Top Industrial Engineering Jobs

Provides entry-level technical and administrative support to Project Managers on industrial construction projects. Assists with estimating, proposals, procurement, budgets, change orders, subcontractor coordination, quality control, scheduling, customer communication, and project documentation. Performs jobsite visits, tracks action items, supports compliance with plans and specifications, and helps maintain project cost and contract records. Requires an engineering or construction management degree, strong communication and organizational skills, familiarity with construction practices, and a valid driver’s license.

Develops industrial growth strategies, supports mechanical design and construction projects, reviews plans, assists with estimating and contracts, builds client relationships, leads sales presentations, improves processes, supports financial planning, and promotes prefabrication and safety initiatives.

Designs and develops industrial automation and distributed control systems, including PLC, HMI, and SCADA programs; selects control components; creates engineering drawings, sequences of operation, and project submittals. Supports estimating, proposals, customer demonstrations, project turnovers, and scope management. Collaborates with project managers, engineers, electricians, and technicians to improve engineering quality and processes. Produces as-built documentation and supports strategic initiatives that improve delivery, quality, and cost efficiency.

Provides technical startup, commissioning, checkout, programming, troubleshooting, and maintenance for building automation and control systems. Programs PLC and DDC controllers, configures networks and communication protocols, calibrates sensors and actuators, maps control points, and creates supervisory graphics and dashboards. Leads medium to large projects, manages commissioning documentation, troubleshoots HVAC, electrical, process, and life-safety systems, and mentors junior automation technicians. Work occurs in construction and industrial environments.

Designs warehouse and assembly layouts, develops PFEP and material-flow plans, and implements line-side delivery systems. Conducts process development, time studies, data analysis, lean manufacturing, visual factory, error-proofing, and continuous-improvement initiatives. Uses Excel, Access, AutoCAD, and logistics planning software to improve efficiency and accuracy in distribution operations.

Analyzes and improves manufacturing workflows, facility layouts, product flow, capacity, line balancing, cost control, inventory, and equipment utilization. Maintains action tracking, supports quality gates and handover meetings, identifies material shortages, updates SAP documentation, develops time standards and standard work, and analyzes production KPIs to identify risks and improvement opportunities. The role supports aerospace manufacturing operations and may assist with facility planning.

Analyzes and improves production workflows, facility layouts, material flow, capacity, line balancing, cost control, and equipment utilization in an aerospace manufacturing environment. Maintains action tracking, supports operations handovers, identifies material shortages, updates SAP, develops time standards and standard work, and analyzes performance KPIs to identify improvement opportunities.

Analyzes aerospace manufacturing operations, workflows, facility layouts, capacity, equipment utilization, inventory, costs, and production performance. Develops optimized product flows, time standards, standard work, and process improvements. Tracks operational actions, identifies material shortages and risks, supports budgeting and facilities planning, coordinates quality-gate and handover activities, and maintains SAP documentation.

The Senior Electrical Engineer will manage multiple projects, lead a team, and utilize electrical engineering principles in industrial settings while focusing on business development.

The Customer Support Engineer promotes sales and provides technical support for Misumi products, collaborating with teams to drive customer success and increase sales while ensuring accurate product information and support.

The Senior Engineer develops capacity models, analyzes production needs, improves equipment utilization, reduces cycle time, and manages layout for tool installation.

Lead hands-on architecture and development for a cloud-based IoT asset-tracking platform. Design scalable distributed systems, APIs, data models, and platform components; resolve complex performance and reliability challenges; and champion testing, CI/CD, observability, and security practices. Lead an agile engineering team, manage delivery, mentor and hire engineers, collaborate with Product and Operations, and drive adoption of AI development tools and AI/ML capabilities.

Remote technical sales role supporting the Central region to grow design-in revenue for industrial markets. Provide technical advice through the design cycle, build customer and manufacturer relationships, collaborate with sales and engineering teams, run seminars, and achieve revenue and budget targets.

Supports aerospace manufacturing by analyzing data and stakeholder needs to improve facility layouts, workflows, capacity, cycle time, and operational performance. Performs time studies, develops labor standards and capacity models, manages manufacturing schedules and delivery metrics, creates SQDEC boards, and applies continuous improvement methods. The role coordinates with manufacturing, supply chain, quality, and technical teams; tracks issues; and presents technical briefings to leadership. A DoD Interim Secret clearance and SAP approval are required.

Supports transition-to-production activities through industrial engineering, production planning, scheduling, capacity analysis, labor standards, time studies, manufacturing flow optimization, and facility layout design. Develops shop operation and recovery schedules, performance metrics, cost and labor estimates, manufacturing readiness assessments, and technical briefings. Collaborates with production, supply chain, quality, suppliers, and geographically distributed teams while tracking problems through resolution.

Improves manufacturing systems, material flow, facility layouts, capacity utilization, and operational efficiency. Leads industrial engineering projects and facility restructuring workstreams, including cost analysis, business cases, product introductions, process readiness, and cross-functional implementation. Develops project plans, tracks milestones, manages risks and budgets, coordinates stakeholders, and communicates status to leadership. Conducts time studies, ergonomics evaluations, capacity analysis, and material-handling design while establishing operational standards and best practices.

The role involves overseeing industrial engineering across two manufacturing sites, focusing on production efficiency, workflow design, and continuous improvement using lean manufacturing and six sigma techniques.

Develop and maintain fab capacity and equipment capability models. Use Theory of Constraints to improve throughput and reduce costs. Define production and design standards, implement labor best practices, and collaborate with engineering on yield improvement roadmaps.

Support manufacturing and distribution process improvements from concept through production. Conduct time-and-motion studies, root cause analysis, line balancing, data analysis, and develop automation business cases. Maintain CAD layouts, partner with production teams, and prioritize continuous improvement initiatives to improve safety, quality, and throughput.

Develop and standardize scalable manufacturing processes and tools for MK2 vehicle production. Create work instructions, process validation, capacity planning, metrics dashboards, cost models, and BOPs. Support NPI, cross-functional collaboration with engineering, supply chain, and quality, and lead continuous improvement using Lean and Six Sigma.

Design and program building automation control systems, develop graphics, analyze mechanical and electrical system performance, and manage system startup and commissioning. The engineer maintains field-change and as-built documentation, trains owners, interfaces with customers, and manages subcontractors, suppliers, schedules, budgets, and project finances. The role requires PLC knowledge, programming, troubleshooting, electrical understanding, mechanical building systems experience, and routine jobsite visits of up to 50% of working hours.

Supports sales of industrial automation and control products by specifying solutions, recommending inventory, identifying customer opportunities, explaining technology developments, and providing technical support for equipment operation and maintenance. Works with branch personnel, customers, and sales staff to evaluate needs, present complex solutions, and deliver technical services. The position requires extensive travel and use of a personal vehicle.

Designs mechanical systems for utility power generation, distribution, and industrial process facilities. Develops PFDs, P&IDs, specifications, site arrangements, and construction documentation. Coordinates multidisciplinary project deliverables, schedules, budgets, constructability, and client expectations. Supervises mechanical engineering staff, applies applicable codes, supports staffing projections, and contributes to business development, proposals, client relationship development, and opportunity identification.

Leads complex mechanical engineering projects for industrial power and process facilities, including utility generation and distribution systems. Performs high-complexity design, analysis, calculations, research, equipment selection, and PFD/P&ID development. Manages project schedules, budgets, quality, client expectations, construction administration, and multidisciplinary coordination. Supervises and mentors engineering staff, supports proposals and business development, develops client relationships, and identifies new opportunities.

Oversee light-industrial construction projects by managing contracts, documentation, buyout/purchasing, subcontractor relations, schedules, owner/architect communication, pay applications, and ensuring contract conformity and performance.