Mechanical Engineer

• Analyze order data, inventory data, and SKU profiles to support facility layout and solution development
• Provide productivity, capacity, and space estimates in support of business development and Requests for Proposal (RFPs)
• Own front-end solution concepting, including layout development, automation ideation, and high-level system modeling
• Create presentations to support engineering recommendations and present solutions to senior management and customers
• Conduct feasibility studies to determine ROI on proposed solutions
• Participate in customer presentations and proposal reviews
• Consult with operations personnel to validate that proposed solutions are practical, cost-effective, and implementable
• Support RFP responses and proposal development, including scope definition, assumptions, narratives, and technical content
• Develop facility and automation concepts using CAD and modeling tools, incorporating conveyance, robotics, and complex material handling technologies where applicable
• Collaborate with integrators, vendors, and internal stakeholders to evaluate automation approaches and solution alternatives

Solution Design Engineer

• Scope, design and develop electrical service systems for new customers.
• Responsible for customer interaction, scoping and cost estimation.
• Provide a design package that meets customer needs.
• Meet with customers and construction crews on site to review the scope of design and discuss project execution.

Design Engineer I – New Graduates Welcome

• Leading a Synthesis and Timing of complex designs
• Provide guidance, interface with RTL team for quality RTL delivery
• Full chip and Block constraints development and constraints generation
• Full chip and Block Synthesis, STA and timing closure
• Interfacing with internal external teams including Design, IP, Library Methodology & Flow development
• Working independently with the PNR & RTL design team on Physical implementation and Power-intent requirements

IC Design Engineer

• Design and 3D modeling of mechanical components for aeroderivative turbines (e.g., compressors, combustors, cooling systems)
• Perform structural and thermal analyses (FEM, CFD) to validate design robustness and reliability
• Prepare technical specifications, manufacturing drawings, and design documentation
• Collaborate with manufacturing, quality, and testing teams to support product industrialization
• Provide technical support during assembly, testing, and commissioning phases
• Ensure compliance with international standards (ASME, API, ISO) and apply best design practices

Aeroderivative Mechanical Design Engineer

• Design and support Mission Critical HVAC and mechanical systems for data centers, including air-cooled and liquid-cooled cooling systems, chilled water plants, cooling towers, CRAC/CRAH units, and associated distribution systems.
• Experience utilizing CFD modeling software, such as 6Sigma, to model and analyze airflow distribution, thermal performance, cooling effectiveness, and evaluation of multiple design scenarios in air-cooled and liquid-cooled data center projects.
• Perform cooling load calculations, equipment sizing, airflow analysis, and mechanical system modeling to support high-density IT environments and critical infrastructure.
• Collaborate with multidisciplinary engineering teams to evaluate and present HVAC system alternatives, redundancy strategies, and cooling solutions to clients and project stakeholders.
• Perform technical and QA/QC reviews to ensure the delivery of code-compliant, and high-quality engineering deliverables.
• Develop and modify models, plans, details, and drawings of mechanical and plumbing engineering systems and components according to applicable standards and modeling techniques.
• Effectively communicate and present HVAC and plumbing design concepts, system alternatives, and engineering solutions during multidisciplinary design reviews and project coordination meetings.
• Motivate and inspire team members.
• Conduct training sessions for internal employees when necessary.

Mechanical Engineer – Mission Critical Data Centers

• Work with product engineers on product specifications, manufacturability, and other technical product aspects and assist in product development
• Perform basic engineering calculations, as required by the customer, or engineering department
• Consult with customers regarding technical inquiries, via telephone or email, and assist customers and sales reps with product selection, and design by providing technical product expertise and 2D drawings or 3D models
• Support engineering team by creating drawings, models, and customizing products
• Confidently discuss projects with customers to determine their needs and aid the sales team
• Demonstrate and train customers bearing and power transmission product basics, virtually or onsite
• Assist in quoting special projects and modified standard units

Mechanical Application Engineer – Bearing Products

• Lead the design and integration of SC1/Class 1E (safety-related) and SC2 and SC3 electrical systems, including Medium Voltage (MV) and Low Voltage (LV) distribution.
• Perform complex electrical studies such as load flow, short circuit, motor starting, and protective relay coordination using ETAP software using ANSI / IEC standards.
• Prepare electrical engineering deliverables such as Requirements Specifications, Electrical Load Lists, One-lines, Calculations, Schematics and 3-Line lines.
• Develop detailed procurement specifications for major components, including main transformers, switchgear, diesel generators, and UPS systems and collaborate with suppliers.
• Navigate regulatory requirements (CA-CNSC and US-NRC), support licensing processes, ensuring all designs meet nuclear-specific standards.
• Interface with transmission providers to manage Generator Interconnection Agreements and ensure grid stability compliance.
• Applications of codes and standards applicable to electrical systems design in the US and CA (e.g. IEEE, IEC, CSA and NEC); European Union (e.g. IEC, EU)

Lead Engineer – Plant Electrical Systems Design

• Responsible for signing and sealing engineering documents.
• Analyzes, develops and evaluates systems.
• Improves and maintains current systems or creates brand new projects.
• Designs and drafts blueprints, visits systems in the field and manages projects.
• Applies engineering techniques and analyses within the scope of the assignment.
• Performs work with a high degree of latitude.
• Handles the most complex issues.
• Provides leadership, coaching, and/or mentoring to a subordinate group.
• May act as a lead or first-level supervisor.
• Direct interaction with clients.

Mechanical Engineer, PE III

• Design Reactor Modification Tooling that incorporates mechanical, pneumatic, hydraulic, and electro-mechanical/motor actuation based on inputs, requirements, and environment within schedule and cost limits
• Draft drawings for fabrication, then build and test the Reactor Modification Tooling you design to prove the requirements for performance are met
• Prepare 3D models, access and clearance studies, drawings, specifications, and test plans to support tooling development
• Collaborate with the Hardware Team, Analysis Teams, Field Deployment Teams, and Services Business to deliver tooling designs that meet our standards for Nuclear Quality and Safety
• Perform design reviews to present your design to engineering peers and leadership and obtain feedback
• Write operation procedures for the tooling you design to help the field deployment team execute the repair
• Emergent issue support of customers during Outage Season to help solve challenging problems with technical guidance and fast-paced design, build, test response

Senior Engineer – Tooling Design Engineer

Lead Engineer – Tooling Design Engineer

• Define product vision and lifecycle strategy for low voltage electrical equipment (RPP/HDPP/CDP)
• Own and prioritize the product backlog, balancing customer requirements, safety, cost, and schedule working with Product Management and Sales
• Translate customer and market needs into detailed technical requirements and specifications
• Partner with sales, product management, field engineers, and customers to gather feedback and define product improvements
• Support go-to-market activities including technical documentation, training, and product positioning
• Lead mechanical design of enclosures, busbar structures, cable management, and thermal solutions
• Develop CAD models, drawings, and BOMs for production
• Perform thermal and structural analysis for high-power electrical assemblies
• Ensure designs meet requirements for heat dissipation, fault conditions, and mechanical integrity
• Drive design for manufacturability (DFM) and cost optimization
• Collaborate with electrical and firmware engineers on layout, clearances, and integration
• Lead design reviews and ensure alignment across disciplines
• Oversee prototyping, testing (thermal, short-circuit, environmental), and validation
• Manage engineering changes and product releases
• Ensure compliance with applicable standards such as UL, NEC, IEC, and ANSI
• Support certification processes and regulatory submissions
• Monitor field performance and lead root cause analysis for failures

Product Owner, Senior Mechanical Engineer – Power Distribution Equipment

• Design, refine and ship reusable and accessible components, tokens, and interaction patterns that enable teams to build consistent, high-quality experiences across web and mobile
• Contribute code to production and support Product Designers contributing code to production using agentic coding tools (Claude Code, custom internal tools)
• Establish LLM guidelines that align with the design system, enabling engineers and designers to quickly generate and implement designs and prototypes aligned with the design system
• Create internal guides and configure/create internal tooling to help Product Designers of varying technical levels adopt generative AI tooling in our daily workflows, making it possible for us to more directly improve and evolve the user-facing experience
• Define and maintain Niche’s visual language, guideline documentation and component libraries, including typography, color, iconography, and UI patterns, for both people and AI agents (think Stitch’s Design.md)
• Improve the contribution model so teams can effectively propose, build, and scale new components from real product use cases
• Track the latest tools and resources, stay aware of what's available and recommending tools to adopt while being mindful of hype cycles
• Clearly and honestly call out risks with reliance on AI tooling, strike a balance between short-term wins and long-term investments, and help advise on what people do best vs where agents can help.

Staff Design Systems Engineer

• Document and deliver design guidelines that will help the ASIC team implement high performance, area and power efficient RTL to achieve design targets and specifications
• Develop agentic AI solutions to craft the micro-architecture, implement the RTL, and deliver a fully verified, synthesis/timing clean design
• Collaborate and coordinate with other designers as well as tool and flow owners to make sure design guidelines and agentic solutions meet their requirements
• Drive impact by designing and deploying LLM-powered solutions for engineering assistants and multi-turn, multi-modal dialogue systems
• Stay ahead by engaging with the latest advancements in machine learning and AI to create powerful solutions

Senior ASIC Design Engineer

• Fullchip Floorplan by understanding the architecture of the design, foundry integration guidelines and IP placement constraints
• Collaborate with the system and package design teams to understand the requirements and incorporate into the fullchip floorplan
• Perform hierarchical implementation flow, including partition, pin assignment, clock plan and bump planning.
• Hands-on experience with Fullchip clock mesh and Flex-HTree methods
• RTL-to-GDSII implementation: Floorplan, Power Grid plan, place and route, static timing analysis, power integrity, physical verification and equivalence checks with a focus on performance, power and die size optimization.
• Analyze existing tool flows and methodologies, identifying efficiency gaps and implementing incremental or transformative enhancements.
• Work closely with RTL, DFT, implementation, EDA vendors, and tool/flow teams to enable best-in-class design methodology.
• Proficiency in low-power design methodologies using UPF
• Work with Foundry and standard cell IP vendors to define the signoff methodologies and validate/adjust them when you receive feedback from Post-Silicon Validation teams
• Experience in using AI tools to improve productivity

Senior ASIC Physical Design Engineering Lead

• RTL-to-GDSII implementation, including Logic Synthesis, Hierarchical Floorplanning, Place and Route, Static Timing Analysis, Power Integrity, and Equivalence checks with a focus on Power, Performance and Die-Size Optimization.
• Analyze existing tool flows and methodologies, identifying efficiency gaps and implementing incremental or transformative enhancements.
• Work closely with RTL, DFT, Implementation, EDA vendors, and tool/flow teams to enable best-in-class design methodology.
• Guide Clock Tree Synthesis (CTS) strategies and provide actionable feedback to the implementation teams.
• Execute STA setup, convergence methodologies, and sign-off processes across multi-mode, multi-corner scenarios.
• Complete Functional and Timing ECO implementation using industry-standard flows and contribute to automation for STA methodology.
• Evaluate multiple timing methodologies/tools across different technologies and design types.

Principal Engineer, ASIC Physical Design

• Lead the Functional Design Engineering & Strategy pod within the Foundations team in CCOE; partner with Enterprise Architecture, Information Security, the other Foundations pods (Security & Governance, FinOps, Network Engineering, Monitoring), and the Platforms, Containers, Support, and Delivery teams to translate enterprise architecture intent into implementable, well-architected, code-driven solutions
• Take high-level designs from architects and produce detailed, opinionated, build-ready engineering specifications aligned to the AWS Well-Architected Framework and LPL standards
• Define and curate the cross-CCOE reference pattern library: domain-tagged Terraform module bundles, reference architectures, anti-patterns, and architecture decision records (ADRs)
• Partner closely with the Principal Engineer, Cloud Strategy Lead so that tooling, IaC, and self-service platform strategy stay aligned with enterprise design direction
• Lead design reviews, architecture review boards, and engineering deep-dives across all five CCOE teams (Foundations, Platforms, Containers, Support, Delivery) and the four peer Foundations pods (Security & Governance, FinOps, Functional Design Engineering & Strategy, Network Engineering, Monitoring)

VP, Functional Design Engineering

• You'll be instrumental in the delivery of mechanical and plumbing utilities to ensure that all buildings, and all process equipment demand for utilities are fulfilled.
• This includes supply strategy, dimensioning and back-up considerations.
• You'll work with design, installation, commissioning, and running-in of major projects, including that all equipment within the factory are supplied where required including: main utility supply strategy, tank requirements and installations, pump supply, dimensioning and redundancy (back-up supply) considerations.
• Ensure that the necessary expertise from other departments - environment, safety, MMR’s, are included in the solutions.
• Communicate and supervise suppliers/contractors to place orders and follow up to ensure compliance with requirements.
• Ensure all documentation / reporting is done and archived following company directives and Group Technology rules, and available tools.

Mechanical Engineer – Project Engineer

• Design Reactor Modifications based on design input, product and customer requirements, industry codes and standards, and operating environment within defined schedule and cost limits
• Prepare 3D models, drawings, perform analysis and create specifications to support hardware development
• Collaborate with the Tooling Team, Analysis Teams, Field Deployment Teams, and Services Business to deliver designs that meet our standards for Nuclear Quality and Safety
• Perform design reviews to present your design to engineering peers and leadership and obtain feedback
• Provide technical support throughout the procurement and fabrication process
• Document the final design to ensure it meets all application and design requirements
• Engage in emergent issue support of customers during Outage Season to help solve challenging problems with technical guidance and fast-paced design, build, test response

Mechanical Engineer jobs in North Carolina

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Solution Design Engineer

Design Engineer I – New Graduates Welcome

IC Design Engineer

Aeroderivative Mechanical Design Engineer

Mechanical Engineer – Mission Critical Data Centers

Mechanical Application Engineer – Bearing Products

Lead Engineer – Plant Electrical Systems Design

Mechanical Engineer, PE III

Senior Engineer – Tooling Design Engineer

Lead Engineer – Tooling Design Engineer

Senior Engineer – Tooling Design Engineer

Lead Engineer – Tooling Design Engineer

Product Owner, Senior Mechanical Engineer – Power Distribution Equipment

Staff Design Systems Engineer

Senior ASIC Design Engineer

Senior ASIC Physical Design Engineering Lead

Principal Engineer, ASIC Physical Design

VP, Functional Design Engineering

Mechanical Engineer – Project Engineer

Lead Engineer – Hardware Design Engineer