Icom-Scottech provides test and verification services to support electronics assembly and final unit integration, ensuring that products are proven against defined acceptance criteria prior to release. Testing is planned in line with the product requirement and the stage of manufacture, from board-level verification through to end-of-line functional checks. This structured approach helps to identify issues early, protect downstream processes and provide confidence in the performance of the finished unit.

Where required, we support software and firmware programming as part of the manufacturing process, including loading of approved images, configuration of product variants, and verification of programmed identity. Programming activities are performed to controlled instructions using customer-specified tools and files, with version control applied to ensure that only released software/firmware baselines are loaded (including identification of version/revision, and controlled access to programming media). Where specified, programmed configuration may be verified using defined checks (for example checksum or read-back verification) and build records can be updated to maintain traceability between the serialised unit and the software/firmware version installed.

Electrical and electronic test may be applied at PCB or unit level to confirm correct assembly and circuit integrity. Depending on the product and specification, this can include continuity and isolation checks, verification of power rails, measurement of key analogue and digital signals, and confirmation of I/O operation. Functional testing is then used to demonstrate correct operation of the assembled product in accordance with the intended use case, which may include operation under simulated load, verification of communications interfaces, and confirmation of safety and interlock behaviours where applicable.

Where customers provide test specifications, procedures, fixtures or software, we work to implement and execute the defined process as part of the manufacturing route. Test steps, limits and acceptance criteria are followed as documented, and any customer-required sequencing, soak periods, calibration requirements or data capture methods are incorporated into the test plan. This ensures that verification is directly aligned to customer expectations and supports consistent test execution across builds.

Test outcomes are recorded in accordance with the agreed requirements, supporting pass/fail reporting and, where specified, retention of measured results against serialised units. Units failing test are identified and quarantined, with failures recorded via nonconformance reporting and triaged in accordance with agreed disposition processes. Fault-finding is undertaken using controlled methods to determine root cause, followed by authorised rework or component replacement as appropriate, with re-test performed to confirm compliance before release. Where required, corrective and preventive action (CAPA) is initiated to prevent recurrence, and any concession, deviation or scrap decisions are managed in accordance with customer requirements and documented approval routes.