Mechanical Engineer

• Analyze, design, and develop; assist in commercialization
• Build prototypes
• products and systems for testing; set up and conduct laboratory simulations
• Design interfaces for our products
• ensuring proper integration and functionality
• Conduct and/or participate in technical reviews of requirements
• specifications
• designs
• codes
• and other tasks involved in product development
• Support engineering design reviews with peers
• including Preliminary Design Reviews (PDR)
• Critical Design Reviews (CDR)
• and Test Readiness Reviews (TRR)
• Author interface control documents for systems and subsystems
• Create schematics and BOMs for products
• Be part of a team to establish system architecture
• Lead technical execution of electrical engineering principles
• Assist in generating technical content for white papers to support proposal development as needed

Senior Digital Design Engineer

• Invent new optimization engines that fuse traditionally independent engines with the objective of increasing chip frequency while minimizing power consumption across a suite of internal optimization tools.
• Improve algorithms (in C++) for gate-level sizing, buffering, useful clock skew, cell legalization, power minimization, ECO routing, and incremental parasitic extraction.
• Own the whole process from discovery and invention of new optimization opportunities, to developing solutions and working directly inside design teams to facilitate deployment.

Senior Software R&D Engineer, VLSI Physical Design

• You will drive physical design of high-frequency and low-power CPUs, GPUs, SoCs at block level, cluster level, and/or full chip level, with a focus on netlist-related aspects such as equivalence checking, asynchronous checking including clock domain crossing checks and MTBF analysis, logic synthesis, netlist quality checks, etc.
• Help in all aspects of physical design, such as driving timing convergence, timing constraints generation and management, and ECO generation and implementation.

Senior ASIC Physical Design Engineer, Netlisting

• Plan, organize, and execute all aspects of the Project / Jobs / Orders.
• Determine and coordinate all necessary project resources.
• Make decisions on project(s).
• Function as the liaison between the field and the client(s) to facilitate effective productions activities.
• Support job / sales order quotes and bid packages.
• Review contracts and equipment specifications.
• Identify, create, and negotiate all change orders in a timely manner.
• Maintain all progress tracking logs and manage releases of equipment.
• Collaborate with organization, suppliers and customer to ensure the project stays on schedule and maximizes profitability.
• Coordinate, attend, and/or lead all project related meetings.
• Prepare for and attend Project Reviews with management.
• Review Job Reports and create monthly cost and billing projections.
• Oversee Billing Processes and actively work to maintain a healthy cash flow position.
• Prepare periodic communications for clients, providing project status updates.
• Monitor and approve all job-related cost expenditures.
• Manage and track subcontractors.
• Maintain an active role in project safety in conjunction with company’s EHS.
• Complete project closeout process.

Mechanical Engineer – PM

• Seeking a Commissioning Manager, Mechanical Data Centers with experience leading chilled water, HVAC, and overall mechanical commissioning efforts for high-performance Data Centers.
• This role requires a deep understanding of pre-commissioning and commissioning across all commissioning phases (Level 1–5) for mechanical systems.
• Role will require stakeholder coordination while acting as the Owner’s Commissioning Mechanical lead for general contractors, designers, and vendors across multiple projects/sites.

Commissioning Mechanical Engineer, Data Centers

• Develop transport engineering solutions for oversized, overweight and heavy-lift cargo movements
• Prepare transport engineering studies, transport methodologies, method statements, logistics execution plans and transport philosophies
• Develop heavy haul, lifting, load-out, skidding, jacking, marine transportation and multimodal logistics concepts
• Evaluate transportability, constructability, execution risk and logistics interfaces throughout the project lifecycle
• Provide technical assurance that proposed logistics solutions are practical, safe and commercially viable
• Conduct desktop transport feasibility studies and coordinate physical route surveys
• Assess bridge capacities, pavement loading, turning geometry, vertical clearances, permitting requirements and temporary works
• Develop mitigation strategies and detailed engineering recommendations
• Review engineering drawings to assess transportability, lifting arrangements, centres of gravity, transport envelopes and fabrication constraints
• Recommend improvements that enhance logistics efficiency and reduce project risk
• Support FEED studies, EPC tenders, RFIs and RFQs with technical engineering input
• Prepare technical narratives, engineering deliverables, budgets and execution philosophies
• Provide technical support during critical heavy transport operations
• Interface directly with EPC contractors, owners, engineering consultants, heavy haul contractors, ports, Marine Warranty Surveyors and regulatory authorities
• Support Business Development during client meetings, technical workshops and strategic pursuits as the transport engineering SME
• Mentor junior engineers and project teams on transport engineering best practices
• Develop standards, templates, engineering tools and lessons learned across DPIS
• Promote innovation through digital route analysis, logistics simulation and engineering technologies

Senior Solutions Design Engineer, Transport Engineer

• Support the full lifecycle of natural gas distribution projects while working closely with project engineers, designers, and cross‑functional stakeholders.
• Review public improvement plans, preparing engineering designs, performing engineering calculations, developing pipeline routes, and creating construction estimates.
• Coordinate with internal teams, municipalities, and external partners while providing field support and site visits as needed.

Design Engineer – Gas

• RTL-to-GDSII implementation, including synthesis, hierarchical floorplanning, place and route, static timing analysis, power integrity, and equivalence checks with a focus on 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 Timing ECO implementation using Tweaker/Primetime-based flows and contribute to automation for STA methodology
• Evaluate multiple timing methodologies/tools across different technologies and design types

Physical Design Engineer

• Serve as the primary technical authority for mechanical infrastructure within the data center environment
• Provide engineering leadership and subject matter expertise for critical mechanical systems including: CRAC/CRAH units, chillers, cooling towers, pumps, humidification/dehumidification systems, RTUs, air handlers, economization systems, piping infrastructure, condenser water systems, and BMS/DCIM systems
• Lead troubleshooting, root-cause analysis, and resolution of mechanical infrastructure and thermal performance issues
• Provide expertise in airflow management strategies including hot aisle/cold aisle containment, rack-level cooling optimization, pressure differentials, and underfloor airflow distribution
• Manage cooling capacity planning for existing and future infrastructure growth
• Perform thermal load calculations, airflow analysis, and cooling utilization assessments for high-density compute environments
• Analyze rack-level heat loads, BTU requirements, CFM distribution, static pressure, and environmental conditions to ensure optimal thermal performance
• Evaluate infrastructure resiliency, redundancy, and operational risk associated with cooling capacity expansion initiatives
• Support deployment strategies for high-density server environments, liquid cooling technologies, and next-generation thermal management solutions
• Define critical mechanical equipment specifications and make product recommendations
• Develop and review mechanical designs, modifications, and infrastructure improvements within operational data center environments
• Review and approve mechanical equipment submittals, technical documentation, piping diagrams, airflow models, and infrastructure standards
• Provide technical oversight for cooling optimization initiatives, energy efficiency improvements, and mechanical system modernization projects
• Support construction, installation, testing, commissioning, and turnover activities associated with mechanical infrastructure projects
• Partner with commissioning teams to validate installation, operation, performance, and reliability of mechanical systems
• Support maintenance planning and operational readiness activities for critical cooling infrastructure
• Participate in incident response, thermal event investigations, infrastructure risk reviews, and operational reliability initiatives
• Assist operations teams in troubleshooting environmental alarms, cooling failures, airflow deficiencies, and thermal anomalies
• Ensure compliance with federal, state, and local mechanical/building codes and regulations
• Maintain adherence to ASHRAE standards, mechanical engineering best practices, and mission-critical operational standards
• Research and evaluate new technologies, equipment, and infrastructure solutions related to data center cooling and mechanical systems, specifically liquid cooling technologies
• Lead technical decision-making regarding cooling infrastructure, airflow management technologies, and mechanical equipment product selection
• Support long-term infrastructure strategy focused on scalability, efficiency, resiliency, sustainability, and operational excellence

Mechanical Engineer V

• Commission the mechanical systems of first units: cooling plants, distribution, and heat rejection verified to design.
• Execute and improve the scripts: functional tests run, gaps found, and the reference package fixed.
• Analyze the data: trends and test results reconciled against the thermal model.
• Support the factory: mechanical FAT processes for modules before they ship.

Mechanical Commissioning Engineer, R&D

• Commission mechanical systems for gigawatt-scale data centers
• Write and execute test scripts to prove capacity and redundancy
• Run functional and integrated systems tests with controls and electrical

Mechanical Commissioning Engineer, Capacity Delivery

• Support RFP/RFQ Network Design responses and network optimization, ensuring accurate and timely submissions.
• Serve as a Subject Matter Expert, providing guidance and expertise to the field team for network planning and deployment.
• Research and develop technical specifications, evaluating vendor and internal options to determine the best products and facilities.
• Utilize network transition strategies to design optimal architecture for new products and platforms.
• Create tools and resources to empower sales engineers in designing and optimizing network responses.
• Conduct economic analysis of various networking models and emerging technologies, assessing their impact on business cases.
• Analyze network designs and economic implications of roadmap features, contributing to strategic decision-making.
• Collaborate with cross-functional teams, including Marketing, PLM, Sales, and Engineering, to align on network solutions.
• Stay updated on industry trends and standards, ensuring our solutions remain cutting-edge and competitive.

System Design Engineer

• Contribute to the verification of top-level graphic core for Samsung’s next-generation mobile GPU.
• Contribute to the verification strategy and hands-on validation for cutting-edge GPU designs.
• Develop comprehensive verification plans, defining goals, coverage metrics, and sign-off criteria.
• Develop and maintain scalable verification testbenches using SystemVerilog and C++.
• Apply constrained-random testing, coverage-driven verification, and assertion-based techniques.
• Ensure functional and performance excellence for all graphic blocks.
• Advance verification methodologies, tools, and automation.

Senior GPU Design Verification Engineer

• Shape standard cell library strategy
• Drive circuit innovation for high-performance and low-voltage operation
• Lead PPA and Vmin optimization efforts
• Interface with Intel foundry customers
• Guide and mentor circuit designers

Principal Engineer – Standard Cell Design

• Work under the direction of a Project Executive and Project Manager to support the structural design and delivery of projects from concept through construction.
• Perform structural analysis, design, and review of structural systems and components for a variety of building types and project sectors.
• Assist in the development of structural solutions that align with project objectives, schedules, budgets, and constructability requirements.
• Collaborate with architects, engineers, contractors, fabricators, and other project stakeholders to coordinate project requirements and resolve design challenges.
• Prepare structural calculations, design documents, technical reports, specifications, and construction drawings.
• Review project documents for accuracy, completeness, and compliance with applicable building codes, regulations, and industry standards.
• Support the Project Executive and Project Manager in responding to client requests, RFIs, submittals, and construction-phase engineering needs.
• Participate in project meetings and contribute technical input to support project decision-making and successful project execution.
• Utilize structural analysis, modeling, and drafting software to develop efficient and effective design solutions.
• Maintain quality standards and adhere to Apex's established design, documentation, and project delivery processes.

Design Structural Engineer

• Executing installation, pre‑commissioning, commissioning, and maintenance of rotating equipment and associated auxiliaries.
• Performing precision mechanical tasks including alignment, leveling, torquing, dimensional checks, and assembly/disassembly.
• Diagnosing mechanical issues and collaborating with technical support teams to define corrective actions.
• Leading customer communication, site planning, daily coordination, and supervision of craft labor/subcontractors.
• Preparing accurate Field Service Reports, daily logs, punch lists, and technical documentation.
• Ensuring full compliance with QHSE requirements, including JSAs, toolbox talks, LOTO, and Permit‑to‑Work processes.

Field Service Mechanical Engineer – Turbomachinery

• Provide engineering support for offshore cranes, winches, and equipment.
• Conceptualize structural and mechanical design solutions.
• Perform and/or supervise creation of design layouts.
• Perform and/or supervise creation of detail drawings.
• Perform tolerance studies and check design documentation.
• Research and specify purchased parts, including hydraulic, electric drive, and gear components.
• Create component and system level test plans and test fixtures.
• Create engineering reports documenting calculations, design efforts, and results.
• Work with operations to identify product improvements.
• Perform other work related tasks as assigned.
• Comply with all NOV Company and HSE policies and procedures.

• Direct the development of final design construction plans for highway and roadway projects
• Lead, manage, and perform assignments to take 30 percent schematic design plans through preliminary and final design
• Prepare roadway and highway design using local (State, County, or City) or AASHTO standards
• Develop project scopes and budgets
• Mentor and develop junior staff and design/drafters
• Assist as needed on other projects assigned

Roadway Design Engineer

• Own the geotechnical workstream across a multi-site, multi-state development portfolio, from early site screening through foundation design and construction support.
• Scope and direct subsurface investigation programs: write geotechnical RFPs, manage boring and CPT campaigns and lab testing, and drive external geotechnical consultants from scope through final report.
• Interpret subsurface data into design parameters and assign foundation systems, working directly with Structural on bearing capacity, settlement, expansive and collapsible soils, liquefaction, seismic site class, shallow versus deep foundations, and ground improvement (rigid inclusions, piles, surcharge or preload).
• Set site earthwork and grading strategy with Civil: cut and fill balance, deep-fill and differential-settlement risk to pads, MV duct banks, substations, and roads, and the call between regrade, preload, and ground improvement.
• Run geotechnical fatal-flaw screening during site selection and due diligence, catching karst, mine subsidence, abandoned oil and gas wells, uncontrolled fill, high groundwater, and expansive clay before they reach signing or schedule.
• Coordinate with Environmental on groundwater, contamination, and Phase II findings that drive subsurface and foundation decisions, and manage geotechnical deliverables to protect IFC and construction dates.

Geotechnical Engineer, Data Center Design

• Build and maintain reliability block diagrams and fault tree analyses across the full MEP service chain, from utility intake to rack-level IT load, running Monte Carlo simulations of at least 100,000 iterations to produce P50/P90/P95/P99 availability distributions.
• Own the reliability study at each 30% and 90% design gate for Fluidstack's own templates, and run independent reliability assessments of EPC-proposed, colocation, and acquired-site designs benchmarked against Uptime Institute Tier III/IV classifications.
• Manage third-party reliability consultants and review their RBD, FTA, and Monte Carlo work for methodology soundness, turning identified single points of failure into prioritized design recommendations before capital is committed.
• Maintain the reliability model, component data, and full audit trail inside Windchill PLM, and produce availability statements, sensitivity analyses, and FMEA summaries for lease documents, SLAs, and investor materials.
• Feed live-site failure and repair data from Operations and Commissioning back into the models, track modeled availability against measured uptime across the portfolio, and translate the components driving unavailability into maintenance, sparing, and capital allocation recommendations such as N+1 versus 2N.

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