• Associate's degree, technical certification, or equivalent hands-on experience in electronics, electrical, or mechanical fields
• 8+ years of experience working in hardware lab, test lab, manufacturing, or validation environment
• Hands-on experience with electrical assemblies, connectors, wiring, and basic mechanical components
• Comfortable using lab equipment including oscilloscopes, power supplies, electronic loads, and high-voltage measurement equipment
• Demonstrated ability to work safely around high-voltage or high-power electrical systems
• Strong mechanical aptitude and willingness to build, modify, and troubleshoot test setups
• Experience with environmental, electrical, and mechanical testing
• Ability to follow electrical and lab safety procedures, particularly for high-voltage and high-energy systems
• Strong documentation and data collection skills
• Experience with test fixture design and maintenance

• Set up, execute, and monitor reliability and validation tests on electrical assemblies, PCBAs, batteries, motors, and high-voltage power electronic assemblies
• Support environmental, electrical, and mechanical tests including thermal cycling, damp heat, vibration, and operational cycling
• Perform basic to intermediate troubleshooting of electrical circuits, high-voltage power electronics issues, and mechanical assemblies
• Set up and configure lab instruments including power supplies, electronic loads, oscilloscopes, environmental chambers, and high-voltage equipment
• Collect test data, capture electrical measurements, maintain clear test records, and follow high-voltage safety procedures including lockout/tagout and grounding practices

• AA or equivalent experience 3+ years’ experience in mechanical assembly, machine building, or a similar technical role.
• Proven ability to accurately read, understand, and apply information from mechanical drawings, blueprints, and technical assembly instructions.
• Demonstrated experience with the fabrication and assembly of mechanical structures, especially using T-slot aluminum extrusion systems (like 8020).
• Skilled in precise measurement, cutting, drilling, and tapping holes in various materials, primarily aluminum. Ability to use hand tools and power tools
• Experience measuring, cutting, fabricating and installing frames, enclosures, aluminum mesh grills, hinges, and door handles on industrial enclosures or machine guards.
• Strong mechanical aptitude and dexterity for working with small and large components.
• Commitment to maintaining high quality standards and adhering to safety protocols.
• Experience installing safety devices such as Keyence interlock switches and safety light curtains.
• Basic knowledge of wiring electrical cables and panels (medium and high voltage, specifically 3-phase systems) for machinery or demonstrated ability to safely work around industrial electrical components.
• Familiarity with various types of machine guarding and safety standards (e.g., OSHA, ANSI).

• Assembly and Fabrication: Perform complex mechanical assembly of safeguarding equipment (guards, enclosures, etc.) for cable production machinery, strictly adhering to established procedures and quality standards.
• Reading Technical Documents: Accurately interpret and work from detailed assembly instructions, mechanical drawings, and engineering prints to determine proper assembly sequences, material requirements, and component specifications.
• Aluminum Extrusion Fabrication (8020): Fabricate and assemble custom mechanical frames using 8020 aluminum extrusions and related components. This includes measuring, cutting, drilling, and tapping holes with precision.
• Door and Panel Fabrication: Precisely measure and cut components such as aluminum mesh grills, solid panels, and polycarbonate windows. Install functional hardware including hinges, door handles, latches, and gas springs onto guard doors and access points.
• Tool Operation: Proficiently use a variety of hand tools (e.g., wrenches, screwdrivers, tape measures, levels) and power tools (e.g., drills, saws, grinders) safely and effectively.
• Quality Control: Inspect components and completed assemblies for defects, ensuring they meet design specifications and functional requirements before installation.
• Process Improvement: Identify and report potential issues in assembly procedures or design to engineering for continuous improvement.
• Workspace Maintenance: Maintain a clean, organized, and safe working environment.

• BSEE, 5+ years’ experience in hardware development
• Proficient in Altium Designer for PCB layout and schematic capture
• Strong understanding of analog and digital circuit design.
• Practical experience integrating I/O components like tactile switches, LED indicators, and thermal management components.
• Ability to manage BOMs (Bill of Materials) and coordinate with fabrication houses.
• Experience writing C/C++ for microcontrollers (STM32, Nordic, etc.)
• Familiarity with ISO 13485 or IEC 60601 standards.

• Execute end-to-end hardware design
• Schematic & Layout: Create clean, manufacturable schematics and high-density PCB layouts.
• I/O Integration: Implement and tune essential peripherals, including user interfaces (buttons, LEDs) and precision sensing (thermistors, sensors).
• Bring up new boards, perform benchtop testing, and troubleshoot hardware bugs.
• Work closely with mechanical and software teams to ensure seamless systems integration

• Direct the daily manufacturing operations to ensure production targets are met on time, within budget, and according to specific technical requirements.
• Monitor and optimize plant performance by identifying bottlenecks, reducing cycle times, and implementing continuous improvement initiatives (e.g., Lean, 5S, or Six Sigma).
• Oversee the recruitment, training, and performance evaluation of production staff, ensuring a cross-trained and high-performing team.
• Maintain a "safety-first" culture by ensuring total compliance with OSHA regulations, environmental standards, and internal corporate safety protocols.
• Oversee the preventative maintenance schedules for all factory machinery and tools to maximize uptime and extend asset life.
• Lead cross-functional collaboration with engineering and sales departments to ensure successful product launches and the rapid resolution of production-floor technical challenges.
• Enforce total compliance with established quality control protocols and SOPs, ensuring all factory output meets or exceeds internal and external specifications.
• Tracking and reporting on key performance indicators (KPIs) such as OEE (Overall Equipment Effectiveness), labor efficiency, and throughput for executive review.
• Synchronize with procurement and warehouse teams to align raw material availability with production schedules, ensuring zero downtime while maintaining lean inventory levels.
• Act as the lead for organizational or process changes, ensuring smooth transitions when introducing new machinery, shifts, or production methodologies.
• Perform special projects and urgent operational tasks assigned by leadership to address emerging business challenges and opportunities

• Bachelor's degree in Engineering (Mechanical, Electrical, Industrial, or equivalent technical field).
• 5+ years of experience in technical program management, product management, or a related role within the computing hardware, server, data center, or thermal management industries.
• Proven track record of managing complex hardware programs from design conception through high-volume manufacturing (HVM) in an OEM/ODM environment.
• Direct experience working with or for major hyperscale/cloud customers (e.g., NVIDIA, Google, Amazon, Microsoft, etc.) is highly preferred, with a strong emphasis on thermal/server products.
• In-depth technical understanding of thermal management for high-density computing, including air cooling and server-level liquid cooling systems.
• Strong proficiency in program management tools, risk assessment, and program budgeting.
• Excellent verbal and written communication skills, with the ability to communicate technical information effectively across all organizational levels.
• Ability and willingness to travel internationally (Asia) up to 20-30% to support NPI and manufacturing efforts.
• Mandarin speaker preferred

• Program Leadership: Drive the successful execution of complex thermal and cooling system programs from initial concept/Statement of Work (SOW) through design, validation, mass production, and post-launch support, specifically tailored for NVIDIA's requirements.
• Customer & Stakeholder Management : Serve as the primary technical point of contact for customer’s engineering, product management, and supply chain teams. Translate high-level customer requirements into detailed, actionable product and manufacturing plans for internal teams.
• Cross-Functional Coordination: Lead and manage internal R&D, Mechanical/Thermal Engineering, Operations, Quality Assurance, and Manufacturing teams across global sites (US and Asia) to ensure alignment on program goals, timelines, and technical specifications.
• Schedule & Risk Management: Develop and maintain comprehensive program schedules, identify critical path activities, and proactively manage technical, supply chain, and schedule risks to ensure on-time delivery.
• Technical Oversight: Possess a strong understanding of high-performance thermal solutions, including advanced air and liquid cooling technologies (e.g., cold plates, manifolds, CDU, quick connectors, heat pipes) relevant to high-TDP server and GPU environments. Oversee technical design reviews and validation plans.
• Manufacturing Readiness: Partner closely with operations and factory teams to ensure design for manufacturing (DFM), establish production line readiness, manage New Product Introduction (NPI) builds, and drive closure on all yield and quality issues leading to high-volume production (HVM).
• Reporting & Communication: Provide regular, high-quality program status updates, executive summaries, and technical deep-dives to both internal leadership and customers’ stakeholders.

• Bachelor’s in Electrical, Computer Systems, or Mechatronics Engineering.
• 5+ years in a lab or hardware testing environment, experience managing the activities of a test lab, with 2+ years managing external vendors.
• Proven experience drafting Test Plans, Build Guides, and SOPs. Ability to interpret CAD drawings and electrical schematics to create assembly instructions.
• High-level negotiation, meticulous attention to detail, and the ability to translate complex "lab-speak" into actionable business updates
• Experience using Python for automating repetitive tasks, analyzing data, and working within larger testing frameworks.
• Lab Equipment Knowledge: Hands-on experience with thermal chambers, vibration tables, power supplies, DAQs, and electronic loads.
• Familiarity with Linux environments, networking, and common communication protocols like I2C, SPI, and UART.
• Familiarity with automotive communication protocols (CAN, CAN-FD).

• Oversee which DUT is assigned to which equipment and at what time. Understand the specifications and limitations of each piece of equipment.
• Coordinate core test hw (racks) assignments between tests for different modules based on their configurations.
• Own documentation for rack and harness builds, Rack Harness Tracking
• Oversee sample transport, setup, debug at remote labs, remote audits of test procedures.
• Proactively track project timelines to ensure testing aligns with critical product launch dates
• Expertly manage JIRA workflows, ensuring tickets are detailed, assigned, and updated to reflect real-time test status and hardware iterations.
• Author, standardize, and maintain high-fidelity documentation for Vibration (HALT/HASS) and Thermal Stress testing, and other reliability tests.
• Create visual, step-by-step assembly manuals for test racks and harness setups to ensure external labs mirror internal configurations exactly
• Debug Documentation: Develop comprehensive "If/Then" troubleshooting trees for lab technicians to minimize downtime during off-hours or night shifts.
• Ensure all external partners work from the latest document revisions by managing the lifecycle of technical specs within centralized repositories
• Executive Reporting: Translate raw test data and "lab-speak" into concise, high-level status reports for stakeholders and leadership.

• Support R&D product development and NPI build – process PO’s for critical parts and components needs
• Work with existing suppliers – get quotes, negotiate pricing, schedules and deliverables
• Support management in supplier selection and management – drive quality, cost, and delivery improvements
• Work with R&D and NPI engineers to forecast procurement needs
• Support ECO’s and BOM’s releases – ensure up to date accuracy
• Support Quality Engineering – resolve nonconformance, SCAR, process improvement

• BSME (Bachelor's degree in Mechanical Engineering)
• ~10 years of senior-level mechanical or design engineering experience
• 3D CAD modeling expertise (SolidWorks preferred) with 50+ parts designed and fabricated; proficient in drafting parts and assemblies
• Strong sheet metal design skills with demonstrated knowledge of manufacturing requirements (bend radius, tolerance, etc.)
• Integration design experience with high-power equipment (>1kW) including thermal management of motors and electronics
• Structural design background in metallics for high-stress environments and familiarity with stressed static or cyclic loading
• Experience with dynamic equipment (rotating equipment, gearboxes, robotics, conveyors) and components (bearings, gears, couplings)
• Hands-on test and service experience with industrial equipment assembly, design verification, and customer use
• Experience with vibration or impact environments; familiarity with analysis basics (formal analysis experience not required)
• Background in risk-based, phase-gate, disciplined, requirements-based development for derivative products in established markets
• Long lifecycle product experience (10+ years) with 100+ component products; familiarity with BOM setup and change management

Responsibilities:

• Design sheet metal parts and assemblies using 3D CAD, applying manufacturing best practices for vendor support and creative problem-solving
• Develop thermal management solutions for motors and electronics in high-power equipment applications
• Design structural metallic components for high-stress, vibration, and impact environments, and identify and mitigate stress/fatigue risks
• Perform development-level component testing for risk reduction, create and execute test plans with proper instrumentation, and document results
• Write and execute integrated system verification test plans to requirements, producing test plans, protocols, and reports, and manage product configuration including BOMs and change management

• Bachelor's degree in Computer Science or related field
• 5+ years in software development and/or network administration
• Expert-level knowledge of wired and wireless networking (802.11 protocols)
• Experience with industrial cybersecurity standards (IEC 62443, CRA, or equivalent)
• Strong Linux skills

Responsibilities:

• Design and configure network systems for industrial robots
• Set up and optimize WiFi gateways
• Test, troubleshoot, and document all network designs to meet cybersecurity compliance standards

• BS – Mechanical, Manufacturing, Industrial Engineering
• 5+ years’ experience in industrial manufacturing of complex electromechanical equipment (Thermal or Cooling equipment preferred)
• Fluent in Mandarin, able to travel overseas
• Familiarity with SolidWorks, AutoCAD, ability to read and interpret mechanica, electrical and P&ID schematics, SAP or other ERP systems
• Strong familiarity with PFMEA, root cause analysis
• Lean Manufacturing, Six Sigma
• Familiarity with welding, brazing, thermal insulation

• Support manufacturing, quality, and commissioning activities
• Support assembling, bring up, testing, troubleshooting of liquid cooling equipment in preparation for shipping to customer locations
• Production planning – optimize processes, schedule, and daily operations
• Participate in process improvement, quality and compliance
• Specify production tooling, fixtures, jigs
• Support installation, calibration and maintenance of in-house production equipment

• BS, MS, or PhD in Engineering (Electrical Engineering strongly preferred)
• 5+ years of systems engineering experience in semiconductor or metrology environments
• Strong MATLAB and/or Python programming skills for data analysis and statistical analysis
• Experience collaborating with hardware and software engineering teams
• Ability to handle high-complexity assignments with minimal supervision
• Background in optics or optical systems is a strong advantage
• Semiconductor industry and metrology experience highly preferred
• Strong systems engineering fundamentals including hardware integration and system-level diagnostics
• Experience with data acquisition, instrument control, and calibration methods
• Proven problem-solving skills including root-cause analysis and mitigation planning
• Ability to translate high-level requirements into detailed technical specifications

Responsibilities:

• Apply systems engineering principles to evaluate and integrate hardware, algorithms, and application workflows for metrology systems
• Conduct system diagnostics, troubleshooting, and root-cause analysis, and implement robust calibration methods
• Collaborate closely with hardware and software teams to ensure seamless system integration and performance
• Perform data collection, statistical analysis, and comprehensive evaluations to support novel metrology solutions
• Translate high-level requirements into technical specifications and take ownership of system concepts from design through implementation

• Run communication and power wires and cables to retrofit engine controls
• Install and calibrate sensors
• Replace faulty actuators, valves, or electronic control units (ECUs) during routine maintenance windows
• Conducting routine inspections of IP rated enclosures and hardware to prevent corrosion, vibration damage, or ingress from saltwater.
• Using multimeters, oscilloscpes and CAN diagnostic tools  to troubleshoot electrical faults in complex electro-mechanical systems.

• Manage and analyze data for a large number of Robotic system
• Program robotics and implementing Machine learning and AI 
• Prototype and test in the lab
• Work with outside vendors
• Develop and test vision algorithms to control robots and advanced hardware systems
• Perform technical performance benchmarking and analyses to support engineering decisions

• BS in Photonics, Optical Engineering, or related field; MS preferred
• 8+ years in the Semiconductor Test industry, optical integration, or high-technology environments

• Strong Optical Signal Integrity Knowledge. Must have high level optical signal integrity, understand measurement and instruments. Understand optical interconnects and losses and know the affects
• Must have Optical Signal Path Design Knowledge and Experience
• System Integration Knowledge and Experience is required. Understand thermal considerations, integration into mechatronic systems and scaling into high volume production
• Test Strategy and Instrumentation Knowledge and Experience. Ability to set up and operate optical test equipment, characterize system performance/losses, and create reports

• BSEE with 5-7 years of industry experience
• Automation equipment design experience with stepper and servo motors
• Motion control experience including PLC and DeviceNET
• Experience with vision systems and optical monitoring systems
• Power distribution design and control (high/low voltage)
• AutoCAD Electrical proficiency
• Familiarity with SEMI standards, NEC, NFPA 70, and NFPA 79
• Industry experience in semiconductor, disk drives, or solar preferred
• Strong understanding of electrical architecture and subsystem integration
• Ability to design electrical control panels and interconnect systems
• Experience supporting prototype builds, testing, and troubleshooting

Responsibilities:

• Support design of custom automation equipment and develop electrical architecture for automated systems
• Design and integrate subsystems, components, vision systems, and sensors
• Create detailed designs for interconnects, cables, wiring diagrams, and electrical control panels
• Support prototype build, test, and troubleshoot activities
• Ensure compliance with SEMI standards, NEC, NFPA 70, and NFPA 79 requirements

• 5+ years designing, programming, commissioning and/or sustaining SRP/CS for industrial machinery.
• Solid understanding of global machinery safety standards ISO12100 / ISO13849-1 and ANSI B11.0 / ANSI B11.19; demonstrated ability to adhere to and implement their methods and requirements.
• Hands-on experience integrating field devices (Safety Interlocks, Light Curtains, Area Scanners, E-stop devices) and troubleshooting electrical control systems.

• Lead and document machinery risk assessments utilizing the HRN scoring method, identifying hazards, estimating risk, and selecting risk reduction measures per the hierarchy of controls. Translate risk results into Required Performance Level (PLr) for each safety function that protects personnel.
• Ensure the design (Category 2/3/4, MTTFd, DCavg and CCF) of machinery SRP/CS (safety-related parts of control systems) meets or exceeds the required PL. Produce PL calculations via SISTEMA or manual methods.
• Program and configure safety devices/ PLCs / relays (e.g., Keyence GC series, Rockwell GuardLogix, Siemens S7 Safety, SICK Flexi Soft ). Provide direction and guidance to electrical technicians/contractors to ensure correct installation of SRP/CS.  
• Review or create and execute Machinery Safety Lifecyle documentation. (Risk Assessment, Safety Requirements Specification, Verification, Validation.)

• Master’s or Ph.D. in Engineering (Manufacturing, Mechanical, Chemical, Industrial) or a related technical field – 10+ years’ experience in leadership roles
• Deep expertise in semiconductor manufacturing equipment industry
• A documented track record of taking products from pilot stage to high-volume commercial production
• Deep experience in high-speed assembly, advanced material processing, and NPI (New Product Introduction).
• Expertise in Design for Manufacturing (DFM) and advanced quality tools; Six Sigma Black Belt is highly preferred
• Strong ability to manage complex budgets and capital projects.
• Exceptional interpersonal skills with the ability to influence executive-level stakeholders and motivate technical teams

• Define and execute the long-term manufacturing technology roadmap to align with Halo’s business goals
• Research and implement cutting-edge automation and manufacturing technologies to maintain a competitive edge
• Serve as the primary liaison between R&D/Design and Production to ensure products are robust and scalable (DFM).
• Lead the seamless transition of laser-based technology from the lab environment to high-volume internal manufacturing
• Apply Lean and Six Sigma methodologies to reduce waste, improve yields, and lower unit costs
• Lead and mentor a high-urgency team focused on rapid problem-solving and disciplined documentation (ISO standards).
• Manage the annual manufacturing budget (CapEx and OpEx) and justify major capital investments
• Partner with Operations, Quality, and Supply Chain to move products from concept to commercialization

• Bachelor’s degree, or higher, in Electrical, Chemical, Mechanical or Manufacturing Engineering.
• Minimum of 7 years technical experience in the Printed Circuit Board Industry.
• Solid experience in PCB manufacturing process.
• Experience with PCB design, layout, and testing.
• Solid experience in stack-up evaluation and creation.
• Solid knowledge of laminates and their electrical and mechanical properties.
• Experience with PCB design tools such as Cadence, Polar, Gerber viewers, etc.
• Proficiency in troubleshooting and diagnosing technical issues.
• Effective communication and presentation skills.
• Ability to work collaboratively with cross-functional teams.
• Excellent problem-solving skills and attention to detail.
• Experience in customer support and providing technical solutions.
• Job requires a fair amount of business travel throughout Asia and North America.

• Provide technical support and solutions to customers and prospects,
• Troubleshooting and diagnosing technical issues, and collaborating with other teams to ensure customer satisfaction.
• Day-to-day tasks include responding to customer inquiries, creating and delivering technical presentations, and providing feedback to the internal product development team.
• Responsible for making recommendations for future technological needs based on customer feedback and market trends.

• BSEE, MSEE Preferred
• Must have 5+ years Analog design, Complex PCB's, Schematics in Semiconductor test equipment / Capital Equipment
• Certifications such as CE, Semi S2/S8/F47
• Power distribution, control panels, PLCs, Motor drives, actuators, servo systems, Industrial automation or test systems, Power supply design, converters
• ORCAD required. May consider Altium, Spice for circuit simulation
• Experience with developing electronics instrumentation for complex electromechanical systems.
• Comfortable working with  electrical loads, circuits, control systems, motors, and industrial or manufacturing equipment

• Designs, develop, and test electrical equipment, components, circuits
• Design PCBs, and ensure PCB Signal Quality and Power Quality
• Perform  validation of designs
• Ensure reliability, performance, and safety standards are met
• Manage priorities, handle multiple projects and meet deadlines

• MS or BS EE, or similar Engineering, Computer Engineering, or related field
• 8+ years of experience in test engineering
• 2-3 years in a leadership or managerial role
• Hands-on experience with ATE platforms
• Proven expertise in test program development, debugging, and validation
• Strong understanding of semiconductor device physics, DFT techniques, and failure analysis
• Experience with Java, C/C++, Python, Perl
• Excellent leadership, communication
• Experience in managing teams
• Experience in high-volume semiconductor manufacturing environments. 
• ISO, JEDEC, or automotive (AEC-Q100) quality standards
• Experience with PAC, mixed-signal or RF testing is a strong plus. 

• Lead and manage a team of application engineers to develop test programs for high-volume production
• Generate project plans
• Perform as a good communicator, listener and customer decision influencer
• Define and execute test strategies and roadmaps
• Oversee test hardware (load boards, probe cards, interface hardware) and software development
• Collaborate closely with customer, sales, BD/MKT, COE and R&D teams to define product strategies and ensure testability
• Own and monitor KPIs related to test development and production quality
• Ensure timely support for new product introductions (NPIs) and transitions to high-volume manufacturing
• Manage ATE infrastructure, tools, and vendor relationships. 
• Support root cause analysis of test escapes
• Lead hiring, mentoring, performance management, and career development for the test engineering team

• High School Diploma or GED; technical certification or Associate's degree in Optics, Manufacturing Technology, or related field preferred
• 2+ years of hands-on experience in precision manufacturing, optical fabrication, or related technical environment
• Proven experience with precision measurement tools (e.g., calipers, micrometers, height gauges)
• Exceptional manual dexterity and fine motor skills for working with small, delicate components
• Ability to read and accurately interpret technical drawings and manufacturing work instructions
• Strong attention to detail, visual acuity, and ability to perform prolonged magnified inspection for cosmetic defects
• Direct experience operating optical fabrication machinery (CNC generators, polishers, grinders, centering machines)
• Experience with optical metrology equipment (interferometers, autocollimators, radius gauges, surface profilometers)
• Knowledge of standard cleaning and handling procedures for precision optics
• Experience in ISO 9001-certified manufacturing environment

Responsibilities:

• Operate and maintain conventional and CNC optical fabrication equipment including generators, grinders, polishers, and centering machines
• Perform precision operations such as grinding, lapping, polishing, and shaping of lenses, prisms, and mirrors to meet exacting geometric and surface specifications
• Conduct detailed in-process and final inspection of optical components using precision metrology tools
• Clean, handle, and assemble optical components into high-precision opto-mechanical assemblies adhering to strict cleanroom protocols
• Accurately read and interpret engineering blueprints, travelers, work orders, and technical specifications, and record all fabrication and test data

• Bachelor's Degree in Electrical Engineering or related field
• 2-8 years of experience in programming industrial controls for manufacturing process equipment, robotics, or other automated tools
• PLC, HMI, and motion programming skills are required
• AutoCAD and at least one of the following programming languages:  Allen Bradley, Siemens, Beckhoff, Ignition, etc.
• Experience selecting components and creating Bill of Materials for equipment projects
• Knowledge of Ladder Logic, VFDs, motors, networking and communication protocols, etc.
• Customer-facing experience is an advantage in this role; otherwise, must be a strong communicator

• Contribute toward the development of custom controls solutions for customers in the life science, food & beverage, renewable energy industries
• Apply knowledge of electrical systems schematics, P&IDs, flow diagrams to develop machine controls
• Specify materials for new systems builds
• Help in drafting of systems schematics, control panels, process diagrams

• AA or BS in Electrical Engineering. 5+ years’ experience in Semiconductor Process Equipment industry with a focus on assembly and test of complex electromechanical or optomechanical equipment
• Strong knowledge of AC and DC power systems, wire harness assembly, soldering, including PCBAs. (J-STD-001, and IPC-A-610)
• Demonstrated experience with PCB-level troubleshooting, component identification, and schematic reading.
• Strong test experience in testing of complex equipment (module test, integration test, system test)
• Strong mechanical aptitude and understanding of electromechanical assembly processes (torque specs, fastener selection, cable routing, ESD safety).
• Comfortable using electronic test equipment such as oscilloscopes, multimeters, electronic loads, and programmable power supplies.
• Proficiency in reading mechanical and electrical drawings and schematics.
• Experience with troubleshooting complex mechanical, opto-mechanical, and electrical systems.
• Proficiency in precision measurement using calipers, micrometers, gauges, and gauge blocks.
• Familiarity with CAD/ERP/MRP/PLM/QMS systems ( Arena, NetSuite, SolidWorks is a plus).

• Support NPI and Prototype builds
• Assembling complex electro-mechanical, mechanical, and opto-mechanical sub-assemblies.
• Conducting module, integration, and system tests on electrical, mechanical, and optical systems, including troubleshooting and analyzing results.
• Supporting engineering teams with prototype builds.
• Developing and using Standard Operating Procedures (SOPs) and work instructions.
• Identifying and troubleshooting issues with test setups, hardware, and software to ensure smooth pilot manufacturing flows.
• Supporting the review of non-conforming parts (NCs), failure analysis, dispositions, and documentation.
• Performing rework tasks such as cable crimping, soldering, tapping threads, cleaning optics, and re-alignment.
• Applying structured analysis methods for root cause analysis and solution verification.
• Defining, implementing, and improving products, processes, and procedures.
• Collaborating with R&D, manufacturing, and supply chain for successful product launches.

• Support development of a new product by modifying and maintaining prototype equipment and help develop procedures and documentation as needed in support of design and R&D activities which likely have little or no written procedures.
• Perform Preventative and corrective maintenance
• Troubleshoot and calibrate new equipment
• Install new tool and retrofit existing tools

• Master's or Bachelor's Degree in Systems Engineering, Electrical Engineering, Mechanical Engineering or related
• Minimum 3 years of experience in testing robotics or complex hardware/software systems
• Proficiency in C, PLC's, Python, Linux, Matlab, ROS, V-model framework
• Working experience with MS SharePoint, Atlassian Confluence/ JIRA/JSM, Jama, TestRail, and Bitbucket
• Solid analytical and troubleshooting skills in robotic or complex electromechanical systems/equipment
• Experience in script development and building automated test infrastructure
• Expertise in reliability testing, hardware fault testing

• Utilize the V-model framework to ensure requirement traceability and comprehensive testing
• Develop test plans that align with requirements traceability, specifying test cases, test assets, and lab space availability
• Maintain thorough documentation of test procedures, configurations, environments
• DFMEA, DOE, test data, etc. to support quantitative data-driven technical assessments
• Analyze test results and prepare comprehensive test reports, documenting any defects or issues, and performing root cause analysis
• Bring up robot platform at system level while troubleshooting and debugging HW/SW subsystem and component levels
• Develop automated scripts/tools and improve automated test infrastructure for subsystem and system-level test coverage
• Prototype and test new hardware/software technologies, conducting proof-of-concept builds and functional demonstrations for stakeholders

• Take end-to-end ownership of the motion and force control stack, from low-level systems to high-level integration
• Develop and improve various teleoperation technologies to make operations intuitive, smooth and fast
• Develop fault-detection, collision avoidance systems, conduct safety analyses, and lead rigorous testing
• Work closely with software engineers to refine system usability through real-world use cases and continuous iteration
• Collaborate on the design of new hardware platforms and tools to improve robotic manipulation, including evaluating and recommending novel sensors

• AS/BS in Mechanical or Industrial Engineering or equivalent experience
• 7-10 years’ experience in a Sustaining Engineer or Equipment Engineer in Semiconductor Equipment or complex electromechanical equipment
• Experience in maintaining complex tools in a wafer manufacturing setting – running several processes -  consisting of optical systems, high-powered lasers, motion control systems
• Experience in Troubleshooting and Root Cause Analysis, Continuous Improvement, Technical Support, Change Management, Product Life Cycle Management
• Strong experience in Preventative Maintenance
• Ability to use hand tools and power tools
• Familiarity with facilities related services such as electrical, plumbing, HVAC, vent hoods…etc.
• Strong communication skills, documentation skills, attention to detail

• Support the managing and maintaining Fab tools running multiple processes
• Troubleshooting and Root Cause Analysis: Investigating and diagnosing complex technical issues, defects, or failures in equipment reported by customers or manufacturing teams.
• Continuous Improvement: Proactively identifying opportunities to enhance a product's performance, reliability, and manufacturability. This can involve implementing design modifications, improving software, or updating manufacturing processes to reduce costs and increase yields.
• Technical Support: Serving as a subject matter expert for existing equipment, providing support to internal teams (e.g., field service, customer support) and external customers to resolve issues and answer technical questions.
• Documentation and Change Management: Creating and maintaining detailed documentation of product issues, resolutions, and design changes. They also manage the change control process to ensure all modifications are properly tested, validated, and documented.
• Product Lifecycle Management: Collaborating with cross-functional teams to manage the end-of-life of products and the transition to newer versions, ensuring a smooth process for both internal teams and customers.

• B.S. or M.S. in Electrical Engineering or other technical related field
• A minimum of 7 years of experience with Orcad PCB Design
• Experience in specifying DC to DC converters, Buck, Boost, and Linear
• Experience with motors and motor controllers
• Strong PCB layout skills with ORCAD plus experience creating mixed signal and high current designs for production
• Experience with Ethercat, Ethernet, and CAN Bus interfaces, tools, and analyzers desirable
• Experience with Verilog and FPGA design/verification a plus
• Experience with Python for scripting a plus
• Experience in product design and testing for CE compliance desirable

• System-level design of electronic controls for robotics
• Board-level design of complex digital, power, and mixed signal PCA's
• Complete schematic capture, PCB layout, component selection, DFM, prototype, compliance and safety qualification, and production release
• Fosters a highly collaborative and egalitarian environment
• Team up with embedded software developers to implement robotic tools and applications
• Solve complex system and board level electronic issues using multidisciplinary skills
• Support legacy designs (updates, feature additions, field-failure resolution)
• Due to the nature of the position, our engineers are required to be physically present at our facilities in Pleasanton, California

• A bachelor's degree in Electrical or Electronic Engineering or a comparable level of hands-on experience.

• A minimum of five years of experience performing compliance testing on power electronics or grid-interactive inverters.

• Hands-on experience with major standards like UL 1741, IEEE 1547, and IEC 62109.

• Demonstrated proficiency in successfully completing product certifications.

• Practical experience with both grid-interactive and grid-support standards and codes.

• Strong communication and documentation skills.

• Exceptional attention to detail, with the ability to interpret and apply complex technical standards.

• Proficiency in operating lab equipment, executing tests, troubleshooting issues, and reporting data effectively.

Responsibilities:

• Develop and execute engineering and pre-compliance test plans by interpreting and applying various standards, such as UL 1741, IEEE 1547, and IEC 61000 Series.

• Draft test plans that align with internal product design requirements, outlining grid and safety compliance needs.

• Configure test setups, including both hardware and firmware, process the resulting data, and submit findings for official certification.

• Conduct a wide range of tests, including those for electrical safety, fault response, environmental exposure, electromagnetic compatibility (EMC), and abnormal conditions.

• Operate and maintain a variety of lab instruments, such as oscilloscopes, spectrum analyzers, and grid simulators, as well as build, calibrate, and modify test fixtures.

• Generate comprehensive test reports and documentation, and serve as a technical liaison between the internal certification team and third-party NRTLs (Nationally Recognized Testing Laboratories) like UL and Intertek.

• Provide technical input for estimating testing efforts, identifying site requirements, and determining which standards are applicable.

• Work with cross-functional teams to troubleshoot test-related issues and contribute to a safer, more efficient, and accurate lab environment.

• Familiarity with energy storage systems, solar inverters, or other grid-tied power products is beneficial.

• Experience with automation and scripting for compliance testing, particularly with Python.

• Bachelor’s degree in Electrical Engineering, Electronics Technology, or related field (or equivalent experience)
• 7+ years of hands-on experience as an Electrical Test Engineer or Senior Test Technician in power electronics or related fields
• Proficient with test equipment: DMMs, oscilloscopes, power analyzers, environmental chambers
• Strong experience in analog/digital circuit debugging and root cause analysis
• Skilled in precision soldering and rework (fine-pitch, high-density components, SMD 0402, BGA)
• Ability to read and interpret schematics, wiring diagrams, and engineering documentation
• Comfortable working in high-voltage (>1kV) and high-power (>10kW) environments
• Excellent documentation and communication skills
• Preferred: Experience with LabVIEW, Python, or test automation tools; familiarity with high-voltage safety standards; IPC soldering/rework certification

• Perform electrical testing, debugging, and validation of engineering prototypes and production units for power conversion and control systems
• Build and wire electrical panels, test fixtures, and cable assemblies from engineering drawings and schematics
• Execute and improve test procedures for analog and digital circuit boards
• Perform SMD rework including 0402 components and BGA parts
• Safely operate high-voltage and high-power test equipment
• Use microprocessor and FPGA programmers for embedded system validation
• Debug analog and digital hardware using oscilloscopes, logic analyzers, and signal generators
• Utilize engineering software for programming, testing, and debugging hardware/firmware
• Generate detailed test documentation and reports on findings and issues
• Maintain and manage a high-voltage lab environment, ensuring safety protocols
• Collaborate with electrical, mechanical, and firmware engineers for product development and release
• Support continuous improvement of test methodologies, tools, and processes

• Bachelor’s Degree in Electrical Engineering
• 5+ years of experience in electrical design and development of complex electromechanical systems
• Proficiency in using electrical CAD software (e.g., Altium Designer, AutoCAD Electrical)
• Strong understanding of electrical engineering principles, including circuit analysis, power electronics, control systems, and digital logic
• Experience with motor control for brushless dc motors
• Experience with motor control systems (e.g., servo, stepper motors) and feedback mechanisms
• Experience designing and bringing up custom PCBAs at volume
• Familiarity with sensor integration and data acquisition systems
• Excellent problem-solving and analytical skills
• Strong communication and interpersonal skills, with the ability to work effectively in a team environment

Responsibilities:

• Design and develop electrical schematics and wiring diagrams for complex electromechanical systems, including power distribution, motor control, sensor integration, and safety circuits
• Select and integrate electrical components, such as power supplies, motors, encoders, sensors, and PLCs, ensuring they meet performance and reliability requirements
• Design and implement control systems and algorithms for motion control, thermal management, and process monitoring
• Troubleshoot and resolve electrical issues during system integration, and testing
• Document electrical designs, test procedures, and results clearly and concisely