Top Process Engineer Jobs

Develops, implements, supports, and improves manufacturing processes, tooling, programming, and testing. Resolves production and quality issues, improves first-pass yield and efficiency, supports capital equipment projects, coordinates engineering activities, and maintains process documentation. The role interfaces with production, project engineering, customers, and internal departments while ensuring compliance with ISO procedures, ESD policies, and company quality standards in an electronics manufacturing environment.

The Process Engineer at Prysmian is responsible for planning and directing process development in the manufacturing of specialty cables, troubleshooting production issues, and maintaining manufacturing standards.

Supports high-volume 300mm semiconductor manufacturing by improving processes, equipment operations, yields, efficiency, quality, and cycle time. Develops manufacturing methods and improvement plans, performs lot and equipment dispositions, identifies process and equipment problems, supports equipment and process startups, conducts process experiments, and participates in data analysis and resolution. The role requires a relevant bachelor’s degree and knowledge of statistical process control, engineering change control, and process release strategies.

Develop and improve CMP and wet manufacturing processes in a semiconductor fab. Support daily manufacturing execution, tool recovery, installations, qualifications, excursion containment, material disposition, process experiments, and ramp activities. Analyze data, resolve process and equipment issues, improve yield, efficiency, quality, and cost, and create operational best practices and documentation. Train technicians and junior colleagues while collaborating across teams to address changing fab priorities.

Drive semiconductor manufacturing process improvement for CMP, wet, and YE process tools in a high-volume 300mm wafer fab. Responsibilities include qualifying new equipment, maximizing tool capabilities, improving yield and efficiency, executing startup and process experiments, performing lot and equipment dispositions, analyzing data, resolving process and equipment issues, implementing improvement projects, and training junior staff and technicians. Requires cross-functional collaboration and support for rapidly changing manufacturing priorities.

Supports development and scale-up of PVD and CVD thin-film deposition processes from R&D through pilot manufacturing. Conducts experiments and DOEs, characterizes films, analyzes data, troubleshoots equipment and processes, performs preventive maintenance, qualifies new tools, and helps stabilize production process windows. The role also documents experiments and procedures and collaborates with device fabrication, characterization, and equipment teams on solar module development.

Design, optimize, and document semiconductor and display manufacturing processes. Collect and analyze experimental data, perform hardware characterization and root-cause analysis, measure film properties, troubleshoot complex issues, engage with customers, partner with vendors, implement new technologies, and mentor junior engineers while leading project teams as needed.

Leads process engineering projects from engineering changes through new line installation and mass production. Responsibilities include new product introduction, capacity and cycle-time studies, equipment specification and procurement, line support, automation feasibility, machine optimization, root-cause analysis, and process documentation for IATF certification. Collaborates with Production, Engineering, and Product Design to improve quality, productivity, and efficiency.

Develop and optimize clinical production processes for medical imaging analysts. Establish operational metrics, design scalable workflows, and drive continuous improvement while collaborating with 3D CT analysts, Clinical QA, Software QA, and Product Management. Support quality, compliance, and clinical operations as the company scales and commercializes its software-as-a-medical-device products.

Provides technical support for manufacturing processes and equipment at an Indianapolis food production plant. Leads process, capacity, cost, quality, and OEE improvements; supports equipment installation, maintenance, SOP development, personnel training, raw material trials, and process expansion. Conducts root cause analysis and corrective actions, supports food safety and regulatory compliance, reviews manufacturability, improves workflows and layouts, and supervises technical personnel.

Supports aseptic manufacturing, technology transfer, process validation, equipment qualification, lyophilization, investigations, and continuous improvement for sterile injectable CDMO operations. Leads process characterization, PPQ, media fills, contamination control, audit support, and manufacturing troubleshooting while collaborating with Quality, Validation, Facilities, Supply Chain, and client teams.

Leads process mechanical engineering designs from concept through construction, including calculations, equipment sizing, P&IDs, specifications, equipment and line lists, and technical analyses. Coordinates with clients, vendors, designers, and other disciplines; leads QA/QC, project execution, mentoring, and client reviews. Supports construction, commissioning, checkout, and startup activities. Travel averages up to 25% annually.

Provides process engineering support for chemical, refinery, or petrochemical plant projects from conception through startup. Responsibilities include process calculations, equipment and valve sizing, P&ID redlining, project scoping, cost and capital budget support, process hazard analyses, management of change, pre-startup safety reviews, troubleshooting, unit optimization, incident reviews, and operational support during upsets, shutdowns, turnarounds, and startups. The role manages multiple projects under supervision and requires availability for callouts.

Develop and improve machining processes for molybdenum products, troubleshoot shop-floor issues, support quality investigations, apply FMEA/SPC/Lean methods, document process requirements, train staff, and collaborate with Manufacturing and Quality to increase yield, reliability, and reduce costs.

Develop and improve foundry and high-speed machining processes, manufacturing methods, equipment, layouts, quality controls, and cost-reduction initiatives. Analyze production, labor, material, and process data; perform CNC programming; support capital projects; apply FMEA, DFMEA, DOE, Lean, and Six Sigma tools; coordinate equipment maintenance; and provide engineering support to manufacturing and quality teams. The role also mentors staff and technicians and ensures regulatory compliance.

Supports robotics process engineering in a hands-on startup environment. Plans, collects, analyzes, and communicates technical data; applies knowledge of materials, mechanisms, fabrication, heat and mass transfer, optics, CAD, programming, and machine shop tools. Collaborates with teammates and leadership, develops engineering practices, fulfills commitments, and grows technical competency through mentorship and initiative.

Optimize manufacturing processes and plant performance while improving safety, quality, productivity, yield, reliability, and costs. Lead continuous improvement initiatives, troubleshoot process and equipment issues, develop process engineering documentation, support production and maintenance teams, manage small capital projects, maintain MOC documentation, ensure EHSSQ compliance, and standardize best operating practices across plant operations.

Provides technical leadership for manufacturing process and asset performance. Owns process health, centerlining, critical parameters, root cause analysis, maintenance-plan execution, KPI reporting, and continuous improvement. Leads process trials, changeover optimization, safety initiatives, cost-saving projects, commissioning support, and troubleshooting. Coaches process teams and collaborates with operations, maintenance, digital, and technical services groups. Requires flexibility to support 24/7 operations and travel up to 15% for benchmarking and best-practice sharing.

Manage technical and quality aspects of titanium alloy melting processes, including Electron Beam Cold Hearth melting. Resolve nonconformances and customer complaints, maintain process instructions, establish SPC limits, support audits, and lead continuous improvement initiatives. Analyze process, chemistry, and nondestructive testing data while collaborating with operations, maintenance, suppliers, customers, and cross-functional teams to improve safety, equipment performance, conformance, and product quality.

Manage technical and quality aspects of titanium alloy melting and remelting processes. Resolve process deviations and customer complaints, maintain operating instructions and equipment recipes, establish SPC limits, support audits, and lead continuous improvement programs. Analyze process, chemistry, and testing data; evaluate alloy behavior and process changes; collaborate with operations and maintenance teams; and communicate findings through reports and presentations.

The Process Integration Engineer will develop solutions for advanced DRAM products, design experiments, optimize device performance, and manage cross-functional project activities.

Lead wet-process manufacturing engineering to improve efficiency, capacity, and reduce operational risk. Drive capacity planning, data analysis, cross-functional projects, and safety/quality initiatives using metrics and visualization tools.

PhD internship on 3D DRAM wet-process development. Contribute to process optimization, root-cause analysis, and yield improvement. Analyze experimental and manufacturing data using statistical methods and AI/data-driven approaches. Collaborate with cross-functional process and equipment teams and deliver a project presentation of findings and recommendations.

Lead process integration and technology transfer for DRAM manufacturing: run DOE, perform root-cause and failure analysis, drive yield/cost/quality improvements, validate new processes/tools/materials, and support ramp-up and reliability efforts, including extended international tech-transfer assignments.

The Process Engineer develops and optimizes manufacturing processes, collaborates with R&D and operations, improves productivity, and ensures quality compliance in a plant environment.