IN Brief:
- Advanced Rework Technology and Space East will host Connect, Collaborate, Launch in Witham on 2 July.
- The event links IPC training, supplier capability, process knowledge, and production readiness.
- Space electronics manufacturing depends on disciplined assembly, inspection, rework, and high-reliability process control.
Advanced Rework Technology has partnered with Space East to host Connect, Collaborate, Launch, a UK event focused on training, production, and high-reliability electronics for the space sector.
The event will take place on 2 July 2026 at A.R.T.’s headquarters in Witham, Essex. Space East, the East of England space cluster organisation, is working with A.R.T. to bring together companies, suppliers, and professionals involved in space-sector electronics, manufacturing capability, and production readiness.
As one of Europe’s longest-running IPC Certification Centres, A.R.T. provides training, consultancy, and practical support for electronics manufacturing. The Witham event will include guest speakers, networking, and access to A.R.T.’s Supplier Showcase Room, which presents equipment, materials, and technologies used across electronics assembly, inspection, rework, and production.
The programme is built around the link between training and production. High-reliability electronics depend on more than design intent; they rely on technicians, process control, inspection methods, material handling, rework discipline, and a shared understanding of standards. The Supplier Showcase Room is designed to connect those production realities with the training and certification routes that support them.
Space electronics carries a risk profile that differs from most commercial electronics programmes. Volumes are often lower, repair after deployment may be impossible, and environmental demands can include vibration, thermal cycling, vacuum exposure, contamination control, radiation, and long service life. Even where components and circuit designs are appropriate, weaknesses in soldering, cleaning, cable assembly, conformal coating, inspection, or rework can create failures that only appear after qualification or deployment.
The UK space sector is expanding through small satellite platforms, payload development, downstream data services, ground systems, launch-related work, and regional cluster activity. That growth depends on manufacturing capability as well as design expertise. A payload, subsystem, or electronic assembly still needs access to trained technicians, suitable equipment, controlled processes, inspection tools, and suppliers that understand high-reliability requirements.
Manufacturing resilience is becoming a recurring electronics theme, from wafer-level capacity through to final assembly. Nexperia’s route to strengthened power MOSFET production shows how device supply and manufacturing geography are now part of long-term design-chain planning. In space electronics, the same resilience question appears closer to the bench, where process knowledge and skilled assembly decide whether designs can be built repeatably.
Standards and skills are particularly important where space-sector entrants are moving from prototype development into production. A demonstration board can prove a function, but a flight or mission-ready assembly has to survive process scrutiny, documentation, inspection, and environmental qualification. That transition often exposes gaps between engineering design, manufacturing preparation, and supplier capability.
Attendance at Connect, Collaborate, Launch is free, with places limited and advance registration required. For the East of England’s space cluster, the event gives companies a practical route to connect design ambition with the production disciplines needed to make electronics flight-ready, testable, and supportable.
