Seamlessly tap into or emulate vehicle control signals without disrupting original vehicle functions.
Perform comprehensive load and power budgeting analyses across various vehicle operational modes to define system current draw, peak loads, and continuous power consumption.
Propose, define, and optimize vehicle-level powernet topologies (12 V and HV) to integrate electronic control units (ECUs), sensors, actuators, and telematics systems.
Author and maintain complete electrical schematics, pinout diagrams, block diagrams, and system architecture drawings using automotive schematic tools (Visio, draw.io, etc.)
Define specifications for automotive-grade connectors, terminals, protective sleeving, and wire types (FLRY/FLY) suited for harsh automotive environments.
Calculate precise wire gauge requirements and derive appropriate fuse, circuit breaker, and relay ratings based on consumer electrical loads, thermal limits, and transient conditions.
Utilize single-board computers and microcontrollers (Raspberry Pi, Arduino, STM32, ESP32, etc.) along with commonly available components from online/offline sources for rapid prototyping of electronics solutions.
Quickly build proof-of-concept functional models and signal transceivers.
Apply basic electromagnetic interference/compatibility (EMI/EMC) design principles for harness layout, ground loop prevention, shielding, and transient suppression to ensure reliable operation in high-noise environments.
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