Evoke Electric Motorcycles design, manufacture and engineer the latest in smart motorcycles which are safer, environmentally friendly all the while being easily accessible to those with a desire to ride regardless of skill level.
Through purpose-built technologies and always on, always connected systems, Evoke achieves the perfect balance between hardware and software by integrating fully into Evoke’s proprietary battery and powertrain systems offering the rider excitement, safety and comfort which speaks to the soul.
By simplifying the riding mechanics and integrating smart technology, Evoke have greatly reduced the rider’s learning curve while eliminating expensive maintenance costs and dependencies on fossil fuel. Evoke are unlocking the electric lifestyle through a stylish brand, beautiful riding machines, simplified riding experience and vastly enhanced safety.
Evoke’s smart motorcycles embody the future of motorcycling and embrace the electric lifestyle!
The PCB design will be required to create schematics and PCB layouts of Evoke’s electrical control systems, vehicle control systems, motor control units and battery management systems used in Evoke’s future motorcycle
The engineer will be responsible for initial component selection, SPICE simulation, schematic design, BOM optimization, PCB layout and optimization as well as final PCB documentation. The engineer will also ensure that the design is meets the temperature, vibration and power consumption requirements given by the vehicle development team.
The engineer will also work with the PCB and SMT supplier to ensure that the design is understood correctly. The job requires people with strong layout skills, good knowledge of electrical components, familiar with power electronic control systems as well automotive electronics design.
**The Internship can be done from your laptop at home (or at our R&D in China), since our team is connected online all over the world **
Create PCB schematic
Create PCB SPICE simulations
Create and optimize BOM
Create PCB layout and PCB trace design
Design final GERBER files and component placement files
Create PCB board documentation and production test process
Work with the production team on testing procedures and production process to ensure that the design is produced correctly are made correctly.
Strong PCB designs skills with Kicad
Experience with high speed trace design
Experience with PCB high voltage component design
Experience with BOM creation and BOM optimization
Experience with STM32, ESP32 and Atmega microcontroller family
Experience with CAN, UART, I2C and high speed SPI systems
Experience with high frequency RF systems is a plus
Good at working with teams and communicating well with them. Able to explain easily what situations to people of different careers and backgrounds.