Senior R&D Electrical, Electronic Hardware Design Engineer

Senior R&D Electrical, Electronic Hardware Design Engineer

KEY RESPONSIBILITIES:

1.

System & Sub-system Design

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Develop and design electrical circuit, panel layout, power contribution unit (PDU) 1-phase/3-phase system, including EMC/EMI filtering and safety interlock circuits for semiconductor R&D equipment.

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Integrate motion control hardware (servo/linear drives, encoders, actuators) for high precision and accuracy on overall machine system design.

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Knowledge in motion control system is preferable.

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Prepare BOM, electrical schematic layout drawings, test procedure, installation manual and other design documents for design traceability.

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Hardware component selection based on thorough understanding of product functionality, application and customer specification.

2.

Compliance & Reliability

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Ensure system designs meet SEMI S2/S8/F47/E10 and familiar with CE, UL, IEC standards are highly desirable.

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Execute FMEA (Failure Mode Effects Analysis) on high-power circuits to suit for cleanroom environment operation.

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Lead for CE/TUV certification and ensure equipment design compliance with industrial SEMI standard.

3.

R&D & Troubleshooting

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Support troubleshooting and debugging for any HW and motion-related issue on equipment.

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Experienced to utilise oscilloscopes VNAs, spectrum analysers and other tools to resolve any technical problem.

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Stay abreast of industry trend and technology advancements to ensure our product remains at competitive edge.

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Will travel occasionally to support customer on-site commissioning for first equipment for FAT/SAT completion.

4.

Cross-functional Collaboration

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Collaborate with cross-functional teams (MECH, SW, PROCESS) throughout engineering design process for installation, wiring, motion tuning and troubleshooting.

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Support and lead assemblyman in transitioning cable harness drawings and panel layouts.

TECHNICAL SKILLS REQUIRED:

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Deep understanding of Industrial Controls Application (PLCs, safety relays, 24V logic, 480VAC).

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Proficiency in high temp/high power PCB schematic design and PCB layout (plus).

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Experience with Vacuum Systems (valve control, turbo pump interfacing).

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Familiarity with comm protocols: EtherCAT/TwinCAT, SECS/GEM, etc. (plus).

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Working knowledge of Thermal Management (PID control of heaters/cooling application) – preferable.

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Experienced to work under cleanroom environment.

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Ability to read complex electrical schematics and I/O diagrams.

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Systematic root-cause analysis methodology (8D, Fishbone, 5 Whys).