Engineering excellence.
Established in 2003 to provide electrical engineering consulting services to the US Navy, DCS Technologies, Inc. delivers design, engineering, and product development services across the United States. It specializes in automotive engineering, defense avionics, and active vehicle safety systems, operating from its headquarters near industry clusters in Indiana.
Delivers advanced design, testing, and system integration services for automotive powertrain and electrical architectures.
Integrates powertrain control, intelligent accessory controls, and component interfaces to deliver a cohesive vehicle-level architecture.
Develops vehicle control algorithms, CAN/J1939 system interfaces, and specialized engineering tools for monitoring and diagnostic validation.
Executes dynamometer durability tests, emissions regulatory compliance testing, and fuel economy validation to meet OBDII and FMVSS standards.
Performs route profiling, vehicle duty cycle analysis, and operational tuning to maximize powertrain efficiency.
Provides dedicated engineering, development, and testing services for critical military and aerospace avionics platforms.
Designs analog power circuitry, mixed-signal simulations, and performs failure analysis alongside radiation assurance testing.
Develops analog, mixed-signal, and CMOS/BiCMOS technologies with complete engineering support from concept through production.
Engineers custom power supplies, signal conditioning modules, interfaces, and driver circuitry for critical military systems.
Provides radiation-hardened-by-design solutions, hardness assurance, and model library management.
Develops automated active vehicle control technologies to prevent collisions and improve safety in transit and industrial environments.
Deploys automated vehicle deceleration technology utilizing sensor fusion algorithms to reduce collisions with pedestrians and bicyclists.
Automotive · Defense · Aerospace · Transportation
Lakewood, WA · Transportation · 2026 · Client: Pierce Transit
Demonstrated the capabilities of the Pedestrian Avoidance Safety System (PASS) on a transit bus, showcasing automated deceleration to prevent collisions.