• Bachelor's degree or higher in Mechanical Engineering, Product Design, or related field
• 3-5 years of relevant mechanical design experience
• 500+ hours in SolidWorks or equivalent industrial CAD program
• SolidWorks Expert Certification Required (CSWE)
• Proficient with manual mills, lathes, CNC mills, and general shop equipment
• Strong understanding of technical drawings and documentation
• Self-starter who can manage their own tasks and deadlines independently

Responsibilities

• Design parts and assemblies in SolidWorks using advanced surfacing and master modeling techniques
• Develop system-level solutions for clients from concept through final CAD, prototyping, and production drawings
• Program and operate the HAAS CNC mill using HSMWorks; manage in-house vs. outside shop production decisions
• Build and manage system-level Bills of Materials and oversee vendor relationships for purchased components
• Supervise the full build process including assembly, delivery, and hands-on fabrication as needed
• Produce production-level drawings, process instructions, part numbers, and engineering change controls

• Bachelor's degree in Mechanical Engineering, Industrial Engineering, Manufacturing, or related technical field (or equivalent hands-on manufacturing experience)
• 6+ years of experience in Failure Analysis, Quality Engineering, or Reliability Engineering
• Strong root cause analysis and troubleshooting skills using 8D, 5 Why, Fishbone, and FMEA methodologies
• Hands-on experience investigating mechanical, electrical, and fluid-system failures
• Experience supporting manufacturing operations and RMA analysis
• Ability to read engineering drawings and technical specifications
• ISO 9001 quality management system familiarity
• Statistical analysis tools such as Minitab preferred
• Data center infrastructure or server hardware experience preferred
• Mandarin Chinese proficiency required

Responsibilities:

• Lead failure investigations and identify root causes through troubleshooting, data analysis, and structured problem-solving methodologies
• Develop failure analysis reports with clear findings and recommended corrective actions
• Own quality issues from detection through resolution, coordinating with cross-functional teams to implement and verify corrective actions
• Troubleshoot mechanical, electrical, and system-related issues and support production teams in resolving quality problems
• Analyze returned products and customer failures to determine root causes and support quality investigations

• Bachelor's degree in Computer Science, Computer Engineering, or a closely related field (or 4 years of professional software development experience)
• Automation Industry (Semiconductor, Life Sciences, Clean Energy preferred)
• UML for Object Oriented Analysis & Design
• Professional software design experience (on 2 projects)
• Professional software programming experience in C#
• Professional software programming experience in Python

Responsibility:

• Gather requirements, write requirement specifications, and review specs with the project team.
• Implement the design using programming languages such as C# and Python.
• Design and develop test cases for software testing.
• Integrate developed software components into the system and work with the project team on system integration testing and debugging.

• 3+ years customer service/account management experience in a manufacturing environment; aerospace, defense, industrial, or electromechanical preferred
• Experience with motion control/electric motor products, and familiarity with AS9100 or aerospace manufacturing standards desireable
• Working knowledge of order processing and manufacturing workflows, including DFARS/FAR/ITAR/EAR compliance helpful
• Strong ERP proficiency (SyteLine, Epicor, NetSuite, SAP, or similar) and MS Office skills required
• Excellent communication, organizational, and problem-solving skills, with ability to manage multiple priorities independently and cross-functionally

Responsibilities:

• Serve as primary customer contact, managing orders end-to-end (quotes, PO processing, pricing, lead times, shipment tracking) while maintaining accurate ERP records
• Review purchase orders for accuracy, pricing, delivery, and contractual/compliance terms
• Coordinate cross-functionally (Sales, Engineering, Production, Planning, Purchasing, Quality, Shipping) to meet customer requirements and proactively communicate schedule changes
• Handle returns, warranty claims, and order discrepancies to timely resolution; manage customer documentation (certs, packing lists, invoices)
• Build strong customer relationships through responsive, solution-oriented service, and identify opportunities to improve satisfaction and processes

• Bachelor’s degree in electrical engineering, aerospace engineering, or related field
• Minimum 2 years of experience using Altium Designer
• Experience with high-density multilayer printed wiring boards
• Strong understanding of PWB fabrication and assembly processes
• Proficiency in designing for high voltage and current requirements in space environments
• Experience with via designs including buried and blind vias
• Knowledge of IPC class 2 and 3 PWB standards
• Familiarity with component library management and data systems

Responsibilities

• Develop schematic drawings and PWB layouts based on engineering inputs and design requirements.
• Collaborate with engineers on parts placements and routing to ensure compliance with IPC and company standards.
• Create and verify layer stack-ups and interface with PWB vendors as needed.
• Ensure all designs are manufacturable, reliable, and meet high voltage and current specifications.
• Generate comprehensive documentation packages and oversee the release process within the product lifecycle management system.

• BS in Manufacturing or related engineering field. 12+ years of senior-level supply chain operations and NPI management in consumer electronics or high-performance compute hardware sectors
• Deep, hands-on experience launching complex systems such as laptops, graphics workstations, or modular computing
• Proven history of managing large Capex budgets and negotiating multi-million dollar MSAs and SOWs with top-tier Asian contract manufacturers
• Experience with strategic sourcing, contract negotiations, and intellectual property protections
• Ability to scale global NPI operations and lead cross-functional teams effectively
• Experience with automated assembly lines, testing frameworks, and manufacturing process optimization
• Knowledge of thermal management, liquid cooling, and high-performance silicon integration
• Familiarity with logistics, global distribution, procurement planning, and forecasting

Responsibilities

• Lead the end-to-end NPI lifecycle for complex workstation architectures from concept through mass production.
• Establish and manage flawless Clear-To-Build processes optimizing manufacturing operations for thermodynamic and volumetric constraints.
• Develop and execute system outsourcing strategies, evaluating and onboarding Tier-1 ODMs within the Asian supply chain.
• Own and negotiate complex contracts including MSAs, SOWs, and intellectual property protections.
• Manage Capex budgets, implement automation initiatives, and optimize manufacturing cost, quality, and time-to-volume.
• Architect and oversee a resilient global supply chain ensuring critical component availability and seamless logistics.

• Non Degree preferred
• Strong experience with UGNX.  
• Experience designing semiconductor capital equipment
• Experience with Vacuum chamber designs
• Strong experience with designing precision machined parts
• Understanding of GD&T
• Understanding of material finishes 

Responsibilities

• Support Mechanical engineer to design next generation system
• Produce all mechanical model and drawings in UGNX
• Update Models and assemblies
• Select appropriate material finish for designs 

• Bachelor’s degree in engineering or equivalent practical experience supporting production equipment and systems.
• 3 to 5 years of experience in manufacturing, equipment troubleshooting, internal production support, or closely related technical support environments.
• Hands-on experience using production monitoring and incident troubleshooting tools such as ITRS, Splunk, and Datadog.
• Demonstrated ability to perform incident management, advanced troubleshooting, and service restoration for internal production systems and equipment.
• Proficiency in root cause analysis (RCA) and implementing permanent corrective actions to prevent recurring production incidents.
• Experience scripting and automation using Shell and Python to reduce manual work and repetitive tasks.
• Strong ownership during incidents, adaptability, and ability to remain calm under pressure.

Responsibilities:

• Lead incident management for internal production systems and equipment, including monitoring, troubleshooting, and restoring service to minimize downtime.
• Perform tool bring-up and execute qualification activities, including qualification levels 600, 700, and 800.
• Conduct root cause analysis for recurring production issues and implement permanent fixes and preventive actions.
• Automate repetitive operational tasks through scripting and maintain procedures and documentation to support consistent execution.
• Support system maintenance and change activities including batch processes, upgrades, release deployments, and user acceptance testing (UAT), coordinating across development, operations, and business teams.

Keywords: internal production support engineer, manufacturing support, equipment troubleshooting, incident management, production monitoring, ITRS, Splunk, Datadog, root cause analysis, RCA, automation scripting, Shell scripting, Python scripting, system maintenance, batch processing, release deployments, UAT, server network troubleshooting, tool qualification, operational support

• Develop and execute long-term commodity strategies for semiconductor raw materials and electromechanical components
• Lead end-to-end contract negotiations, perform Quarterly Business Reviews (QBR), and drive supplier performance management across QCDI metrics
• Mitigate supply risks by qualifying secondary sources and assessing global market trends, raw material indices, and geopolitical risks
• Partner with R&D and NPI teams to ensure Design for Manufacturability (DFM) and optimize Bill of Materials (BOM) costs through Value Analysis/Value Engineering (VA/VE)
• Manage capacity planning, resolve critical supply shortages, and collaborate cross-functionally with engineering, manufacturing, quality, and finance

• BS in Mechanical Engineering (or related field)
• 5+ years experience in robotics, automation, NPD, or complex electromechanical products
• SolidWorks (3D modeling, large assemblies, configurations, drawings, revision control)
• Mechanical design for electromechanical hardware including sheet metal parts and assemblies
• Manufacturing release experience including prototype-to-production ramp, GD&T, tolerance analysis, and production documentation
• Hands-on build, test, verify/validate, and troubleshoot hardware through DVT and production.
• Working knowledge of manufacturing processes: sheet metal, machining, welding, injection molding, and cable routing.
• Experience with ECO processes, BOM management, and supplier/manufacturing documentation.

Responsibilities:

• Design and validate mechanical and electromechanical components for autonomous mobile robot platforms from concept through production release.
• Own CAD models, drawings, GD&T application, tolerance stack-ups, and BOM documentation to support manufacturing release.
• Lead prototype builds and validation activities, including DVT and reliability testing, and drive root-cause troubleshooting to closure.
• Partner with manufacturing, suppliers, and contract manufacturers on DFM/DFA, cost, quality, and scalability through pilot and production.
• Support design reviews, change control (ECO), and documentation processes; communicate technical tradeoffs and status to cross-functional teams.

• BS in Electrical Engineering or equivalent, with 5+ years of test automation development experience.
• Must have deep experience in Python. Ability to read Matlab- and LabView-based code and translate to Python.
• Familiarity with lab equipment, such as VNA, impedance analyzer, spectrum analyzer, signal generator, power meter, scope, and their communication protocols (e.g. SCPI).

• Understanding safety requirements when operating high-power RF equipment.
• Must be able to work effectively in a highly interactive team environment and multitask and work in a fast-paced environment.

• Work directly with RF engineers and system design managers to develop and maintain Python-based test automation for custom auto-match products.
• Translate and maintain legacy Matlab- and LabView-based automation to Python.
• Develop, test and maintain API libraries for Comet products and lab equipment, such as VNA, impedance analyzer, spectrum analyzer, signal generator, power meter, scope.
• Develop, test and maintain Python-based automation for calibration and RF testing of Comet’s products.
• Translate, test and maintain legacy Matlab- and LabView-based automation to Python.
• Triage bug reports and feature requests across multiple fast-changing priorities.
• Use best practices of version control and software deployment.
• Create and maintain documentation.

• Bachelor’s degree in Engineering, Quality Management, Manufacturing, or a related technical discipline.
• 7+ years of progressive quality management experience in semiconductor equipment, electronics manufacturing, industrial equipment, or a related high-technology manufacturing environment.
• Experience managing and maintaining an ISO 9001-certified Quality Management System (QMS), including ISO 9001 audit processes and certification activities.
• Proficiency with quality tools and methodologies (CAPA, SPC, FMEA, Control Plans, 8D, 5 Why, Fishbone, Pareto) and data-driven quality metrics/KPIs.
• Hands-on experience with electromechanical equipment and complex PCB assemblies/PCBAs, including supplier quality in contract manufacturing and global supplier environments.
• Experience establishing manufacturing inspection and quality control processes, including NPI quality support, NCMR review, yield improvement, and COPQ reduction.
• ASQ Certified Quality Manager (CQM), Certified Quality Engineer (CQE), or equivalent certification preferred.
• Experience with ERP and quality management systems.

Responsibilities:

• Develop, implement, maintain, and continuously improve the Quality Management System to meet ISO 9001 requirements, including management representative responsibilities, document control, records, and change management.
• Lead internal, external, customer, and certification audits; ensure compliance with documented procedures, work instructions, and quality policies.
• Own CAPA execution and closure, including root cause analysis and continuous improvement initiatives to reduce defects, improve process capability, and improve customer satisfaction.
• Lead supplier quality in partnership with Supply Chain, including supplier qualification, audits, scorecards, incoming inspection support, and corrective actions for critical components and assemblies.
• Lead manufacturing and customer quality activities including NPI quality readiness, nonconformance disposition, customer complaint investigations, field quality issue resolution, and quality performance reporting; manage and develop the quality team.

• Lead applications engineering efforts by leading concept development for custom automation solutions
• Create SOWs for customers based on their technical requirements
• Prepare quotes and estimates based on engineering hours, materials, fabrication, etc.
• Serve as owner and execute projects quoted to customers
• Lead systems through from concept to release to customer
• Support building, testing, and debugging throughout design and systems integration/build efforts

• Assist electrical engineers with cable and interconnect drawings using AutoCAD and AutoCAD Electrical
• Work with mechanical engineering team to create part and assemble drawings
• Update BOMS and input into PDM/PLM system
• Support change control and release activities – ECO’s, BOM’s
• Ensure accuracy in drawing revisions

• Bachelor's degree in Mechanical Engineering or related field
• 8+ years of experience designing stepper and servo motor systems and pneumatic pumps, valves, and actuators for capital equipment
• 5+ years of CAD experience (SolidWorks preferred) including SolidWorks PDM and SolidWorks Electrical
• Experience in GD&T and quality detail drawing documentation
• Thermal Analysis, FEA, CFD, and simulation software experience
• Systems-level thinker with experience working on complex mechanical systems
• Willing and able to work hands-on to build, integrate, and test newly developed systems
• Self-driven, independent thinker with strong written and oral communication skills
• Experience with risk analysis methods such as FMEA preferred

Responsibilities:

• Research, develop, and design mechanical, electromechanical, and pneumatic prototypes, systems, and subsystems for capital equipment involving stepper or servo motors, pneumatic pumps, and valves
• Perform GD&T analysis of designs at system and subsystem level, and conduct system-level integration and validation through testing and troubleshooting
• Plan and perform tests to analyze feasibility, design, operation, and performance of equipment, components, and systems
• Drive full documentation of design including BOM, drawings, and procedures, and manage small to mid-sized projects from concept to production
• Oversee fabrication, operation, application, installation, and repair of mechanical or electromechanical products and collaborate with Hardware, Software, and Process teams

• Build and maintain strategic relationships with key suppliers, contract manufacturers, and logistics partners
• Optimize supply chain processes to reduce lead times, minimize costs, and improve operational efficiency
• Establish and monitor key performance indicators (KPIs) for supply chain performance, including on-time delivery, inventory turns, and cost savings
• Identify and mitigate supply chain risks including component shortages, geopolitical factors, and quality issues

• Bachelor of Science in Mechanical Engineering
• Minimum 5 years of experience in an automation product development environment, knowledge of Semiconductor equipment, high vacuum, wafer processing equipment, SEMI standards
• CAD: Must have recent Creo, Agile/AgileCE, FEA/CFD, AutoCAD
• Strong knowledge of fundamentals of components as robotic mechanisms, including motors, bearings, sensors, actuators
• Strong knowledge of automation controls, robotics, semiconductor system integration
• Knowledge of materials and mechanical fabrication process, good design practices for the material of choice (precision machining, sheet metal fabrication)

Responsibilities:

• Responsible for the design/development, modification, and evaluation of primarily mechanical systems, equipment, and packages for the semiconductor industry.
• Produce and release 3D models, drawings, and BOMs.
• Work cooperatively with electrical and SW engineering to ensure new product designs will function per the market and customer requirements.
• Build & test prototypes, hold cross-functional design reviews, and publish DR/DVT records.
• Support operations, supply chain, field service, and the quality organization as needed to ensure the product line can be sustained and function reliably.

• Set up and support test configurations as defined by the engineering team as well as those developed on your own
• Operate and maintain lab test equipment and tools
• Update and manage firmware, drivers, and associated software for test instrumentation
• Mechanical assembly of hardware prototypes as well as final builds
• Perform SMT rework on surface mount PCBs, including 0402, TSOP, SOJ, BGA, and FQFP packages.

• Bachelor's degree in supply chain, operations, business, or a related field
• Minimum of 3+ years of experience in a buyer, planner, procurement, or supply chain coordination role within a electromechanical hardware and component company
• Proficiency in Excel, NetSuite ERP systems, procurement and accounting modules
• Experience working with Asia based suppliers, Contract Manufactures, 3-way reconciliation of inventory, order processing and payment
• Strong familiarity with accounting practices related to supply chain, purchasing, order and payment
• Strong technical competency in purchase order management and supply chain workflows.
• Knowledge of demand planning, order validation, and inventory reconciliation.
• Experience with spreadsheet management, trackers, and supply chain documentation.
• Familiarity with logistics coordination, 3PL, and shipment tracking.
• Fluency in Mandarin is a strong plus.

Responsibilities

• Manage the end-to-end purchase order lifecycle including creation, validation, approval, and reconciliation across procurement and ERP systems.
• Partner with suppliers and contract manufacturing teams to validate orders, resolve discrepancies, and ensure commitments are met.
• Support demand planning, order validation, and inventory management to ensure materials are available as needed.
• Maintain real-time visibility into procurement and supply status through dashboards, trackers, and documentation.
• Coordinate shipment tracking, inventory receipt, and reconciliation across multiple locations and systems, providing backup across related supply chain functions.

• Technical certificate, associate degree, military electronics training, or equivalent hands-on electronics experience.
• Demonstrated experience performing board-level electronic assembly, soldering, component replacement, and printed-circuit-board repair (through-hole and surface-mount).
• Hands-on ability with repair tooling such as microscopes, soldering and desoldering systems, hot-air tools, preheaters, and board-cleaning equipment.
• Ability to execute controlled board-level repair and rework to approved procedures and engineering instructions, including inspection for damage, contamination, and workmanship defects.
• Experience maintaining product and component traceability and following controlled processes, including stopping work and escalating when scope exceeds authorization.
• Experience with BGA removal, site preparation, replacement, reballing, thermal-profile execution, and post-rework inspection.
• Ability to read and follow schematics, assembly drawings, bills of material, repair instructions, engineering dispositions, and component markings.
• IPC J-STD-001, IPC-A-610, IPC-7711/7721, or equivalent certification (preferred).

Responsibilities:

• Perform controlled board-level repair, component rework, mechanical modification, cleaning, inspection, and preparation of assemblies for retest using released procedures and engineering dispositions.
• Execute component removal and replacement, jumper installation, connector and socket replacement, and other authorized rework; inspect for damaged traces, pads, vias, contamination, and workmanship defects.
• Own day-to-day readiness and operation of the BGA rework capability, including equipment setup, tooling, profiles, software configurations, calibration status, consumables, and associated records.
• Maintain complete records and traceability for work performed, components replaced, settings used, rework cycles, inspection results, and final outcomes; route repaired units to qualified test owners and support retest when requested.
• Support Engineering and Quality with process development and improvement, assist with controlled documentation and standard work, and escalate when instructions are unclear or unexpected damage is found.

• Associate degree in Electronics Technology, military electronics training, technical certification, or equivalent demonstrated experience
• 3+ years of hands-on experience testing, troubleshooting, or repairing electronic assemblies
• Proficiency with oscilloscopes, digital multimeters, bench power supplies, logic analyzers, and standard electronic laboratory equipment
• Hands-on board-, module-, and system-level troubleshooting of embedded electronics across digital, analog, power, processor, memory, programmable-logic, and communications circuitry
• Ability to read and apply schematics, component data sheets, wiring diagrams, test procedures, and technical work instructions to execute guided fault isolation
• Ability to perform controlled diagnostics, maintain configuration discipline, and document results accurately.
• Strong communication skills, including escalating blocked work and seeking direction before deviating from an approved plan.
• Experience supporting boundary-scan activities, automated measurements, data-capture tools, fixtures, cables, or diagnostic scripts.

Responsibilities:

• Execute approved guided fault isolation plans, checklists, measurement sequences, and controlled experiments under technical direction.
• Perform board-, module-, and system-level diagnostics using schematics, procedures, and known-good comparisons; stop and realign before unapproved plan changes or rework.
• Capture and document measurements, test conditions, equipment settings, configurations, and results; communicate findings and unexpected conditions promptly.
• Support diagnostic tools and infrastructure including fixtures, cables, automated measurements, boundary-scan activities, and data-capture workflows; provide feedback to improve procedures.
• Provide secondary support as needed for BGA rework capability evaluation, board-level mechanical assembly/ruggedization per work instructions, and upkeep/organization of test and troubleshooting equipment.

• Bachelor’s degree in Electrical Engineering plus 7+ years of relevant industry experience, or Master’s degree in Electrical Engineering plus 5+ years of relevant industry experience.
• 7+ years of experience in medical devices or a closely related regulated hardware industry (medical device experience strongly preferred).
• Proficiency with Altium Designer (or equivalent EDA tools) and hands-on PCBA development including schematic capture, BOM generation, and PCB layout review.
• System-level electrical engineering competency across analog, digital, mixed-signal (ADC/DAC), communications, and high-power electronics within complex electro-mechanical systems.
• Working knowledge of IEC 60601-1 and IEC 60601-1-2 and the ability to develop verification evidence for electrical safety, EMC, and functional performance in a design-controlled environment.
• Hands-on use of lab test and measurement equipment (DMMs, oscilloscopes, function generators, power analyzers, spectrum analyzers).
• Experience with reliability analysis, design risk mitigation, and controlled documentation environments (GMP or similar).
• Preferred experience developing and integrating motion control, closed-loop control, and power distribution subsystems.

Responsibilities:

• Lead system-level electrical design and architecture for new product development and support sustaining engineering and continuous improvement for released products.
• Author system requirements, design specifications, test plans, protocols, and verification reports for power, EMC, electrical safety, and functional performance.
• Partner with mechanical and software engineering to ensure compliance with applicable medical device standards and design-controlled processes.
• Drive system-level design tradeoffs balancing performance, cost, reliability, and manufacturability across cross-functional stakeholders.
• Support design transfer by building prototypes, developing test fixtures and stations, and performing troubleshooting, failure analysis, and root cause analysis on failed electrical assemblies.

• 5+ years of experience in manufacturing or a related engineering environment, ideally capital equipment manufacturing.
• Hands-on capability to assemble, integrate, test, troubleshoot, and repair complex mechanical, electrical, pneumatic, and optical systems.
• Ability to read and work from electrical schematics, cable drawings, and mechanical drawings to build cable harnesses and electrical enclosures.
• Strong troubleshooting of circuits, sensors, and controls, including power, resistance, current, pressure transducers, oxygen sensors, and VFDs.
• Experience assembling and troubleshooting linear stages, guide systems, pumps, cooling systems, and linear motion and control systems.
• Ability to safely perform physical work including lifting up to 50 lbs., climbing ladders, and occasionally working in confined spaces; ability to use forklift/gantry equipment for heavy lifts where applicable.
• Proficiency with Windows OS, installing software/drivers, navigating file systems, and troubleshooting local networks using IP and ModBus protocols.

Responsibilities:

• Assemble and integrate mechanical, electrical, optical, and pneumatic subsystems and complete system-level builds.
• Execute system testing, troubleshooting, repair, and process qualification for prototypes, pilot builds, and production releases.
• Troubleshoot and repair subsystems built by third-party suppliers and validate performance to requirements.
• Support new product introduction from prototype through pilot builds and production release, providing technical feedback to engineering and manufacturing.
• Create, review, redline, and update assembly, test, calibration, and related documentation; participate in continuous improvement and cross-functional initiatives.

• Bachelor’s degree in Engineering, Manufacturing Technology, or related field preferred.
• Minimum of 4 years of experience in Semiconductor manufacturing equipment industry.
• Knowledge of basic electromechanical assembly techniques.
• Experience developing and setting up tests, creating simple test plans, collecting and analyzing test data
• Experience using lab equipment such as multimeter, dial indicator, caliper, laser measurement tools.
• Ability to read and interpret blueprints and schematics.
• Familiarity with hand and power tools.
• Ability to lift up to 50 pounds and stand for long periods of time.
• MS Office - Word, Excel, PowerPoint
• Strong attention to detail and ability to work with precision.
• Excellent communication skills and ability to work in a team environment.

• Conduct technical research and analysis to support engineering projects.
• Design, develop, and test systems, equipment, and components using specialized software and tools.
• Build and test prototypes of products or systems to evaluate performance and identify design problems.
• Assemble modules, integrate systems, develop build process and resolve build-related issues.
• Collect and analyze data from experiments, tests, and fieldwork to identify trends and anomalies.
• Create and maintain technical documentation, including drawings, schematics, and specifications.
• Provide technical support to engineers and other project team members, including troubleshooting and problem-solving.
• Assist with the planning, scheduling, and coordination of project tasks and resources.
• Collaborate with other technical professionals, including engineers, scientists, and designers, to develop and implement solutions to technical challenges.
• Stay up-to-date with emerging trends, technologies, and best practices in the engineering field.
• Provide project support for upcoming demo tool by working with Engineering to identify delta and retrofit parts, develop and manage build schedules to meet project deadlines add retrofit systems and resolve issues.

• Bachelor’s Degree in Engineering or a technical field preferred, or Associate’s degree with 3+ years of relevant experience
• 1–3 years of industry experience in project coordination or project management in semiconductor, biotechnology/medical device, or IT facilities
• Microsoft Project (building schedules, maintaining timelines, tracking milestones).
• Experience supporting facilities, construction, or infrastructure projects with exposure to: Electrical (including power distribution / grid tie-in work), Mechanical, Plumbing, and other building-related upgrades and infrastructure improvements
  • Experience working with permitting processes (supporting or coordinating).
  • Demonstrated ability to manage cost/budgeting, track spend, and support closeout.
  • Comfortable operating in active environments where outages and operational impacts must be controlled.

• Manage facilities/construction infrastructure projects in support of the capital projects team, including electrical, mechanical, and plumbing scope.
• Coordinate and track project plans in MS Project, ensuring milestones are met and schedules are maintained.
• Support and/or lead operational upgrades, including power distribution work and grid tie-in coordination.
• Partner with internal facilities teammates and PMs to maintain progress and resolve roadblocks.
• Drive cost control throughout execution and into project closeout (tracking budget, forecasting, and controlling spend).
• Coordinate and support project execution that prioritizes zero-incident performance, outages held to plan, and minimal impact to manufacturing/operations
• Assist with contractor/vendor coordination, site walkthroughs, and day-to-day execution planning.
• Support permitting and compliance activities, collaborating with appropriate internal and external parties.
• Work on-site as needed and follow site safety requirements and procedures.

• Bachelor’s degree in Supply Chain, Business, Engineering, or a related field.
• 8+ years of experience in supply chain, procurement, operations, or warehouse management within electronics manufacturing, semiconductor equipment, or related high-tech industries.
• Proficiency with MRP/ERP systems, warehouse systems, and supply chain planning tools.
• Experience managing strategic sourcing and procurement for complex electronic and electro-mechanical components including PCBAs, semiconductors, custom machined parts, cables, and assemblies.
• Demonstrated capability in contract manufacturer management and global supplier network leadership, including supplier qualification and performance management.
• Experience supporting high-mix, low-volume manufacturing environments.
• APICS/CPIM/CSCP certification preferred.
• Familiarity with international sourcing and logistics, including risk management and compliance considerations.

Responsibilities:

• Lead end-to-end supply chain functions including sourcing, procurement, planning, supplier management, contract manufacturing operations, and warehouse and stockroom execution.
• Own strategic sourcing and commodity strategy in partnership with engineering and R&D, including supplier selection, supplier qualification, contract negotiations, and cost reduction initiatives.
• Manage inventory and warehouse operations including inventory accuracy, cycle counts, material flow, storage optimization, shipping/receiving, and transaction compliance.
• Support production schedules, customer delivery commitments, and NPI readiness by coordinating material availability, forecasting, capacity planning, and supply continuity strategies.
• Establish KPIs and operating rhythms to drive supplier performance, mitigate supply chain risks, and develop the supply chain team (including buyers and warehouse leadership across multiple sites).

• 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

• Bachelor’s degree in electrical engineering. 
• 5 yeas of relevant analog circuit design experience powering up devices such as FPGA’s, CPLD (complex programmable logic device) and other components on board.
• Experience Designing  48V DC/DC conversion circuits that generate multiple power supply voltages
• OrCAD or other
• Experience with Power sub-system’s design highly desired

• Design the 48V DC/DC conversion circuits to generate multiple power supply voltages which will then be used to power circuits on the board. 
• Design the Module DUT Programmable Power Supplies. Using  existing ASICs
• Design and oversee the overall module power distribution including   powering up devices such as FPGA’s, CPLD and other components on board. 
• Guide the power PCB lay-out to ensure design rules are met. 
• Design circuits to aid with the module’s test to include power and thermal monitoring.
• Responsible for turning on the first prototype and ensuring the design works and meets the requirements. 

• Bachelor’s degree in Mechanical Engineering, Electrical Engineering, Physics, or a related technical discipline is required.
• Master’s degree strongly preferred
• PMP certification preferred
• 10 years experience semiconductor industry, capital equipment, or high-complexity electromechanical systems (Semiconductor test systems- Global Experience
• MS Project, Excel, Jira, confluence and SharePoint
• Demonstrated track record of leading cross-functional teams through full product lifecycle from concept and design through NPI, pilot builds, and high-volume manufacturing (HVM).
• Fluent with compliance/safety and regulatory standards (e.g., SEMI S2/S8, F47, CE).
• Familiar with tools: FMEA, 8D, DMAIC, and Kaizen methodologies
• Hands-on experience with DFM/DFT methodologies, reliability testing, problem solving: 8D, Fishbone, FMEA & DMAIC
• Support development of production and reliability tests to ensure robust product performance

Responsibilities:

• Lead cross-functional product development teams across mechanical, thermal, electrical, software, and automation/robotics domains.
• Strategic program oversight with deep technical engagement, ensuring timely delivery of high-performance solutions
• Drive the development of complex test systems for cutting-edge semiconductor devices.
• Translate customer requirements into actionable engineering plans and performance standards.
• Oversee design, validation, and release of sub-assemblies and full systems.

• Bachelor’s degree in electrical engineering. 
• 5 + years of large high speed FPGA design relevant experience.
• Verilog 
• Wafer-level semiconductor testing 
• Design Experience using the internal PLL circuits (phase lock loops) 
• Experience with design of  Embedded Algorithmic Pattern Generator (APG) core & the interface between the APGs and the Pin Electronics I/O 
• Good understanding of timing constraints in the FPGA to be able to achieve consistent timing results from build to build 

• Design the timing generators. The timing generators require fine timing control inside the FPGA. 
• Design the signal formatting blocks inside the Test Controller FPGA. 
• Design the Embedded Algorithmic Pattern Generator (APG) core. There will be  multiple APG cores in the FPGA 
• Design the interface between the APGs and the Pin Electronics I/O 
• Implement the internal Vector Memory block 
• Implement the internal Error Capture RAM (ECR) block and the ECR data transfer block to move the data to the external memory 
• Ensure blocks are functional via simulation initially and then on the hardware when available. 
• Work with the hardware design team and the software team to assist bring-up and driver development. 
• Maintain and update relevant documentation and records as required. 

• Bachelor’s degree in electrical engineering. 
• 5 years of relevant design experience with PCI interfaces & Design of interface blocks for serial busses: JTAG, SPI and I2C 
• Firmware design tools such as Verilog and the FPGA vendor tools for place and route. 
• Experience with FPGA controlling board functions with Programmable Power Supplies, Pin Electronics, ADCs, and other functional blocks 
   

• Develop a portion of the Test Controller firmware as shown below. 
• Design the PCIe interface section. 
• Design interface blocks for various serial buses: JTAG, SPI and I2C 
• Design the DRAM controllers 
• Design the bus interface block which will be used to communicate with internal 
• FPGA blocks as well as blocks controlling the board functions such as the 
• Programmable Power Supplies, Pin Electronics, ADCs, and other functional blocks in the channel module. 
• Make sure these blocks are functional via simulation initially and then on the hardware when available. 
• Work with the hardware design team and the software team to assist bring-up and  driver development. 
• Maintain and update relevant documentation and records as required. 

• Bachelor’s degree in electrical engineering. 
• 5 years of relevant experience digital circuit design (Circuits, Memory Sections,  Serial Interfaces in a prototype / build environment
• DRAM,JTAG, I2C
• Design and Transmission line knowledge of Pin Electronics 
• Experience Managing  PCB layout to ensure signal integrity
• Proficiency in CAD tools such as OrCAD or others. 
• Experience with Digital sub-system’s design. 
• Familiarity with large FPGA design. 

• Responsible for designing the digital circuits on the module. This includes the  FPGAs with their configuration and clock circuits. 
• Design the memory sections. There will be DRAM attached to the FPGAs that will need to be designed in. 
• Design the PCIe interface between the module’s receiving connector to the FPGA 
• Design several serial interfaces such as JTAG, I2C, etc… from the FPGAs to other components on board. 
• Work with the Analog Designer to ensure all digital components are powered properly including voltage levels, loading, grounding and noise management. 
• Design the Pin Electronics circuits. These are off - the-shelf IC’s but require transmission line knowledge to ensure proper signal delivery. 
• Design all the interconnects in and out of the module via existing connectors. 
• Manage the board PCB layout to ensure signal integrity goals are met 
• Responsible for turning on the first prototype and ensuring the design works and meets the requirements. 

• Bachelor’s degree in electrical engineering, physics, or related technical field.
• Minimum 5 years of experience in high-voltage power supply design and development.
• Experience with analog electronics up to 20kV and associated safety protocols.
• Hands-on experience modifying and debugging high-voltage controllers and power supplies.
• Knowledge of e-beam control, and vacuum system integration.
• Proficient in Altium Designer for PCB design and schematic development.
• Familiarity with analog circuit design, PCB layout, and testing in high-voltage environments.
• Ability to interpret and modify existing hardware schematics and troubleshooting documentation.

Responsibilities

• Modify existing high-voltage control modules to incorporate additional power supply sources for experimental research.
• Collaborate with multidisciplinary teams to design and implement hardware adjustments, including PCB layout and circuit modifications.
• Troubleshoot and debug high-voltage electronic systems, ensuring safety compliance and operational stability.
• Assist in developing control algorithms and interface modifications via existing digital-to-analog control pathways.
• Conduct testing and validation of hardware prototypes within high-voltage environments, adhering to rigorous safety protocols.
• Document design changes, testing procedures, and system performance for technical reports and future reference.

• Education: Bachelor’s degree or higher in Electrical Engineering or a related field.
• Experience: 8+ years in Electrical Systems Design and Development, specifically for complex capital equipment (e.g., Additive, Semiconductor, or Video Display).
• Technical Expertise: Extensive experience in ECAD (AutoCAD or SolidWorks Electrical) and Mechanical CAD for control panel layout and cable routing.
• Systems Knowledge: Deep understanding of Automation Control Networks, PLCs, Motion Control, AC/DC Power Distribution, and Machine Safety/Compliance Standards.
• Standards & Lifecycle: Proficiency with IEC 81346-1 and experience using PLM/PDM software (e.g., SolidWorks PDM, Propel, Arena, or Agile).
• Hands-on Capability: Proven track record in prototyping, troubleshooting, and installing complex industrial hardware; willing to work "hands-on" for system integration.
• Soft Skills: A "take-charge" attitude with the ability to work independently in a fast-paced, disruptive technology environment.
• Nice to Haves: Experience with EtherCAT, IO-Link, Metal AM, Risk Analysis (FMEA/ISO12100), and Quality Standards (ISO9000/AS9100).

• Electrical Design & Documentation: Design and document electrical systems, including industrial control panels, wire harnesses, and complex cable routing; maintain System Interconnect Diagrams.
• Validation & Testing: Propose specifications and create comprehensive test plans for system-level integration, validation, and troubleshooting.
• Lifecycle Management: Lead End-of-Life (EOL) and obsolescence projects; manage BOMs, drawings, and procedures to release designs into production.
• Supply Chain Support: Collaborate with suppliers and contract manufacturers for prototype development and the outsourcing of electrical assemblies.
• Continuous Improvement: Drive New Product Introduction (NPI) initiatives to enhance system performance, reliability, and ease of manufacturing.
• Cross-Functional Leadership: Provide electrical expertise to hardware, software, and field service teams; manage projects from initial concept through to production.
• Quality & Compliance: Participate in MRB activities for material disposition and manage Engineering Change Orders (ECOs) through the CCB process.
• Field & Factory Support: Oversee the fabrication, installation, and repair of electrical systems to ensure long-term product quality.

• 5+ years of experience in quality assurance within a mechanical manufacturing environment; background in aerospace, medical, machining, or assembly 
• Experience with ITAR-regulated products or a similarly controlled manufacturing environment preferred
• 2+ years of experience managing or mentoring quality staff
• Proficiency in MS Office 365 with strong Excel skills; ERP experience required
• Working knowledge of CpK, AS9100, and IPC standards; experience hosting and conducting audits required
• Hands-on experience with inspection tools including CMM, micrometers, calipers, ID micrometers, screw gauges, and pin gauges required
• Strong written and verbal communication skills with the ability to present findings clearly and concisely

• Lead AS9100 audit preparation and QMS activities including contract and PO quality reviews, customer source inspections, exceptions, waivers, and product deviations
• Develop and mentor the quality team, promote lean practices, and partner with leadership to drive a quality-focused culture upstream into suppliers, design, and in-process controls
• Analyze quality data to identify trends, drive corrective actions, and report monthly KPIs including supplier rejects, failure trends, and customer returns
• Improve quality systems and inspection processes by analyzing data, refining metrics, and developing Cpk capability measures to strengthen MRR, IMRR, RMA, and CAPA reporting
• Support supplier onboarding, qualification, and performance improvement by reducing incoming defects, setting pre-inspection expectations, and driving dock-to-stock readiness
• Execute improvement plans across supplier quality, internal inspection processes, waste reduction, and risk-based inspection reduction where process stability data supports it
• Engage key customers and suppliers to understand quality requirements, supplier capabilities, and how the supply base supports customer expectations
• Independently perform the full Quality Manager role including ERP and e-SPC record management, product knowledge development, failure analysis, and root cause investigations
• Actively collaborate with cross-functional teams through daily stand-ups, staff meetings, and ongoing communication to ensure quality, compliance, safety, and operational excellence

• Hands-on experience within the semiconductor capital equipment industry or an equivalent technical field.
• Proficiency operating high-performance test equipment including oscilloscopes, spectrum analyzers, network analyzers, and Hi-Pot testers.
• Expertise in component-level printed circuit board assembly (PCBA) rework, including surface mount and through-hole soldering.
• Demonstrated ability to independently troubleshoot printed circuit boards utilizing engineering schematics and electrical block diagrams.
• Competency in building complex wire harnesses using industrial connectors from Harting, Molex, CPC, and multi-pin DSUB formats.
• Experience with industrial electrical installations up to 480VAC three-phase wiring, including contactors, circuit breakers, and torque specifications.
• Mechanical aptitude using sheet metal prototype fabrication tools to modify enclosures for internal component and bulkhead mounting.

• Manage laboratory asset tracking and calibration schedules for several hundred pieces of electrical equipment using RFID systems.
• Execute circuit board modifications including jumper wires, dead-bug integrated circuit installations, and specialized potting or epoxy applications.
• Fabricate custom cable assemblies, perform proper wire shield terminations, select appropriate wire gauges, and install heat-shrink tubing.
• Build prototype engineering enclosures by drilling, cutting, and installing panel-mounted status LEDs, EMO circuits, and circuit breakers.
• Assist engineering teams with hardware experiments utilizing environmental thermal chambers, custom test fixtures, and component cycling profiles.
• Maintain laboratory safety standards, coordinate workspace layouts, stock shared components, and manage the equipment check-in process.

• Bachelor’s or Master’s degree in Mechanical Engineering, Thermal Engineering, or a closely related field.  3+ years of hands-on experience in thermal engineering or a thermal-focused FAE role.
• Specific experience in liquid cooling for servers or high-performance computing (HPC) is a major plus.
• A solid grasp of thermal fundamentals, including heat transfer and fluid dynamics.
• Strong command of thermal simulation software (Icepak, FloTHERM, or FlowEFD).  Proficiency in CAD software (Creo and AutoCAD).
• Strong communication skills to explain complex technical concepts to both technical and non-technical stakeholders.
• Demonstrated experience working directly with customers, advising in design and DFM/DFA
• Ability to work independently and manage multiple concurrent projects in a fast-paced environment.
• Must be willing to travel to customer sites as needed to provide on-site support and foster technical relationships.
• Must be fluent in Mandarin

• Act as the critical link between Sales, R&D, and Manufacturing teams to ensure customer needs are accurately translated into internal solutions.
• Lead the technical integration of advanced liquid and air-cooling solutions into customer system architectures
• Utilize industry-standard tools (FlowEFD, FloTHERM, or Icepak) to perform detailed thermal simulations and validate performance.
• Act as the critical link between Sales, R&D, and Manufacturing teams to ensure customer needs are accurately translated into internal solutions.
• Support the full product lifecycle, including EVT, DVT, and PVT phases. You will perform on-site debugging and failure analysis to identify root causes.
• Review customer system architectures and provide expert assessments on thermal feasibility and optimization
• Attend customer meetings and travel to facilities for hands-on technical discussions and hardware troubleshooting

• BS in Engineering with 8+ years of experience, or MS with 6+ years of experience in the medical device industry

• Deep background with single-use devices and consumables

• Expertise in pilot and production line setup and validation in controlled environments

• Knowledge of FDA QSR, ISO 13485, and MDD/MDR compliance

• Deep understanding of GMP, GDP, and Design Control procedures

• Experience with ERP, MRP, and documentation control systems

• Familiarity with contractual frameworks including supply, services, and non-disclosure agreements

Responsibilities:

• Oversee production builds for single-use devices and consumables, managing both in-house activities and contract manufacturing relationships to ensure compliance with product plans and regulatory requirements.

• Coordinate cross-functional operations project teams from early conceptualization through clinical testing, managing schedules, timelines, and budgets.

• Partner with supply chain to track inventory, raw materials, and component requirements per the planned build schedule, maintaining accountability for all issued materials.

• Conceptualize and implement manufacturing improvements, tooling, and process technologies to decrease manual operations, improve repeatability, and increase yields.

• Collaborate with R&D and Quality to select suppliers, author manufacturing SOPs, and develop Manufacturing Process Instructions (MPIs), Lot History Records (LHRs), and Device History Records (DHRs).

• Conduct time studies, define in-process testing parameters, and lead continuous improvement projects with Quality personnel to resolve yield and compliance issues.

• Education: Bachelor’s Degree in Electrical Engineering (BSEE), Computer Engineering, or a related technical field. 5+ years of hands-on experience in a senior technical role (Test Engineering) - embedded systems, PCB’s design and electronics manufacturing.
• Test experience - StandardsBoundary Scan (JTAG), In-Circuit Testing (ICT), Functional Test (FCT), PXI/LXI instrumentation, Analog & Digital components (TTL/LS, CMOS, LSI).
• Embedded Bus ArchitecturesVMEbus, VPX, CompactPCI (cPCI), PMC/XMC, ISA/PCI. Programmable Logic (FPGAs/CPLDs) and their application on Printed Circuit Assemblies (PCAs).
• Experience with PCB Layout tools for designing test fixtures and adapters.
• Strong programming skills in C/C++ and LabVIEW. Hardware Tools Oscilloscopes, Logic Analyzers, Spectrum Analyzers, Digital Multimeters (DMM).
• Comfortable working across diverse Operating Systems, including Legacy OS (DOS, Solaris, VxWorks) and modern platforms (Windows, Linux).
• Problem Solving: Proven ability to troubleshoot "orphaned" technology and act as the final point of escalation for complex technical failures.

• Automated Test Development: Design and implement Automated Test Equipment (ATE) systems for legacy embedded boards using modern hardware and software interfaces.
• Systems Integration & Debugging: Perform deep-dive debugging at both the component and systems level, particularly for product migrations where intellectual property (IP) or documentation may be incomplete.
• Hardware Adaptation: Develop custom test adapters and specialized hardware interfaces to facilitate the testing of complex, multi-generation circuit assemblies.
• Root Cause Analysis: Adapt and refine test programs to capture elusive failure modes reported by customers that standard manufacturing tests may miss.
• Project Lifecycle Management: Deliver engineering projects on schedule and within budget, ensuring seamless hand-offs to the production team.
• Technical Support: Serve as a subject matter expert for Sales and Business Development, assisting with new product acquisitions and investigating solutions for constrained or obsolete parts.

• BS in Electrical Engineering, Optics, Applied Physics, or related field
• 10+ years of experience designing analog and mixed-signal electronic circuits
• Expertise in precision, low-noise sensing and signal processing with integration to embedded microcontrollers
• Strong background in optical transceivers and data networking applications
• Hardware design experience including digital peripherals, analog instruments, switching supplies, CAN, RS232, USB, I2C, SPI
• Circuit design and simulation proficiency (OrCAD, LTspice, pSpice) and PCB layout tools
• Firmware development experience with embedded microcontrollers in C, Basic, or Wiring
• Self-starter with ability to work independently in early-stage startup environment with minimal supervision
• Experience with free space optics or optical communication systems preferred

Responsibilities:

• Design and develop analog and mixed-signal electronic circuits for next-generation optical transceiver systems eliminating fiber optic requirements
• Integrate custom circuitry and off-the-shelf components for optical communication and free space optics applications in data center environments
• Develop signal conditioning, differential measurement, filtering, noise reduction, and EMI control solutions for optical transceiver systems
• Design and implement firmware for embedded microcontrollers including diagnostics, auto-calibration, and system control
• Create product designs considering development time, manufacturability, usability, and field support for early-stage commercialization

• Bachelor Degree in electrical engineering preferred
• Semiconductor capital equipment experience a plus
• Electrical Wire Harness and Cable Designs
• Experience with Zuken E3 Cables (preferred but not a must)
• Knowledge of IPC-620
• Experience reading schematics, wiring and interconnect diagrams
• Drafting experience: understanding of dimensioning and different view projections

Responsibilities:

• Create Bill of materials (BOM)
• Create cable drawing and Schematics
• Design Wire harness assembly
• Support Electrical engineers with cable harness designs
• Coordinate with Electrical engineering and mechanical engineering team to ensure products meets requirements
• Create manufacturing documents in E3 Zuken CAD software including cable and wire harness assemblies, interconnect diagrams, electronic schematics and wire list

Responsibilities:

• Using Allegro to design multilayer Printed circuit boards
• Route mix signal boards
• Create BOM 
• Maintain component library
• Resolve PCB design issues with fabrication and manufacturing vendors
• Conduct design feasibility studies to evaluate the PCB design goals for packaging, cost, manufacturing and system performance
• Create Schematics in OrCad

• Interface with customers and understand their equipment and systems requirements
• Act as the Subject Matter Expert and educate customers on client offerings
• Must be able to flawlessly interface with Engineering, Sales, Supply Chain, and upper management
• Generate new business and Identify new opportunities and customer sites.  They will be penetrating into different groups that do not need RF but would need Power Supplies 
• Role will be working at Customer site at least 50% of the time

• BSME - 10+ years in Semiconductor equipment, material handling, automation and robotics (solar and disk drives)
• SolidWorks, EPDM, Documentation, GD&T, Tolerance Stack-Up
• Strong hands-on experience testing, characterization, troubleshooting of complex automation equipment
• Experience in developing and documenting test procedures, test data, SOP’s, best practices
• Strong familiarity in mechatronics/automation design (motor sizing, actuator design, sensor selection, etc.)
• Industrial automation and control systems (VFD and servo drives, multi-axis robots, PLCs) a plus
• Experience with optics, lasers, x-rays, lenses a plus

• Perform hands-on testing, troubleshooting, and root-cause analysis across predominantly Mechanical, but also Electrical and Controls domains.
• Define critical aspects of machine performance and develop corresponding tests and tuning methods.
• Collaborate with cross functional teams – including mechanical, electrical, optical, and software engineers to resolve integration and performance issues.
• Develop and execute detailed hardware test procedures – from subsystem acceptance tests to system-level validation – ensuring performance meets design and reliability requirements.
• Collect, analyze, and interpret test data, identifying trends, deviations, and opportunities for design or process improvements.

• BS/MS/PhD in Electrical Engineering or RF Power Engineering with 10+ years of experience
• Multi-kilowatt High Power RF experience from 1 to 60 MHz
• Strong understanding of Transmission Line theory, impedance matching, RF measurements, and calibration techniques
• Experience with analog and digital circuits, computer control networks, and hardware/software interactions
• Proficiency with electrical measurement equipment (DMM, LCR, Network Analyzers, Hi-Pot, Oscilloscopes, TDR, Spectrum Analyzers)
• Working knowledge of SPC, Cpk, DOE, GR&R, 5-Why, 8D, and Ishikawa diagrams
• Familiarity with electrical and manufacturing standards (SEMI S2, OSHA, ISO9000/14000, RoHS, UL, IEEE, MIL, IPC 610/620)
• PCB assembly, inspection, and test experience preferred
• Practical lab and experimental experience with strong communication and presentation skills

Responsibilities:

• Apply skills and experience with semiconductor manufacturing and equipment to technical and quality problems encountered in product life cycle with special attention to new product introduction
• Apply experience with industrial Quality Systems, Engineering Design & Documentation, Product Qualification, Change (EC) Processes, and Problem Solving to product and component life cycles
• Perform Program/Project and Supplier Management roles with emphasis on problem-solving analysis and improvements in manufacturing and test processes
• Define, review, and improve Supplier's Root Cause & Corrective Action (RCCA), Supplier's Quality Systems, and Processes of Record (POR)
• Lead structured problem-solving in Cross-Functional Teams (CFT) and support industrial systems life cycle from specification through product support

• Bachelor's degree in Electrical Engineering or related field
• 2+ years of professional experience in hardware development or embedded systems design
• Experience with schematic capture and PCB layout for multi-layer boards
• Experience with microcontroller-based system design (ARM Cortex-M, MSP430, or similar) and standard digital interfaces (I2C, SPI, UART, USB)
• Hands-on experience with board bring-up, debugging, and rework on high-density designs (0201, BGA, etc.)
• Proficient with standard lab equipment (oscilloscopes, logic analyzers, multimeters, power supplies, soldering equipment, hot-air rework stations)
• Proficiency with Altium Designer
• Experience with designs including battery management, Bluetooth LE, high-voltage circuits, and analog design
• Experience working in medical device development or highly regulated industry (aerospace, automotive)
• Familiarity with EMI/EMC best practices and certification processes (FCC, CE, UL)
• Basic proficiency in Python for test automation or C/C++ for firmware modifications
• Experience transitioning designs to manufacturing and applying DFM best practices

Responsibilities:

• Drive electrical design of embedded systems including component selection, schematic capture, and PCB layout for multi-layer, high-density boards
• Work at all stages of product development process from exploration and prototyping to detailed design, testing, and ramping to mass production
• Collaborate closely with mechanical, firmware, and senior electrical engineers on system architecture and integration
• Ensure design quality and meet medical device regulatory requirements with clear documentation and robust testing
• Support manufacturing and sustaining engineering by improving designs for reduced cost or improved manufacturability, and assist with failure analysis

• Associate or Bachelor’s degree with 2 to 4 years of experience in inventory control or supply chain.
• Proficiency in SAP for order execution and supply versus demand analysis.
• Advanced Excel skills including the use of Pivot Tables and VLOOKUP functions.
• Demonstrated ability to execute tasks accurately and quickly within tight lead-times.
• Experience in administrative data management and maintaining records within an ERP system.
• Competency in managing intercompany transfer activities for non-BOM materials.
• Strong communication skills for collaboration with requestors and planning teams.

Responsibilities:

• Support spare parts usage for Non-BOM intercompany transfers across HVM, Pilot, and Rapid Prototype Materials teams.
• Collaborate with requestors and planning teams to manage and execute inventory transfer requests within required lead-times.
• Oversee administrative tasks to route the flow of materials between departments to meet scheduled commitments.
• Provide clerical support for spare parts activities including maintaining files, application access, and data records.
• Maintain documentation pertaining to the usage of internal spare materials and perform other duties as assigned by management.

• Bachelor's degree in Computer Science, Electrical Engineering, Computer Engineering, or related field
• 5+ years of experience in embedded software development
• Strong proficiency in C++17, Qt, and QML for HMI implementation and backend integration
• Embedded Linux target experience including deployment, debugging, system settings, services, networking, and storage
• Protocol and hardware-adjacent debugging experience (SIP communication, sensors, firmware updates, export paths)
• Testing and documentation discipline for regression testing, release readiness, onboarding, and maintainability
• Yocto and device tree experience for image builder, display, USB/network/system work
• PIC firmware experience for SIP update and sensor-side understanding
• Git and repo maintenance experience with CI/CD and debugger tools
• Strong problem-solving and debugging skills
• Excellent communication and collaboration skills

Responsibilities:

• Develop and maintain HMI applications using C++17, Qt, and QML for embedded software of manufacturing tools
• Deploy, debug, and maintain embedded Linux target systems including system settings, services, networking, and storage
• Debug and integrate protocols and hardware including SIP communication, sensors, firmware updates, and export paths
• Implement testing and documentation practices to ensure regression testing, release readiness, and system maintainability
• Work with Yocto build systems and device trees for image building, display configuration, and system integration

• 1–3 years of experience in a manufacturing, assembly, or production technician role
• Demonstrated experience with manual assembly, including adhesive/gluing processes
• Basic wiring and cable assembly experience
• Familiarity with quality inspection methods and use of standard measuring instruments
• Ability to read and interpret engineering drawings, BOMs, and work instructions
• Strong attention to detail with a quality-first mindset
• Good manual dexterity and ability to work with small components

Responsibilities

• Perform manual assembly of parts and sub-assemblies in accordance with engineering drawings and work instructions
• Apply adhesives and sealants using established gluing procedures, ensuring correct coverage and cure times
• Carry out simple wiring tasks including routing, connecting, and securing wiring harnesses or cable assemblies
• Perform basic soldering as required on applicable assemblies (through-hole and/or surface-mount components)
• Follow standardized assembly sequences to maintain consistency and production efficiency

• BSME
• Currently using OnShape,  Will look at candidates that has experience with SolidWorks or Creo
• Experience with industrial equipment designs (any experience with equipment in harsh environments would be plus)
• Experience designing Mechanisms, Actuators, End Effectors, and motion controls
• Experience designing large weldment with structural supports
• Experience with industrial robot arms, and large electromechanical systems and heavy machinery

Responsibilities:

• Design robotic system with includes end effectors, Motors, and gantry arms
• Redesign current product to increase yield and production and limit down time.
• Integrate sensors and cables in automation system
• Must be a self starter and no hand holding.  This is a start up environment

• 3+ years of hands-on experience as an Electrical Technician or similar role (or equivalent practical experience)
• Experience operating or supporting high-power/high-voltage test setups and validation activities
• Strong hands-on experience with PCB assembly and rework (SMD and through-hole)
• Basic ability to interpret schematics and wiring diagrams to support PCB rework and electrical assembly
• Experience using multimeters and power supplies
• Practical mechanical skills including drilling, tapping, cutting, and general assembly
• Demonstrated ability to work in fast-paced prototyping or lab environment
• Comfortable supporting engineers in development, testing, and iteration of hardware systems
• Comfortable working around high-voltage/high-power systems (training provided)
• Organized, detail-oriented, and able to maintain clean and efficient workspace
• Proactive with good time management and communication skills
• Experience with fine-pitch components (QFN, QFP, BGAs), fine jumper wires, and dense PCB rework preferred
• Familiarity with busbar assembly and high-current hardware integration preferred

Responsibilities:

• Perform SMD soldering and rework (down to 0402 and fine-pitch components) and soldering of large-gauge wires and components with high thermal mass (heavy copper PCBs, large through-hole pins)
• Build and wire electrical panels, test fixtures, and cable assemblies from drawings and documentation
• Work in high-voltage, high-power electronics prototyping lab alongside electrical, mechanical, and test engineers
• Assemble mechanical structures, enclosures, and prototype hardware, and perform basic fabrication tasks (drilling, tapping, cutting, deburring)
• Operate high-voltage (>1 kV) and high-power (>10 kW) test equipment safely, support hardware testing and bring-up, and maintain organization of lab space, tools, and parts inventory

• Hands-on fabrication experience — mill, lathe, drill press, 8020, and general woodworking
• Mechanical assembly experience in a structured shop or manufacturing environment
• Strong attention to detail and commitment to quality and craftsmanship
• Familiarity with basic metrology and inspection tools
• Proficient in Google Workspace or equivalent documentation tools
• Self-directed with the ability to follow through on tasks with minimal supervision

Nice to Have

• SolidWorks — ability to read models and drawings
• Electrical controls or low-voltage panel wiring
• Fine detail assembly experience
• Medical device or regulated manufacturing background

• Support Shipping of new products 
• Ensure the consistent and adequate supply of materials necessary for production
• Determining the required materials and generating purchase orders.
• Ensuring the consistent and adequate supply of materials necessary for production
• Communicate any delivery issues related to build schedules
• Maintain relationship with Program Management, Engineering, suppliers and customers

• Bachelor's degree or higher in Mechanical or Electrical Engineering or equivalent
• 3-5 years of experience in factory automation, mechatronics, or integration sales
• Hands-on experience with AC servo motor sizing, tuning, and product recommendation
• Basic PLC/amplifier programming knowledge (IEC 61131-3)is helpful
• Familiarity with CAD/CAM tools, preferably SolidWorks
• Strong communicator with project management and CRM tool experience

Responsibilities

• Work with Account Managers to meet annual sales budget and develop tactical plans to achieve divisional sales goals
• Identify, develop, and grow strategic customer relationships to increase market share
• Serve as the primary technical and sales contact for assigned accounts — covering product selection, quoting, qualification, and startup support
• Provide system-level, solution-based sales support including project and account management
• Submit timely and accurate monthly account reports and collect technical marketing data

• 3+ years of hands-on CNC machining experience; Associate's degree or certificate in Machining/Manufacturing preferred, equivalent experience accepted
• Proficient operating CNC mills and/or lathes (Fanuc, Haas, Mazak, DMG-Mori, or equivalent)
• Able to read engineering drawings and GD&T; experience with CAM software (Mastercam, Fusion 360, or similar)
• Strong understanding of tooling selection, speeds/feeds, work-holding, and precision measurement tools (micrometers, calipers, CMM)
• Knowledge of ISO 9001 or AS9100 quality systems preferred; ability to work independently and lift up to 50 lbs

RESPONSIBILITIES:

• Set up and operate 3-, 4-, and 5-axis CNC mills and turning centers; load, edit, and optimize programs at the control or via CAM
• Select tooling and fixturing, perform offsets, and complete first-article inspections before full production runs
• Inspect finished parts to spec, document deviations, and resolve non-conformances; support FAI and customer audits
• Create and prove out new CNC programs; recommend process improvements and provide DFM feedback to engineering
• Perform routine machine maintenance, adhere to 5S and safety protocols, and report malfunctions promptly
• Complete production travelers and inspection records; mentor junior machinists and communicate priorities to the supervisor

• Master’s degree in Mechanical Engineering, Electrical Engineering or related education
• Guarantee compliance with global certification standards (UL/IEC, EMC/EMI, FCC, CE, etc.).
• 10+ years of experience in hardware product development and leadership managing various engineering teams
• Deep technical fluency in at least two of the following: Electrical/PCB Design, Firmware/Embedded Control, or Mechanical Integration (Injection molding/stamping).
• Strong knowledge of power electronics, embedded hardware, electronics packaging, communications, & mechanical integration
• Experience managing global teams (Brazil & India)
• Previous track record of releasing high-volume industrial hardware products

• Familiarity with reliability engineering and environmental validation processes

Responsibilities:

• Scale and mentor a multi-disciplinary hardware group (EE, ME, and Power Electronics) to meet the demands of a rapidly expanding global market

• Drive DFM/DFT standards to ensure products are scalable for massive production volumes while maintaining strict reliability in harsh environmental conditions

• Own system-level hardware architecture and ensure alignment with product strategy

• Work closely with Product Management to translate market needs into technical specifications.

• Collaborate with Firmware, Software, Systems Engineering, quality, Supply Chain, and Operations teams.

• Engage with suppliers & contract manufacturers to ensure design quality and manufacturing excellence

• 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

• Develop, implement, and maintain robust manufacturing processes for composite parts, focusing on maximizing efficiency, quality, and cost-effectiveness. This includes techniques such as lay-up, curing (autoclave/oven), trimming, and assembly
• Provide technical support and daily direction to production personnel. Lead root-cause analysis for production issues, including non-conformances related to materials or processes, and implement sustainable corrective actions.
• Drive continuous improvement initiatives, leveraging tools like Statistical Process Control (SPC)
• Recognizes, implements, and troubleshoots tools by providing root cause and corrective actions (RCCA) to problems associated with impregnation or batch mixing manufacturing processes.

• 10+ years of software engineering experience, with at least 5 years in an architecture or technical leadership role
• Bachelor's or Master's degree in Computer Science, Engineering, or related field
• Strong knowledge of modern programming languages and object-oriented design
• Experience with microservices, APIs, containerization (Docker, Kubernetes), and distributed systems
• Familiarity with cloud-native, event-driven, and microservices architectures
• Experience with secure coding, identity management, and compliance frameworks
• Familiarity with DevOps practices, CI/CD pipelines, and infrastructure as code
• Ability to perform cost-benefit analysis and build business cases
• Experience with motion/robotics, real-time operating systems, and event-driven architecture preferred

Responsibilities

• Collaborate with and encourage teammates toward shared goals
• Gather and analyze requirements, prototype quickly, and support colleagues and customers with your expertise
• Design end-to-end solutions that meet business, regulatory, and performance needs; define standards, coding practices, and design patterns across teams
• Drive key architectural decisions, evaluate emerging technologies, and translate complex concepts into clear strategies for cross-functional teams
• Coach and mentor engineering teams, fostering a culture of continuous improvement and technical excellence

• 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

• 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

• 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

• Experience in instrumentation, measurement, control, and /or troubleshooting
• 5 years’ experience with a demonstrated understanding of calibration methodology, loop-checking, advanced maintenance and repair of instrumentation
• Familiar with automation, process control systems, and troubleshooting
• Working knowledge of schematics, P&ID drawings, and ISA symbols & numbering
• Strong written and verbal communication skills, detail orientation and the ability to work independently or within a team environment
• Ability and willingness to maintain accurate records
• Ability and willingness to maintain accurate records
• Demonstrated ability to learn and apply all relevant Work Instructions and Standard Operating Procedures and other regulatory requirements
• Attention to detail, safety, quality and customer requirements
• Demonstrate a high level of personal motivation and initiative
• Ability to adapt and be flexible with daily work assignment changes as well as a continuously improving work environment

• Provide technical support, support the coordination of work activities, and follows established priorities within a team to ensure customer service needs are met
• Trouble shoot across all site automation technologies
• Resolves issues and improves operations by making necessary logic changes, recommending, and executing equipment upgrades, and assists in developing new processes and procedures
• Perform calibrations and associated corrective actions on production, facility, and utility equipment
• Maintains equipment by providing troubleshooting to ensure equipment performance is reliable and meets expectations
• Adjust, repair, and replace components (sensors, cables, connectors, control boards, etc.), but also perform independent analysis of communications and configuration of systems and controllers 
• Perform preventive, corrective, or emergency work orders and respond to service calls while the plant is in operation, which may include off-shift periods and weekends
• Assist in the review of PLC or HMI program logic during certifications or troubleshooting to better understand deviations from proper operation
• Develop or update machine logic and execute test protocols either independently or developed by Engineering and under their direction, depending on the complexity for the scope
• Maintain primary, secondary and/or working calibration standards
• Review calibration data sheets for departmental calibration standards to ensure standards are within manufacturer's stated tolerances 
• Identify out-of-tolerance conditions and communicate results as required by SOP
• Execute test protocols developed by self or others (Reliability and/or Engineers) in support of the qualification of new and existing equipment
• Consult with Engineer/Reliability, vendor, or project manager on results and feedback.  This may include support for Factory Acceptance Testing (FAT) or Site Acceptance Testing (SAT) and related travel.  
• Work independently or with Reliability and Engineers on projects and improvement initiatives to ensure equipment meets site standards
• Review project designs and make recommendations for automation, measurement equipment, or calibration standards
• Review and provide final approval (closing) on technician work orders
• Develops or guide the development of metrics and information to be used in root cause analysis (RCA) meetings
• Actively participate in and RCA meetings to identify and resolve calibration and equipment issues on a real time basis and improve business performance