Top Project Engineer Jobs

The Supervising Mechanical Engineer will oversee design, QA/QC processes, and collaborate with clients and project teams, while managing CAD/BIM staff.

The role involves project design, task management, client contact, and quality control for roadway design projects. Responsibilities include preparation of construction documents, reports, and attending public meetings, while coordinating with various stakeholders.

The Senior Roadway Engineering Manager will oversee roadway design projects, manage teams, coordinate with stakeholders, and ensure quality control in compliance with AASHTO and VDOT standards.

Lead FPGA design and development for DO-254 projects, mentor team members, manage project plans, and ensure compliance with safety standards.

The Mechanical Engineer/Project Manager evaluates engineering techniques, manages project phases, leads design processes, and collaborates on multi-discipline projects while ensuring quality control and technical advisement.

Support planning, scheduling, and execution of large industrial construction projects. Develop and maintain Primavera P6 schedules, track progress, analyze resource loading and productivity, generate cost and earned value data from ERP, lead planning sessions, coordinate with project stakeholders, and perform site walks to support schedule updates and recovery efforts.

Lead hands-on mechanical design from concept through prototype, validation, and production transition. Perform CAD, analysis, prototyping, testing, and design verification. Provide technical and project leadership, mentor junior engineers, coordinate multidisciplinary teams, engage customers, drive risk mitigation, and support proposal and scoping activities.

Lead and technically manage mechanical engineering and interdisciplinary design teams for complex maritime/subsea and defense projects. Develop analyses and designs, write and execute tests, estimate resources, interface with customers, support proposals, and travel domestically and internationally including shipboard operations.

Lead systems engineering activities: develop CONOPS, requirements/specifications, ICDs, hazard analyses, test plans; apply MBSE/SysML and SEDB tools; guide design teams, produce reports, and interface with clients. Some travel required.

Lead mechanical engineering and project management for robotics and automation products from concept through manufacturing. Perform system-level design, kinematics, structural and thermal analysis, motion-control integration, prototyping, testing, and production verification. Manage budgets, schedules, cross-functional teams, and client communication.

Coordinate and supervise construction projects including scheduling, document control, budget preparation and verification, invoice approval, team meetings, and project reporting. Ensure safety compliance and support emergency handling.

Develop and maintain detailed Primavera P6 project schedules, support look-ahead planning and recovery scenarios, perform 4D sequencing and clash detection in Navisworks, create/modify AutoCAD construction drawings, conduct 3D lift/crane studies, coordinate engineering/fabrication/field inputs, and translate models and schedules into executable field plans to support project managers and superintendents on heavy industrial construction projects.

Develop and maintain detailed project schedules in Primavera P6, perform look-ahead planning and schedule impact analysis, create 4D sequencing and clash detection in Navisworks, produce AutoCAD support drawings, perform 3D lift/crane studies, coordinate with engineering/fabrication/field teams, and translate digital schedules/models into executable field plans to support project managers and superintendents.

Develop and maintain project schedules, lead lookahead and subcontractor coordination meetings, track labor/resources and quantities, support schedule-based forecasting and invoicing, report progress, identify acceleration and productivity improvements, and monitor subcontractor performance on heavy industrial construction sites.

The role involves supporting Oracle applications, managing project lifecycles, developing enhancements, conducting testing, and improving business processes.

Provide technical project support to Navy Regional Maintenance Center project teams: availability planning, engineering service requests, certifications (KE/MS), DFS/ESR reviews, coordination with yards and stakeholders, and execution certification support.

Manage and deliver data center IT infrastructure projects (GPU servers, networking, storage). Coordinate stakeholders, lead technical discussions, resolve operational issues, document plans and risks, and support automation and process improvements.

Serve as technical lead for AIS and GIS substation projects (69kV–765kV), coordinating multidisciplinary engineering, developing designs and calculations, ensuring compliance with standards, supporting installation and commissioning, managing schedules, driving technical problem solving, and engaging with customers to deliver cost-effective substation solutions.

Lead powertrain controls integration and vehicle-level commissioning for electrified and ICE vehicles. Develop test plans, perform function verification and DVP&R, drive software delivery and controls commonality, track program deliverables, lead troubleshooting and root-cause analysis, and represent PTEC at program and launch reviews and stakeholder presentations.

The Project Controls Engineer leads project teams in planning, scheduling, and cost management using Primavera P6, ensuring project compliance and efficiency while collaborating with diverse teams to meet objectives.

Support development of power generation, energy storage, utility infrastructure, and emerging energy projects from concept through execution. Create conceptual designs, basis-of-design, schedules, execution strategies, and capital cost estimates. Perform technical and economic evaluations, identify and mitigate technical and regulatory risks, and collaborate with commercial, operations, regulatory, and construction teams. Level placement determines autonomy: Engineer II supports under supervision, Engineer III leads portions independently, Senior Engineer drives complex projects and mentors teams.

Provide technical project leadership and systems engineering for Subsonic Aerial Target programs: develop schedules and execution plans, manage scope, risks, and deliverables, coordinate documentation and software/configurations, support lifecycle and test activities, liaise with Government, contractors, and OEMs, run technical reviews and executive briefings, and manage logistics and process improvements to ensure successful Navy test and evaluation outcomes.

Support sales of turbomachinery for oil and gas by assisting senior engineers and sales: review customer specifications, select and optimize compressor equipment, prepare proposals, and hand off well-defined projects. Training includes systems analysis, compressor selection, performance prediction, and cross-department rotations.

Lead and manage mechanical design projects, mentor staff, perform QA/QC of designs and calculations, specify HVAC equipment and controls, write specifications and reports, conduct life-cycle and energy cost analyses, review contractor bids, manage budgets and schedules, and travel to project sites to resolve issues.

Lead mechanical/HVAC engineering and project management for life sciences, pharmaceutical, and critical facilities. Tasks include design, equipment selection, load calculations, Revit/AutoCAD drawings, specifications, coordination with disciplines, vendor meetings, field verification, RFIs/submittal review, and client/contractor management to deliver SD/DD/CD deliverables.