Top Mechanical Engineering Jobs in Charlotte, NC

Oversees fabrication, machining, reverse engineering, installation, and repair of pumping equipment. Designs parts and assemblies, evaluates repairs and replacements, performs root cause analysis, coordinates vendors and field service activities, and ensures equipment meets engineering and customer specifications. Uses AutoCAD and Inventor for layouts, reverse engineering, and design development. May evaluate field installations and recommend modifications to resolve equipment or system malfunctions.

Designs, develops, tests, and improves mechanical products for electrical infrastructure applications. Creates CAD models, assemblies, drawings, prototypes, bills of materials, and production documentation. Collaborates with marketing, manufacturing, tooling, quality, and patent attorneys on product specifications, intellectual property, manufacturability, and testing. Manages multiple projects, resolves product complaints, supports new product introductions, and provides technical guidance to engineers and designers.

Leads mechanical MEP design projects involving HVAC, plumbing, and piping from concept through construction documentation. Mentors junior and mid-level engineers, supports proposals, interfaces with clients, and collaborates across project teams and markets. The role requires independent project leadership, strong building systems design expertise, proficiency with Revit, AutoCAD, and BIM, and a PE license or pending licensure.

Leads the design of mechanical building systems, including HVAC, plumbing, and piping, across multiple projects and markets. Mentors junior and mid-level engineers, supports proposals, interfaces with clients, and guides designs from concept through construction documentation. Requires strong MEP design experience, project leadership, proficiency with Revit, AutoCAD, and BIM, and a PE license or pending licensure.

Design and lead mechanical building systems projects involving HVAC, plumbing, and piping from concept through construction documentation. Mentor junior MEP engineers, provide technical support, support proposal development, manage project execution, and interface with clients across multiple markets. The role requires collaboration, independent work, and maintaining high-quality professional design standards.

Design mechanical components, assemblies, and systems for Formula 1 internal combustion engine power units. Create 3D CAD models, engineering drawings, bills of materials, and work instructions; apply GD&T, design-for-manufacturing principles, and basic structural analysis. Collaborate with engineers and manufacturing partners, support design reviews and production, resolve technical issues, and contribute to reliability, performance, and continuous improvement.

Design and develop Motor Generator Unit components for Formula 1 hybrid power units, including rotors, stators, bearings, housings, and thermal interfaces. Perform structural, tolerance, vibration, rotor-dynamics, and finite element analyses; support prototyping, testing, instrumentation, and validation. Collaborate with electromagnetic, electrical, thermal, controls, and manufacturing teams while ensuring compliance with FIA regulations. Apply machine learning and Design of Experiments to optimize high-speed electric motor performance, reliability, and integration.

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.

Designs and evaluates HVAC, process ventilation, and specialized mechanical systems for healthcare, Federal, industrial, municipal, and commercial projects. Responsibilities include load calculations, equipment selection, code compliance, specifications, reports, QA/QC, construction administration, client coordination, project leadership, and mentoring junior engineers. The role also supports business development and requires a North Carolina PE license or eligibility, 15 years of design experience, and U.S. citizenship.

Design and develop commercial and industrial HVAC, piping, and plumbing systems. Lead engineering scopes, load calculations, energy simulations, equipment selections, system layouts, specifications, and code compliance. Coordinate with architects, engineers, contractors, and clients; align designs with construction budgets; perform site inspections; manage schedules and teams; and provide technical guidance to designers and engineers.

Designs mechanical and plumbing systems for data centers and other large-scale construction projects. Independently advances projects through design and construction, oversees mechanical drawings and specifications, selects and schedules major equipment, and coordinates with clients, vendors, contractors, manufacturers, and multidisciplinary teams. The role also includes site observations, client meetings, and mentoring junior staff.

Performs piping flexibility and stress analysis, pipe support design, finite element analysis, and static equipment design for oil, gas, and LNG projects. Prepares calculations, drawings, specifications, bid evaluations, and technical documentation. Reviews supplier data, coordinates with multidisciplinary project teams, directs designers and drafters, and provides field verification and mechanical execution support.

Develop thermal-hydraulic models for scientific apparatus using ASME B31.3-2022 for installation at a research reactor. Perform steady-state and transient temperature modeling, work independently, and coordinate with EPC contractors and vendors on costs and budgets. The role is remote, part-time, and temporary, with at least four required site visits to State College, Pennsylvania. U.S. citizenship, background screening, drug-free status, and references are required.

Designs, evaluates, and plans HVAC, process ventilation, and other mechanical systems for healthcare, industrial, federal, municipal, and commercial facilities. Responsibilities include client engagement, load calculations, equipment selection, code compliance, specifications, design documentation, construction administration, QA/QC, interdisciplinary coordination, and guidance of junior engineers. The engineer will also lead project teams, support client development, and contribute to procurement of new work.

Design and quality-check commercial HVAC and electrification systems, including VRF, heat pumps, ERV, and DOAS installations. Develop load calculations, equipment selections, refrigerant piping designs, standards, and contractor-ready scopes. Support commissioning, troubleshooting, energy savings calculations, utility incentives, controls coordination, and hydronic engineering. Collaborate with cross-functional teams, contractors, manufacturers, and third-party MEP firms while mentoring engineers and scaling repeatable UHP project designs.

Designs and analyzes mechanical systems and equipment for direct reduction plants and new technologies. Leads mechanical engineering efforts, coordinates engineers and designers, reviews drawings, specifications, vendor submissions, and quality documents, and supports procurement, sales, estimating, inspections, and aftermarket teams. Develops equipment improvements, provides technical mentorship, coordinates with consultants and clients, and performs site and fabrication-shop inspections. The role requires industrial engineering expertise, technical writing, project coordination, and 10–25% domestic and international travel.

Designs and analyzes mechanical systems and equipment for direct reduction plants and new technology initiatives. Responsibilities include conceptual design, equipment and vendor-submittal review, technical specifications, drawing checks, field inspections, consultant and client coordination, and design improvements. The role supports fabrication, purchasing, aftermarket, and project teams, with 10%–25% domestic and international travel to job sites and fabrication workshops.

Designs mechanical and electromechanical test fixtures, tooling, and related hardware for optical networking products. Responsibilities include CAD modeling, engineering drawings, BOMs, configuration-controlled documentation, engineering analysis, tolerance studies, fabrication support, assembly, troubleshooting, validation, and deployment. The role collaborates with engineers, technicians, suppliers, and manufacturing partners to deliver reliable, manufacturable solutions throughout the product development lifecycle.

Designs and evaluates HVAC, hydronic, thermal plant, and energy systems for hospital and college campus projects. Prepares engineering calculations, drawings, specifications, and control schemes; conducts field investigations and site visits; coordinates multidisciplinary project execution; supports permitting and procurement; responds to field conditions; and maintains code-compliant, constructible designs focused on reliability, energy efficiency, and lifecycle savings.

Supports mechanical design and engineering projects that improve manufacturing equipment, automation, safety, and processes. Responsibilities include CAD-based equipment modifications, reverse engineering an ESR baseplate, improving chill plate removal and mold cart handling, and collaborating with Engineering, Maintenance, and Operations teams in a plant environment.

Mechanical Design Engineer Intern supporting ATI’s Monroe manufacturing operations. Responsibilities include improving and automating equipment processes, reverse engineering components, enhancing workplace safety, and developing CAD-based equipment modifications. The intern will collaborate with Engineering, Maintenance, and Operations teams on manufacturing projects involving melt and ESR equipment, automation, process improvement, and practical engineering solutions.

Own the mechanical design and performance of data center cooling products from requirements through manufacturing, testing, and field improvement. Lead calculations, equipment integration, supplier coordination, testing, and design reviews across refrigeration, liquid cooling, airflow, piping, and thermal systems. Provide technical support to engineering teams and customers, including cooling-load analysis, product configuration, technical proposals, and integration guidance.

Lead the architecture, hydraulic design, documentation, integration, manufacturing readiness, controls coordination, and commissioning of liquid-cooling and mechanical distribution systems for modular AI data centers. Own P&IDs, calculations, equipment and valve schedules, interfaces, standards, and performance validation. Collaborate with thermal, electrical, controls, manufacturing, commissioning, supply chain, OEM, and field teams to create scalable, serviceable, repeatable systems for deployment across multiple sites.

Leads mechanical engineering for data center operations, including HVAC and cooling system design, infrastructure optimization, capacity planning, energy efficiency, maintenance practices, and project delivery. Provides operational troubleshooting and technical leadership, manages vendors and multidisciplinary teams, ensures regulatory compliance, and supports reliable, sustainable, cost-effective data center infrastructure. Travel up to 25% is required.

Designs and analyzes mechanical systems and equipment for direct reduction plants and new technologies. Leads mechanical engineering efforts, coordinates engineers and designers, reviews drawings, specifications, vendor documents, quotations, and quality materials. Supports purchasing, sales, estimating, inspections, and field assignments. Develops equipment improvements, coordinates with consultants and clients, provides technical guidance and mentorship, and travels to fabrication workshops and project sites.