Top Process Engineer Jobs

Leads process engineering delivery for major capital projects, supervising engineers and designers while managing scope, budget, schedule, quality, safety, estimates, design criteria, calculations, specifications, vendor information, and bid packages. Reviews and approves deliverables, coordinates interdisciplinary work, supports proposals and client presentations, mentors engineers, participates in hiring, and provides technical leadership for chemical, biochemical, petroleum, and process design projects. Travel may be required for client meetings and project activities.

Performs process engineering design for chemical, petroleum, biochemical, and manufacturing projects under close supervision. Responsibilities include process calculations, layouts, cost studies, material take-offs, design checks, vendor and construction drawing reviews, field data collection, construction support, and coordination with multidisciplinary teams. The role requires process simulation and hydraulic modeling knowledge, CAD proficiency, safety awareness, communication skills, and occasional project-related travel.

Leads business process improvement and organizational transformation initiatives. Analyzes workflows, maps processes, identifies inefficiencies, applies Lean and Six Sigma methods, evaluates performance data, recommends automation solutions, and partners with cross-functional leaders to implement scalable improvements and drive change adoption.

Leads process engineering teams and delivers complex chemical, biochemical, and petroleum engineering projects. Responsibilities include establishing design criteria, reviewing deliverables, developing estimates and schedules, producing process designs and calculations, ensuring code and safety compliance, coordinating disciplines, preparing procurement packages, supporting proposals and client presentations, mentoring engineers, and managing project scope, budget, schedule, and quality.

Supports and improves IT/OT systems in a pharmaceutical manufacturing environment. Provides 24/7 Level 1 support for SAP R/3, S/4HANA, EWM, and related applications; troubleshoots interfaces, escalates incidents, supports audits, coordinates process improvements, trains end users, and manages authorization workflows. Acts as a liaison between business stakeholders, end users, support teams, and project groups while advancing digital manufacturing processes.

Leads operational excellence and Lean transformation across multiple manufacturing sites. Drives improvements in safety, quality, delivery, inventory, productivity, and cost through value stream assessments, Kaizen, standardized operating practices, root-cause analysis, and Six Sigma. Partners with global site leaders and cross-functional teams, uses performance data to prioritize initiatives, coaches teams and leaders, and replicates successful improvements across the manufacturing network. Requires international travel of 25%–40%.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, and troubleshooting. The role performs root-cause analysis, prepares technical documentation, engages with customers, partners with vendors, implements new technologies and instrumentation, and supports junior colleagues and project teams.

Leads semiconductor process and materials development using ALD technology, defining the TEPHRA roadmap and driving process optimization, validation, technology transfer, and commercialization. Provides technical leadership across R&D, engineering, manufacturing, applications, sales, and customers; supports semiconductor integration, characterization, customer engagements, intellectual property, and team mentorship. The role operates in laboratory, cleanroom, and manufacturing environments and requires occasional travel.

Leads process engineering projects for chemical and industrial clients from inception through construction. Responsibilities include engineering studies, reports, calculations, PFDs, P&IDs, equipment specifications, procurement support, process deliverable review, bid packages, multidisciplinary coordination, contractor and vendor collaboration, and field work. The role requires mechanical engineering expertise, PE licensure or progress toward licensure, industrial process experience, and familiarity with process simulation, utility systems, building codes, chemical storage, and wastewater treatment.

Supports chemical and food/beverage industrial process engineering projects from concept through construction and commissioning. Responsibilities include engineering studies, calculations, PFDs, P&IDs, equipment selection and specifications, sanitary CIP/COP design, process-layout reviews, vendor and field installation reviews, bid packages, and site surveys. The role coordinates with multidisciplinary teams and requires up to 30% travel for facility and construction support.

Leads process engineering projects from concept through construction for chemical and industrial clients. Develops PFDs, P&IDs, process calculations, equipment specifications, procurement documents, bid packages, and engineering reports. Coordinates multidisciplinary teams, reviews deliverables, supports contractors and vendors, performs field work, and provides client-facing technical support. The role also involves utility systems, chemical storage requirements, industrial wastewater, dust collection, and process simulation.

Supports chemical and food or beverage industrial projects from concept through construction and commissioning. Develops process flow diagrams, piping and instrumentation diagrams, calculations, equipment specifications, procurement packages, and engineering deliverables. Coordinates with multidisciplinary teams, vendors, contractors, and clients; reviews submittals and field installations; and supports sanitary design, GMP compliance, utility systems, site surveys, tie-ins, construction, and startup. Travel to operating facilities may comprise up to 30% of the role.

Leads operational excellence across Honeywell’s global manufacturing network by deploying Lean and Six Sigma practices, standardizing operations, improving safety, quality, delivery, inventory, productivity, and cost performance. The role facilitates Kaizen events, value stream assessments, root-cause problem solving, and cross-functional transformation initiatives while coaching site leaders and sharing best practices across locations. It is based in Arvada, Colorado, follows a hybrid schedule, and requires 25%–40% international travel.

Supports operation, optimization, troubleshooting, validation, and continuous improvement of biologics manufacturing processes and equipment at a monoclonal antibody facility. Provides technical expertise for manufacturing operations, cGMP compliance, investigations, CAPA, data analysis, process validation, change control, and capital projects. Collaborates with Manufacturing, Quality, and Engineering teams while supporting equipment design, installation, commissioning, qualification, and validation.

Own manufacturing processes and scale interceptor production from development builds to high-rate manufacturing. Develop assembly processes, work instructions, tooling, equipment, inspection requirements, and process controls. Apply DFMA and PFMEA to improve producibility and reduce risk. Support technicians, resolve build issues, investigate nonconformances, train operators, and coordinate corrective actions across design, quality, and test teams.

Process Engineer Intern will gain hands-on manufacturing experience while supporting production teams with Lean improvement projects. Responsibilities include analyzing production data, identifying bottlenecks and root causes, improving standard work and material flow, supporting safety and productivity targets, and coordinating cross-functional solutions with production, quality, maintenance, materials, and engineering teams.

Develops and improves SMC molding processes, materials, molds, tooling, and production equipment. Conducts molding trials, product testing, dimensional and surface evaluations, and process documentation. Tracks material quality, scrap, output, and corrective actions while coordinating with suppliers, mold shops, maintenance, R&D, and production teams. Manages mold maintenance requirements, quotations, purchase requests, purchase orders, and status reporting.

Develop, validate, and improve electronic assembly and automation processes (PCBA/SMT). Lead NPI, process validation, SPC/DOE analyses, equipment qualification, automation and inspection implementation, root-cause troubleshooting, and continuous improvement to improve yield, reliability, cost, and on-time delivery.

Develops, optimizes, tests, and improves industrial manufacturing processes and centrifuge systems. Responsibilities include Lean and Six Sigma continuous improvement, process control, capability studies, cost reduction, simulations, prototyping, product testing, technical documentation, and production support. Collaborates with manufacturing, quality, and marketing teams while ensuring safety and industry compliance. The role requires a bachelor's degree, manufacturing or process engineering knowledge, a valid driver's license, and at least 50% travel.

Lead development, validation, and continuous improvement of electronic assembly and automation processes (PCBA/SMT). Own NPI, process documentation, SPC/DOE analysis, equipment/programming, automation/vision systems, Lean/Six Sigma projects, and cross-functional problem solving to improve yield, reliability, cost, and on-time delivery in a fully on-site manufacturing environment.

Serves as a technical liaison supporting new product introduction, production ramp, and stable, high-yield microelectronics manufacturing. Collaborates with design, test, quality, reliability, and program engineering teams to meet production goals. Documents technical work and best practices, communicates data to stakeholders, resolves complex technical issues, and provides technical direction to manufacturing personnel. Requires strong knowledge of RF-related microelectronics manufacturing processes, with experience in production transition, hybrid multichip modules, MIL-STD-883, Lean, or Six Sigma preferred.

Leads enterprise process improvement and compliance engineering across programs and organizations supporting an Intelligence Community contract. Responsibilities include standardizing systems engineering processes, facilitating collaboration, developing methodologies and SOPs, evaluating acquisition processes, coordinating requirements and reporting activities, supporting agile requirements management, conducting capacity analysis, and resolving complex technical challenges. The role requires extensive process improvement experience and an active TS/SCI clearance with polygraph.

Leads process engineering for new product introductions, process transfers, equipment validation, and manufacturing readiness. Develops compliant manufacturing processes, selects and qualifies equipment, executes validation activities, analyzes process capability, supports capital equipment acquisition, reviews quality documentation, and trains manufacturing personnel. The role requires collaboration across engineering, quality, operations, and regulatory functions in a regulated manufacturing environment.

Leads process engineering for new product introductions, process transfers, equipment validation, and manufacturing readiness. Develops compliant manufacturing processes, selects and qualifies equipment, executes validation activities, analyzes process performance, manages capital equipment coordination, reviews GMP and quality documentation, and trains manufacturing personnel. The role supports scalable production solutions in a regulated medical device environment.

Provides technical leadership for advanced semiconductor and MEMS manufacturing processes, including metal etch, copper plating, sputter deposition, process integration, yield improvement, standardization, and new product introduction. Leads complex technical initiatives, develops and qualifies processes, analyzes reliability and failures, drives manufacturing improvements, mentors engineers, and establishes engineering best practices. Requires extensive hands-on microsystems engineering experience and expertise with fabrication, metrology, modeling, statistical process control, and failure analysis tools.