The Sr. Staff Integration Engineer is responsible for defining, optimizing, and sustaining end-to-end process integration flows for probe card manufacturing in a high-volume semiconductor environment.
Compensation
$163,400.00 - $214,410.00 per year
Responsibilities
Define, own, and continuously improve end-to-end process integration flows for probe card manufacturing
Ensure alignment of unit process performance to product-level electrical, mechanical, and reliability targets
Identify and manage integration risks, interactions, and trade-offs across modules
Lead integration-level yield improvement initiatives using data-driven analysis and structured problem solving
Investigate complex yield excursions, defect mechanisms, and cross-process interactions
Lead implementation and optimization of robotic welding and automation within commercial heat exchanger manufacturing, driving smart factory initiatives and continuous improvement.
Compensation
The salary range for this role is 68,900 USD - 131,100 USD.
Responsibilities
Implement robotic welding into commercial heat exchanger manufacturing
Develop process, tooling, robot paths, and standards
Perform cell layout and SAT/FAT
Participate in cross-functional automation projects
Lead machine connectivity initiatives
Requirements
Degree in Science, Technology, Engineering or Mathematics (STEM)
Nice to have: Fanuc software
Nice to have: Manufacturing processes related to plate-fin heat exchanger
Develop, configure, and support PTC Windchill PLM solutions for enterprise customers.
Compensation
Pay: $100/hr
Responsibilities
Configure and customize Windchill 13.x and 14.x, including business configuration, change management, workflows, process plans, and bill of materials management
Deploy MPMLink and Process Plans in Windchill
Integrate Windchill with downstream systems such as ERP – SAP S/4 and MES – Apriso
Develop or support Windchill technical solutions using Java, J2EE, JavaScript, and XML
Install modules, run upgrade managers, and perform other system admin tasks
Lead the design, development, validation, and sustaining of automated test equipment and manufacturing test systems for complex medical devices.
Compensation
Salary ranges for U.S (excl. PR) locations (USD):$97,000.00 - $165,000.00
Responsibilities
Lead the architecture, design, and development of automated test equipment (ATE), functional test systems, and manufacturing test fixtures for medical devices and sub‑assemblies
Design hardware test systems including custom PCBs, test fixtures, bed‑of‑nails fixtures, and electrical interface assemblies
Develop test software and firmware for automated test execution, data acquisition, and result reporting
Design and implement analog and digital signal conditioning circuits for precision measurement of device under test (DUT) parameters
Develop test systems capable of evaluating electrical, functional, mechanical, and environmental performance parameters
Lead PLM systems engineering for the Strategic Deterrent Systems division, owning digital thread strategy, roadmap, and integration across engineering, manufacturing, and sustainment.
Lead functional activities related to SAP Production Planning and manufacturing processes, acting as key interface between manufacturing business teams and SAP/IT delivery teams.
Responsibilities
Lead functional activities related to SAP Production Planning and manufacturing processes
Analyze current manufacturing processes and define SAP solutions aligned with operational requirements
Configure and support key SAP PP capabilities including MRP, MPS, Production Orders, Planned Orders, BOM, Routings/Work Centers, Capacity Planning, Shop Floor Control, Production Execution, Manufacturing Master Data
Support end-to-end manufacturing scenarios across planning, production execution, material consumption, confirmations, and finished goods receipt
Ensure effective integration between SAP PP and MM, QM, EWM/WM, PM, FI/CO and other manufacturing systems
Requirements
Bachelor's degree in Engineering, Manufacturing, Supply Chain, Information Technology, or related discipline
Nice to have: SAP S/4HANA implementation or migration experience
Nice to have: Experience in aerospace, aviation, automotive, or complex industrial manufacturing
Nice to have: Experience with SAP QM and manufacturing quality processes
Nice to have: Experience with SAP Fiori applications for manufacturing
Manufacturing Systems Software Development Engineer responsible for real‑time cleanroom automation architectures, high‑availability control software, and data‑driven factory throughput for Intel’s high‑volume manufacturing facilities.
Compensation
Annual Salary Range for jobs which could be performed in the US: $128,880.00-211,200.00 USD
Responsibilities
Serve as technical expert for AMHS performance and reliability
Maintain system uptime targets through monitoring and preventive maintenance
Design, integrate, and deploy factory automation software solutions
Debug, tune, and sustain distributed control systems
Lead new product introductions with zero operational disruption
Requirements
Bachelor’s degree in Mechanical Engineering, Electrical Engineering/ECE, Aerospace Engineering, Systems Engineering, Computer Science, or related STEM discipline
Master’s degree in the above fields
Nice to have: 2+ years semiconductor wafer fabrication experience
Nice to have: direct engineering experience with automated material handling OEM systems
Build and maintain end‑to‑end IoT and manufacturing data pipelines and applications that ingest plant‑floor data, process it, and surface it in dashboards and apps for plant stakeholders.
Responsibilities
Build and maintain end‑to‑end IoT and manufacturing data pipelines
Develop and maintain production‑facing applications: OEE dashboards, downtime trackers, quality reporting tools, and operator‑facing UIs
Build secure, event‑driven integrations between shopfloor solutions and MES, ERP, PLM, SCADA/PLC, historians, and IoT platforms
Own CI/CD pipelines, containerization, infrastructure‑as‑code, and environment promotion
Implement and maintain real‑time streaming architectures
Requirements
Bachelor’s degree in Computer Science, Engineering, Information Systems, or related technical field
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