Electrical Engineer

Introduction of the job
ASML is seeking a hands-on Electrical Test Bench Engineer to lead the development, implementation, and support of advanced electrical test benches used for product validation, integration, and troubleshooting. The successful candidate will take end-to-end ownership of test bench functionality, from requirements definition and electrical design through documentation, commissioning, and long-term support.
This role requires strong electrical engineering fundamentals, practical laboratory experience, and the ability to design robust test infrastructure that enables efficient product development and testing. As an Electrical Engineer, you will specify, design, develop, realize, integrate, and test modules and tools in a multi-disciplined team, collaborating closely with cross-functional partners and suppliers. You will deliver within system specifications, cost targets, and project schedules, ensuring timely realization of solutions that contribute to competitive, achievable, and serviceable products. The Electrical Engineer provides discipline specific expertise throughout the entire product life cycle. This Includes concept feasibility, new product introduction, existing product sustainment and customer facing problem resolution. The position requires highly motivated, extremely organized, and self-driven individuals.
Design:
Analog and Digital Circuit Design
Printed Circuit Board Design
AC and DC Power Distribution Design
Interlock & Safety Circuit Design and Programable Logic Controller (PLC) Design
Interconnect Cables and Harness Design
Electronic Racks, Cabinets, Boxes and Control Console Design
Perform Root Cause Analysis: Troubleshooting from System to Component Level
Schematic Capture: Functional Overviews, Cable Overviews, and Detail Wiring Diagrams
Technical Writing: Define and Document Specifications and Design Decisions
Test & Integration:
Develop and Implement the Product Validation and Verification (V&V) Strategy
Design, Develop and Build Product Specific Test Tooling
Includes: Simulation, Emulation, and Hardware Test Tools.
Test Validation and Verification (V&V) of Product Requirements
Plan and Execute Component Level Testing & Sub-module Integration
Plan and Execute Module Level and System Level Integration
Bridge the gap between Electrical Systems and System Software
Technical Writing: Define and Document Test Procedures, and Test Reports
Role and Responsibilities
In this role, you will contribute to engineering deliverables that scale with job grade, from executing defined tasks and supporting senior engineers to owning complex technical scope, coordinating cross-functional work, and leading program-level outcomes.
Test Bench Ownership
Define and maintain test bench interface requirements and system architecture.
Take end-to-end ownership of test bench functionality, performance, reliability, and maintainability.
Drive test bench development from concept through deployment and operational support.
Coordinate with stakeholders to ensure alignment between test bench capabilities and project requirements.
Electrical Design & Integration
Design electrical test bench hardware, schematics, and system layouts.
Create and maintain electrical and cabinet designs using EPLAN and Powerpoint.
Design and integrate instrumentation, safety systems, power distribution, and control hardware.
Support commissioning, integration, debugging, and validation activities.
Documentation & Knowledge Management
Create comprehensive user manuals, operating procedures, and maintenance documentation.
Publish and maintain technical documentation within Teamcenter (TC).
Ensure all designs and documentation comply with organizational standards and engineering best practices.
Test Support & Troubleshooting
Diagnose and resolve electrical, PCB, wiring, and system integration issues.
Support laboratory activities, prototype builds, and engineering investigations.
Identify and implement improvements to enhance test bench reliability and usability.
Identify, analyze, document, and manage requirements with traceability, and coordinate verification criteria to confirm deliverables meet intent.
General
Conduct research and feasibility studies, document findings, and translate results into recommendations, tradeoffs, and decision inputs.
Develop engineering concepts and solutions, make technical choices, and resolve issues to meet functionality, performance, cost, and compliance needs.
Define and communicate specifications and high-level designs, align interfaces, and support reviews and approvals to enable quality execution.
Support system or product integration by coordinating dependencies, applying configuration management, and enabling smooth project execution.
Define and execute validation and test approaches, improve methods and procedures, and ensure qualification evidence supports release readiness.
Estimate effort, plan and track work, manage risks and dependencies, and deliver assigned work packages or projects to agreed quality and timelines.
Maintain accurate technical documentation, share knowledge through coaching and mentoring as applicable, and follow EHS policies while identifying and mitigating safety risks.
Education & experience
Bachelor's degree in Electrical Engineering required.
Minimum of 2 years of relevant work experience or a MS degree in a relevant field required.
Experience with industrial control systems, PLC’s, or motion control systems.
Experience with electrical cabinet design and system integration.
Familiarity with safety standards and risk assessment for test equipment (namely interlocked enclosures).
Experience supporting research, prototype, or high-tech development environments.
Knowledge of version control, configuration management, and engineering release processes.
Skills
Technical & functional skills
Proficiency in LabVIEW and MATLAB for test automation, data acquisition, and instrumentation control.
Proficiency in KiCAD for schematic capture and PCB design.
Experience designing and troubleshooting PCB assemblies, including breakout boards and test adapters.
Strong electrical troubleshooting and debugging skills.
Experience with cable design, harness creation, connector selection, and cable assembly.
Familiarity with laboratory instrumentation such as oscilloscopes, power supplies, DAQ cards, and DMM’s.
Ability to interpret electrical schematics, wiring diagrams, and technical documentation.
Engineering Competencies
Strong system-level thinking and ownership mindset.
Ability to independently drive complex technical tasks to completion.
Excellent problem-solving and root-cause analysis skills.
Strong communication and documentation abilities.
Technical Skills
Requirements, Interfaces & Technical Specification Management: Ability to identify, analyze, document, and manage requirements with traceability, translate them into clear specifications, and align interfaces so engineering deliverables meet intent and enable reliable downstream design, integration, and verification
Engineering Solution Development (Electrical): Ability to develop engineering concepts and solutions, make sound technical tradeoffs, resolve issues, and realize designs that meet functionality, performance, cost, compliance, and schedule constraints within system/module specifications.
Preferred knowledge and experience using design software and technical tools includes:
Electronic Design Automation
E-CAD (preferably Mentor Graphics xDX/xPCB Designer)
Circuit Simulation Tools (i.e. PSpice or other)
Electronic Laboratory Equipment
MATLAB
LabVIEW
Python
Integration, Verification & Validation (V&V) Execution: Ability to plan and execute verification and validation, ensure qualification evidence supports release readiness, and support system/product integration by coordinating dependencies and applying disciplined configuration/traceability to deliver working, testable solutions.
Behavioral & leadership skills
Drives Results: The ability to translate strategic and technical goals into clear priorities, execution plans, and measurable outcomes, delivering committed results on time and with the right quality by taking ownership, managing trade-offs, removing obstacles, and sustaining momentum across stakeholders and dependencies.
Demonstrates Self-awareness: The ability to understand and manage one’s own strengths, limitations, emotions, and impact on others; to actively seek and use feedback; and to adapt behaviors and decisions to improve collaboration, leadership effectiveness, and results, especially in high-pressure, ambiguous, or complex environments.
Values Differences: The ability to intentionally seek, respect, and integrate diverse perspectives and working styles to strengthen collaboration and decision quality, ensuring all voices are heard and treated equitably, and enabling inclusive execution across cross-functional and multicultural stakeholders.
Builds Effective T