The Sr. Electrical Engineer joins the Global Products Group within the Deposition Product Group to design and develop electronic solutions for equipment used to deposit thin metal films. This role involves designing complex electrical systems, subsystems, and power distribution components while developing functional specifications and conducting hands-on testing and validation. Key responsibilities include analyzing data to improve designs, collaborating with cross-functional teams, and mentoring junior colleagues. The position requires expertise in analog and digital circuit design, signal and controls theory, and AC/DC power distribution. Candidates must utilize CAD tools such as PCAD, ORCAD, ZUKEN, AutoCAD, Spice, ADS, and HFSS. Technical skills include EtherCAT, RS232, embedded controls, and RF power delivery to solve manufacturing challenges for integrated circuits.
What does a Electrical Engineer earn?
Median $152150 from 147 postings across 24 companies.
Design and develop complex electrical systems, subsystems, and power distribution components for thin metal film deposition equipment.
Create detailed software functional specifications for electro-mechanical systems and embedded controls.
Perform hands-on testing and validation using lab equipment to characterize electrical system performance.
Collect and analyze R&D data to improve future electrical system designs and hardware solutions.
Design and modify custom and OEM system components including heater, pressure, and RF power delivery.
Prepare technical reports and presentations to communicate design intent and analysis results during design reviews.
Troubleshoot complex systems using network sniffers, protocol analyzers, and structured problem-solving techniques.
What we're looking for
Bachelor’s degree in Electrical Engineering or related field with 8+ years of experience; or Master’s degree with 6+ years’ experience; or equivalent experience.
Hands-on experience in electronic circuit design (analog, digital), signal and controls theory, board design, troubleshooting, and validation.
Understanding of AC/DC Power distribution systems.
In-depth system-level understanding of electrical architecture, system integration, and applications.
Working knowledge of Printed Circuit Board (PCB) and low voltage circuit design for power and control applications.
Expertise in applying power and controls technologies for systems automation.
Knowledge of CAD tools for circuit design and simulation such as PCAD, ORCAD, ZUKEN, AutoCAD, Spice, ADS, or HFSS.
Electrical Engineering
Circuit Analysis
Analog Control
Digital Control
Power Distribution
EtherCAT
RS232
RF Power Delivery
Motion Control
FMEA
PCAD
ORCAD
ZUKEN
AutoCAD
Spice
ADS
HFSS
Oscilloscope
Protocol Analyzers
Network Sniffers
UL
CE
IEC
SEMI
NEC
Electrical Engineering
Power Distribution Systems
AC/DC Power
Signal and Controls Theory
System Integration
Communication Protocols
PCAD
ORCAD
ZUKEN
AutoCAD
Spice
ADS
HFSS
Network Sniffers
Protocol Analyzers
NFPA 70
NFPA 79