Top Project Engineer Jobs

Supports planning, coordination, and execution of renewable energy infrastructure projects, including substations, wind farms, and photovoltaic plants. Supervises field personnel and subcontractors, oversees construction and commissioning, resolves technical issues, monitors schedules and costs, conducts quality inspections, manages materials, and ensures compliance with safety standards, codes, specifications, and regulations. Collaborates with project managers, suppliers, and stakeholders to deliver projects safely, efficiently, on schedule, and within budget.

Leads new injection molding projects from sales close through production transfer, managing schedules, costs, tooling, process development, validation, documentation, training, and cross-functional teams. Supports commercial teams with technical expertise, quoting, customer interactions, and manufacturing guidance. Requires engineering experience, injection molding knowledge, strong project leadership, communication skills, ISO compliance experience, and occasional client travel.

Creates quotations for additive manufacturing, prototypes, and complex production projects; manages projects from design through customer acceptance; provides design-for-manufacturability feedback; interprets drawings and technical requirements; develops manufacturing process plans and shop routings; coordinates quality, regulatory, production, suppliers, and customers; and supports junior engineers.

Leads new product introduction, tooling development, manufacturing launches, and customer engineering projects from concept through production. Coordinates cross-functional teams, customers, suppliers, and manufacturing stakeholders while managing schedules, budgets, risks, quality requirements, and launch readiness. Supports APQP, PPAP, process validation, corrective actions, continuous improvement, cost reduction, and technical feasibility activities. Requires manufacturing project experience, strong knowledge of quality tools and manufacturing processes, and 5–10% travel.

Develops and improves manufacturing processes, equipment, and systems for safety, quality, capability, and efficiency. Supports production launches, automation concepts, process optimization, corrective actions, and manufacturability initiatives. Collaborates with engineering, product development, manufacturing, materials, sales, customers, and vendors. Leads projects by defining solutions, budgets, timelines, and action plans while applying mechanical, electrical, industrial engineering, and process-control expertise.

Performs advanced CAE and FEA simulations for consumer product development, including structural, dynamic, fatigue, vibration, CFD, MBD, material modeling, and multiphysics analysis. Verifies simulations with theory and test data, develops improved simulation methods, informs design decisions, and manages complex cross-functional engineering projects. The role requires extensive power-tool and consumer-products experience, advanced simulation expertise, and onsite work in Towson three days weekly.

Leads engineering and new product introduction projects from feasibility through validated production at a medical-device injection-molding site. Coordinates tooling, process, equipment, quality, validation, documentation, suppliers, and cross-functional teams. Responsibilities include DFM reviews, mold trials, engineering builds, capability studies, risk management, technical documentation, customer communication, quotations, continuous improvement, and manufacturing handoff. Ensures compliance with quality systems, customer requirements, and applicable regulatory standards.

Develops automation concepts, analyzes equipment, creates quotations and 2D layouts, researches vendors, negotiates pricing, supports sales and customers, conducts project kickoffs and technical training, and supports automation projects from concept through order.

Evaluates customer designs for manufacturability, develops sourcing strategies, and supports production troubleshooting. Collaborates with customers, machine shops, suppliers, OEM equipment providers, and internal teams. Uses CAD, GD&T, manufacturing-process knowledge, and quality practices to identify design issues and recommend solutions. Contributes to projects expanding manufacturing-network capabilities and improving core competencies across CNC machining, injection molding, sheet metal fabrication, and additive manufacturing.

Evaluates customer designs for manufacturability, develops sourcing strategies, supports production troubleshooting, and collaborates with customers, suppliers, machine shops, OEMs, and internal teams. The role addresses DFM issues using CAD models and drawings, advises on manufacturing processes and materials, and contributes to projects expanding manufacturing partner capabilities. Expertise in injection molding, CNC machining, sheet metal fabrication, GD&T, inspection, and quality practices is required.

Evaluate customer designs for manufacturability, recommend sourcing and production solutions, troubleshoot order execution, and support customers, manufacturing partners, suppliers, and internal teams. The role develops sourcing strategies, resolves production issues, assesses CAD models and drawings, and contributes to expanding manufacturing partner capabilities. Expertise in injection molding, CNC machining, sheet metal fabrication, GD&T, inspection practices, materials, equipment selection, and manufacturing processes is required.

Evaluate customer designs for manufacturability, develop sourcing strategies, and support production troubleshooting across manufacturing partners. The role interfaces with customers, machine shops, fabrication shops, suppliers, OEM equipment providers, and internal teams. Responsibilities include resolving execution issues, identifying DFM concerns from CAD models and drawings, selecting appropriate equipment and processes, and contributing to special projects that expand manufacturing capabilities. Expertise in injection molding, CNC machining, sheet metal fabrication, GD&T, inspection, QA, and 3D CAD is required.

Evaluates customer designs for manufacturability, develops sourcing strategies, and supports production troubleshooting. The role interfaces with customers, machine shops, fabrication partners, OEM equipment providers, and internal teams. Responsibilities include identifying DFM issues from CAD models and drawings, recommending manufacturing solutions, applying knowledge of machining, injection molding, sheet metal, materials, equipment, cycle times, GD&T, and inspection practices, and contributing to projects that expand manufacturing network capabilities.

The Project Engineer evaluates product feasibility, develops plans from purchase order through production release, reviews mold designs, coordinates sampling and customer approvals, and supports product launches. The role improves injection molding processes, quality, productivity, scrap, and setup times; resolves manufacturing and tooling issues; identifies cost savings; and collaborates with customers, sales, mold makers, and internal departments.

Supports construction project financial management through cost tracking, variance analysis, forecasting, month-end close, reporting, labor analytics, procurement, budgeting, and job costing. The role bridges field teams, project management, and corporate finance while providing exposure to construction accounting, percentage-of-completion reporting, productivity metrics, change orders, and profitability drivers. Work occurs across office and active construction environments and may include travel, overtime, night shifts, and on-call responsibilities.

Assists project managers with construction project setup, procurement, scheduling, budgeting, production reporting, billing, jobsite coordination, contract compliance, safety, and closeout activities. Reviews scopes, prepares RFIs, submittals, and shop drawings, tracks project costs and progress, coordinates warranties and O&M documentation, and supports successful completion within schedule and budget.

Supports the Project Manager and site team in planning and executing construction projects. Coordinates architects, engineers, subcontractors, and suppliers; manages drawings, RFIs, submittals, documentation, inspections, technical issues, cost tracking, change orders, billing, and closeout activities. Provides field technical support, monitors compliance with safety and building requirements, and communicates project progress and solutions to stakeholders.

Manage multiple capital equipment installation projects, including estimating, budgeting, equipment and process design, scheduling, vendor coordination, and installation oversight. Provide technical support for equipment, instrumentation, and process troubleshooting while collaborating with plant engineering, maintenance, manufacturing, and plant services teams. Ensure compliance with OSHA, environmental, and safety standards, and mentor less experienced engineers.

Designs urban and rural roadway projects from preliminary through final design. Prepares and reviews plans, specifications, cost estimates, contract documents, and project deliverables. Coordinates with multidisciplinary teams, communities, stakeholders, agencies, and reviewers; supports studies and alternative analyses; manages documentation; contributes to proposals; and assists with project delivery. May mentor technical staff and manage small projects or assigned tasks.

Designs, develops, and improves manufacturing processes, equipment, tools, and production systems. Supports manufacturing cells, analyzes test data, resolves technical and quality issues, qualifies parts and suppliers, conducts feasibility studies and measurement analyses, and drives root-cause countermeasures and continuous improvement. Partners with product development, operations, suppliers, customers, and technical teams to improve safety, productivity, quality, cost, and process capability.

Conduct site visits and energy audits, analyze HVAC and building automation system performance, calculate energy savings, prepare engineering reports, and support HVAC and controls design. Collaborate with project managers, clients, and field engineers across facility projects.

Designs and develops downhole oil and gas completion tools from concept through production using Creo CAD, stress analysis, and FEA. Responsibilities include creating drawings and design packages, coordinating prototypes, building test fixtures, conducting laboratory testing, analyzing failures and test data, and ensuring compliance with API standards. The role also manages technical development schedules, budgets, design reviews, and customer-specific product modifications.

Designs and improves oilfield liner products, prepares engineering layouts, calculations, drawings, and design packages, coordinates prototypes and testing, analyzes test data and failures, and recommends solutions. Leads defined tasks within product development projects, coordinating technical development, schedules, budgets, manufacturing considerations, and design issues. Requires knowledge of cementation products and mechanical design concepts, along with independent technical problem-solving and project management experience.

Leads engineering support for manufacturing, testing, vendor management, quality, and field operations involving surface pumping units. Responsibilities include developing manufacturing plans, improving component manufacturability and reliability, updating CAD designs, coordinating cross-functional teams, conducting root cause analyses, reviewing nonconformances, and supporting clients and vendors. The role requires mechanical or structural engineering expertise, fabrication and welded-component design knowledge, oilfield experience, field failure analysis, travel, and hands-on work in operational environments.

Provides senior project engineering leadership for managed pressure drilling and other complex industrial equipment. Leads multidisciplinary technical planning, design reviews, troubleshooting, nonconformance resolution, supplier and manufacturing support, testing, commissioning, lifecycle improvements, and risk management. Coordinates Engineering, Manufacturing, Quality, Supply Chain, Operations, suppliers, and clients while balancing safety, compliance, cost, schedule, reliability, and manufacturability.