The successful incumbent will be responsible for designing, developing, modifying, and evaluating electronic parts, components or integrated circuitry for Semiconductor equipment, or other hardware systems and/or electrical engineering applications. In addition, you will determine design approaches and parameters. This includes analyzing the equipment to establishing operating data, conducting experimental tests, and evaluating results. You shall also select components and equipment based on analysis of specifications and reliability. You will also be involved in reviewing vendor capability to support product development.

 

Participates in the development of new designs and adaptation of existing ones for next-generation semiconductor equipment working in a multidisciplinary team Development of embedded systems that support real-time distributed control, multiprocessing, and data analysis Development of power electronics and controls for motors, actuators, and transducers including servo drive, discrete power amplifier, and power supply design Multilayer PCB design and verification using Altium Designer® Continuous-flex cable design for interconnecting bonder systems using Zuken™ E3.cable Coordinates production release of PCB and cable designs via Siemens Teamcenter® Writes specifications and documentation for new designs Performs bench and lab testing at the board and machine integration level Performs bring-up, troubleshooting, and debugging of prototypes Support production/field issue with respect to system/subsystem related problem as a team within cross functional group. Conduct engineering verification and setup/execute reliability testing plan. Experience with circuit design and analysis Comprehension of datasheets and application notes for component selection Working knowledge of PID controls and feedback theory Experience with PCB design: component libraries, schematic capture, and layout Altium Designer® experience is a plus Experience with cable design for continuous-flex applications Zuken™ E3.cable experience is a plus Experience with microcontrollers and firmware programming using C Experience working with debuggers is a plus Experience with reading and writing technical specifications Experience with FPGAs and HDL IP integration, RTL simulation, and timing analysis Familiar with lab equipment such as an oscilloscope and current/differential probe Knowledge of different types of motor applications, such as DC servo motors, 3 phase linear motors, stepper motors, voice coil motors etc. Knowledge on VME, PCIe, RS485, Ethernet, LVDS, and Serdes is a plus. Knowledge of machine level electrical system architecture design is a plus.