Foxtron Vehicle Technologies
Vehicles design & development
Role: Domain Control Unit System Integration Engineer
Coordinated with Cross-functional teams to define vehicle functions.
Designed and developed the circuit of Domain Control Unit.
Implemented system-level and hardware-level analysis according to ISO26262(automotive regulation).
Setting up components database.
TOOL
OrCAD Capture
Powerpoint, Excel, Word
Our Goal: The Future EEA
Future Electronics-Electrical Architecture(EEA)
The growing number of sensors and electronic control units (ECU) leads to underperforming vehicles and adds circuit complexity, more powerful centralized architectures like domain control unit (DCU) and multi-domain controller (MDC) come as an alternative to the distributed ones.
Our Goal is to develop the state-of-art Domain Control Unit, which integrate mulitple conventional systems into a more centralized architecture. While using more powerful processors, we are able to use less chips to realize functions. Implying lower cost in total.
Source : APTIV
Vehicle System Definition
Vehicle System Integration
Due to development of the new automotive architecture, we have to re-design how components collaborate with each other :
Wiper Control
Head Light Control
Door sensor
Tail gate control
Motor control
Fast charging communication
Auto-parking communication
CAN Bus communication
Ethernet communication
... etc
Due to confidentiality, illustrated by similar pictures.
Domain Control Unit(DCU) Development
Circuit architecture design
PCB layout and manufacture
Designed and developed the circuit of
Power IC circuit to power up the circuit board.
CAN BUS communication circuit.
Filter circuit to block nosie.
Mosfit circuit to control external relay.
Ethernet circuit.
Auto-parking system communication circuit.
Fast Charge communication circuit.
Due to confidentiality, illustrated by similar pictures.
JIG Board Design
Jig Board, was designed according to Domain Control Unit to conduct functional test.
Fast Prototyping Circuit Board
Design architecture of circuit
Schematic Design
