Altertek provides end-to-end electronic engineering services for global OEMs, industrial equipment integrators, and technological innovators. Operating from our ISO 9001:2015 certified UK facilities, we handle everything from initial schematic capture and rapid PCB prototyping to embedded firmware development and volume production assembly.
Fully audited UK quality management systems ensuring complete design traceability and zero-defect standard manufacturing.
Direct access to expert hardware and software engineers. All intellectual property remains 100% protected and client-owned.
Seamless transition from low-volume quick-turn prototype evaluation to automated large-scale SMT manufacturing.
Comprehensive DFM/DFA verification ensuring full compliance with CE, UKCA, FCC, UL, EMC, and UN38.3 regulatory standards.
Our senior engineering team specializes in creating robust analogue and digital circuit architectures customized for harsh operating environments. Whether designing multi-layer power electronics, sensor interfaces, or high-density battery monitoring circuits, we ensure high signal integrity, low thermal stress, and maximum operational reliability.
We work collaboratively with global OEM product managers from concept specification to final Gerber sign-off, ensuring that electrical parameters, component lead times, and unit cost targets are strictly satisfied.
Electronics do not operate in isolation. Altertek bridges the gap between electrical engineering and industrial product design by offering complete structural, mechanical, and thermal enclosure development under one roof.
Our multidisciplinary approach allows mechanical casing constraints, environmental ingress protection (IP67/IP68), thermal dissipation, and internal wiring harnesses to be co-engineered alongside the PCB design. This unified workflow eliminates integration friction, shortens time-to-market, and optimizes overall system performance.
From initial design requirements to mass manufacturing, our structured process ensures predictable project timelines, complete risk mitigation, and superior product quality.
Detailed requirement mapping, component sourcing audit, regulatory compliance assessment, and system topology definition prior to schematic capture.
Comprehensive schematic engineering, 3D CAD enclosure modeling, signal integrity verification, thermal modeling, and DFM optimization.
Fast-turn SMT PCB assembly, functional test bench verification, environmental stress testing, and pre-compliance EMC screening.
Automated high-volume assembly, custom automated test equipment (ATE) programming, full traceability logging, and global dispatch.
Managing formal CE, UKCA, FCC, UL, and UN product certifications through accredited international testing laboratories.
Ongoing technical maintenance, component end-of-life (EOL) management, firmware updates, and continuous cost-reduction iterations.