifying conditions, test article status, and acceptance criteria; and closure — re-test result recorded in the non-conformance record and closure signed off by programme quality.

EMUG TRIAL ensures measurement system integrity through four controls: equipment calibration — every measurement instrument used in the test programme has a valid calibration certificate traceable to national standards (UKAS, DAkkS, NIST), maintained in the calibration register and verified at the Ready phase; measurement system analysis — gauge R&R studies for critical measurements confirming repeatability and reproducibility meet IATF 16949 requirements (GRR below 10 percent is acceptable, 10 to 30 percent requires engineering judgement, above 30 percent requires measurement system improvement); uncertainty budget — measurement uncertainty calculated for key results using GUM methodology; and shakedown test — all channels verified against known inputs before main test execution. The calibration register and MSA records are included in the V&V evidence package delivered to the engineering organisation.

Physical testing support programmes are delivered across automotive OEMs and Tier 1 suppliers, aerospace and defense manufacturers, industrial machinery producers, energy companies, electronics firms, and medical device companies in 20 countries: Germany, France, UK, Netherlands, Sweden, Italy, Spain, Poland, Czech Republic in Europe; India, Japan, South Korea, China, Malaysia, Thailand in Asia-Pacific; UAE and Saudi Arabia in the Middle East; USA, Canada, Mexico, Brazil in the Americas. Physical test programme management from Hyderabad, Germany, and Dubai with on-site test witness, instrumentation, and data acquisition capability at client and third-party test facilities globally.