Top Project Engineer Jobs

Leads capital expenditure and continuous improvement projects in a manufacturing plant. Responsibilities include planning budgets and schedules, coordinating contractors and suppliers, commissioning equipment, optimizing layouts and processes, developing tooling, preparing technical documentation, supporting production and maintenance, analyzing equipment performance, and ensuring EHS and quality compliance.

Designs and delivers electrical engineering projects from concept through construction and commissioning. Responsibilities include developing electrical, fire alarm, and life safety systems; producing Revit and AutoCAD documentation; conducting site surveys and construction reviews; monitoring budgets and deliverables; coordinating with architects and multidisciplinary teams; supporting business development; and improving engineering standards and processes. The role requires project engineering experience, complex electrical design capabilities, and collaboration on large commercial, institutional, civic, healthcare, and mission-critical projects.

Designs and delivers electrical engineering projects from concept through construction and commissioning. Responsibilities include electrical system design, project budgeting, documentation, quality reviews, site visits, client coordination, commissioning support, business development, and technical process improvement. The role focuses on complex commercial, institutional, civic, healthcare, aviation, and mission-critical buildings, while mentoring junior staff and coordinating with architects and multidisciplinary teams.

Supports electrical engineering projects by performing surveys, computations, analysis, basic design, data collection, documentation, risk assessments, and customer technical support. Coordinates with project, manufacturing, testing, commissioning, and service teams to deliver quality engineering work on schedule and within cost objectives. The role requires knowledge of electrical design principles, CAD and 3D design tools, and applicable industry standards.

Lead technical coordination on construction projects: manage submittals, schedules, materials, change orders, closeouts, document control, stakeholder communication, and training to ensure quality and on-time delivery.

Supports commercial construction projects through RFIs, shop drawing coordination, vendor and subcontractor tracking, plan updates, inspections, punchlists, site logistics, permitting, safety procedures, and schedule updates. The role combines field and office operations while developing construction project management skills. A bachelor's degree in construction engineering, construction management, or a related field is required, along with knowledge of estimating, cost control, material pricing, drawings, contracts, and cost coding.

Design and support rail and transit structural infrastructure projects, including bridges, culverts, retaining structures, and station elements. Prepare calculations, drawings, specifications, and reports; perform structural analysis; coordinate multidisciplinary teams; ensure compliance with engineering codes and rail standards; support budgets, schedules, and client communication; conduct site inspections; and mentor junior engineers.

Leads medium-capital engineering and facility projects across natural gas gathering, processing, pipeline, compressor, and measurement systems. Responsibilities include project design, procurement, construction, contracts, budgets, schedules, change management, vendor coordination, engineering calculations, process safety, regulatory compliance, and stakeholder communication. Evaluates system capacity, equipment efficiency, operating costs, and potential improvements while managing multiple concurrent projects from initiation through closeout.

Supports project managers on complex construction projects from planning through construction, startup, testing, commissioning, and turnover. Responsibilities include design and schedule coordination, budgeting, cost control, procurement, subcontractor and contract management, material and equipment tracking, documentation, progress reporting, RFIs, submittals, site logistics, punch lists, and project closeout. The role is site-based, safety-sensitive, and requires nationwide travel and physical job-site work.

Develop battery storage and edge compute projects from concept through construction readiness. Manage utility interconnection, permitting, zoning, environmental approvals, public hearings, project budgets, schedules, consultants, and subcontractors. Review engineering designs, identify development risks, coordinate with authorities and utilities, and prepare projects for construction handoff. The role requires direct BESS development experience, entitlement strategy expertise, and evaluation of project economics and technical feasibility.

Leads embedded control system projects from requirements through production, including electronic hardware design, PCB layouts, embedded software and hardware coordination, testing, validation, integration, and release. Coordinates cross-functional and global engineering teams, resolves complex technical issues, maintains technical documentation, and serves as a control systems subject matter expert. Requires domestic and international travel up to 10%.

Designs mechanical and HVAC systems for diverse building projects, prepares engineering calculations and construction documents, evaluates equipment and systems, and reviews submittals, RFIs, and shop drawings. Collaborates with multidisciplinary teams and supports fellow designers. Requires a mechanical engineering degree, 5+ years of building HVAC design experience, an active Mechanical PE license, and energy analysis software experience. AutoCAD and Revit knowledge is preferred.

Leads aerospace engineering projects for commercial aircraft interior modifications, serving as the technical focal point for customers and internal teams. Coordinates engineering schedules, scope, resources, budgets, certification requirements, design packages, testing, technical risks, and deliverables. Integrates electrical, mechanical, certification, stress, flammability, test, manufacturing, and technical publications teams. Requires a mechanical or aerospace engineering degree and at least five years of commercial aircraft interior modification STC experience.

Develop mechanical and piping designs for energy infrastructure, including equipment specifications, layouts, calculations, code compliance, and technical reviews. Serve as Project Engineer by coordinating scope, schedules, budgets, procurement, vendors, multidisciplinary deliverables, and client communication. Support construction, commissioning, startup, RFIs, design changes, field assessments, QA/QC, and as-built documentation. Apply ASME, API, CFR, and pipeline industry standards across project lifecycles.

An 8–10-week utility construction engineering internship supporting transmission, distribution, cable replacement, and transformer projects. Responsibilities include reviewing project scope and designs, preparing engineering drawings, applying utility standards, assisting with estimates and permits, communicating with customers, analyzing project information, and visiting job sites. Interns gain practical experience in construction project engineering, design, reporting, and project lifecycle activities while working under experienced engineers.

Design and analyze mechanical and piping systems for pipeline and energy facility projects. Develop equipment specifications, layouts, calculations, and code-compliant deliverables. Serve as Project Engineer by coordinating scope, schedules, budgets, procurement, vendors, clients, and multidisciplinary teams. Review designs, respond to RFIs, support construction and commissioning, conduct field assessments, and resolve technical issues throughout the project lifecycle.

Supports transmission engineering projects through utility document review, field verification, structure and clearance analysis, 3D modeling, reporting, and design of transmission replacements. The role uses PLS-CADD, CAD, LiDAR, mapping data, and applicable utility standards. The engineer manages multiple concurrent projects, communicates with customers and construction teams, and resolves technical issues while maintaining accuracy, safety, and quality.

Designs mechanical and piping systems for pipeline, petrochemical, and energy facilities while supporting projects through construction and startup. Develops calculations, layouts, equipment specifications, code-compliant deliverables, and technical procedures. Coordinates multidisciplinary engineering, procurement, vendors, clients, and construction teams. Manages project scope, schedules, budgets, RFIs, QA/QC reviews, field assessments, commissioning support, and as-built documentation.

Evaluates utility joint-use applications and transmission structures for pole attachments, equipment loading, structural capacity, and clearance compliance. Performs field visits, reviews technical documents and standards, builds 3D models, conducts analyses, designs mitigation solutions, and coordinates with customers, construction crews, and internal stakeholders across multiple projects.

The Project Engineer supports electrical construction projects from planning through completion. Responsibilities include reviewing drawings and specifications, assisting with estimates and schedules, preparing submittals and change documents, inspecting materials and workmanship, tracking project progress, assessing risks, and promoting construction safety. The role requires frequent travel to job sites, collaboration with clients and subcontractors, industry networking, and strong knowledge of electrical construction, safety standards, and construction software.

Summer engineering internship supporting utility construction projects across transmission, distribution, substation, cable replacement, and transformer programs. Responsibilities include reviewing project scope and designs, preparing drawings, developing estimates and permit applications, tracking project progress, communicating with customers, reporting, and visiting job sites. Interns will apply CAD, analytical, mathematical, and project coordination skills while gaining hands-on exposure to construction engineering and utility infrastructure.

Manage multidisciplinary oil and gas engineering projects from scope development through completion. Responsibilities include establishing schedules and budgets, monitoring cost and progress, coordinating engineering disciplines, reviewing designs and deliverables, managing vendors and field crews, resolving technical issues, overseeing facility and plant design, and maintaining client communication. The role also coordinates oil field equipment installation, maintenance, and operation while ensuring compliance with project, customer, and industry requirements.

Manage engineering projects across oil and gas markets, including scope, schedules, budgets, team performance, deliverables, client communication, and technical issue resolution. Coordinate multidisciplinary engineering teams, field employees, vendors, and installation activities. Review designs and changes for compliance with engineering standards and client requirements. Prepare weekly project status reports covering deliverables, issues, billing, and budget performance.

Assists project managers with construction project administration, scheduling, budgeting, documentation, subcontract administration, site meetings, QA/QC, change orders, RFIs, submittals, contract compliance, closeout, and occupancy activities. The role supports field coordination, reviews plans and blueprints, tracks costs and schedules, prepares reports and meeting minutes, and communicates with contractors, design teams, clients, and government agencies.

Manage engineering programs from contract acceptance through production while meeting customer, budget, schedule, quality, and efficiency requirements. Coordinate engineering, production, business development, and customer teams; prepare drawings, schedules, presentations, and documentation; assess risks; monitor production progress; resolve design and testing issues; plan manufacturing resources; and implement corrective actions and process improvements.