Mechanical Engineer

• Perform various turbomachinery design analyses including FEA (stress, deflection, and modal), hand calculations, and rotordynamics
• Development of standardized product deliverables collaborating with Product Owners
• Executing mechanical design tasks related to won projects and product development initiatives, support of aftermarket activities and engineering tasks
• Communicate with vendors on technical solutions
• Support root cause analyses (RCA) of equipment and field commissioning and start up activities executed by the Aftermarket Team
• Drive engineering and material cost reductions and competitiveness across project and product offerings collaborating with stakeholders
• Collaboration with customers to ensure proper design and integration of equipment into the process
• Select components and materials for turbomachinery and systems
• Perform safety and operability reviews
• Collaborate with various subject areas to finalize equipment designs
• Checking and approving manufacturing drawings
• Support of bid estimate development
• Collaborate with the Business Improvement Team to develop new and standardized design engineering tools and work processes for streamlining projects and product development
• Challenge norms with alternate solutions rooted in engineering fundamentals
• Promote safety and diversity consistent with the philosophies of Rotoflow®

Senior Principal Mechanical Engineer

• Gain hands on, real-world experience.
• Receive mentorship and feedback from mentors and managers.
• Participate in events to learn about other parts of our organization.

Structural and Mechanical Engineering Intern, Undergraduate

• Design, analyze, fabricate, and verify the full suite of mechanical ground support equipment for large-format solar array wings—from prototype assembly through engineering build and into qualification test
• Own the complete GSE lifecycle for each item: concept trade, detailed design, procurement or in-house fabrication, assembly, acceptance test, and handoff to production with supporting documentation in Windchill
• Design and develop breakover and repositioning fixtures that allow solar wings to be rotated and handled during ground integration, ensuring load paths do not damage fragile photovoltaic assemblies or their substrates
• Translate mechanical ICD constraints from array and spacecraft bus interfaces into tooling geometry that can be operated safely in cleanroom and high-bay environments
• Design and release a broad family of wing assembly fixtures: integration stands for frame build-up during panel installation, alignment fixtures enforcing critical hole-to-hole pitch across structural members, harness routing guides, connector support brackets, and panel-level handling aids that allow technicians to maneuver individual solar panels without point-loading delicate optical surfaces or flexing laminated structures beyond tolerance
• Apply strong DFM intuition; write clear manufacturing specifications and work with in-house machinists and outside vendors to close on fabrication
• Lead design and analysis of gravity off-load systems, including dynamic load analysis, cable or counterbalance system design, and deployment simulation to accurately compensate for the distributed weight of solar array assemblies throughout the full kinematic range of motion
• Validate offload accuracy through a combination of rigid-body kinematic analysis and instrumented checkout, selecting from constant-force springs, air bearings, overhead cable systems, or hybrid approaches as the design requires
• Support miscellaneous MGSE needs as programs mature: TVAC test fixture design, transportation and shipping containers for fragile panel assemblies, vibration test interface plates, and deployment restraint fixtures for pre-launch handling
• Generate component drawings, assembly drawings, and interface control documents with application of GD&T per ASME Y14.5; perform tolerance stackup analysis to verify interface compatibility with flight hardware
• Perform structural analysis sufficient to size load-bearing members, select appropriate fastener schemes, and verify interface compatibility with flight hardware
• Collaborate in a scrappy cross-disciplinary R&D environment with manufacturing engineers, mechanisms designers, test engineers, and technicians to ensure GSE is integrated, safe, and ready when the program needs it
• Coach, mentor, and technically assist junior engineers on the GSE team

Mechanical Engineer III – Solar GSE

• Develop clear and detailed AV system designs, defining technical requirements that align with client needs, project constraints, and established engineering standards.
• Develop clear and complete design documentation including scopes of work, functional system descriptions, system sketches, and line drawings such as signal flow diagrams and layouts.
• Meet with integrators to understand existing conditions, identify potential challenges, and gather critical information to support accurate system design.
• Provide technical expertise and coordination support for audio, video, network, and control systems throughout the design phase and during handoff to project and field teams.
• Identify long-lead equipment and proactively communicate procurement risks to ensure project timelines are maintained.
• Engage with vendors and manufacturers to learn about the product capabilities and ensure selected products meet project and client requirements.
• Maintain current industry knowledge through ongoing vendor training, trade publications, participation in industry events, and continuing education.
• Maintaining your work calendar, effectively utilize Office programs, and use design software to increase efficiencies and collaborate effectively.

AV System Design Engineer

• Responsible for developing and owning RTL development of AI-enabled RISC-V CPU core
• Drive the micro-architecture and design of critical blocks of the CPU core
• Design of RISC-V Vector CPU core and its custom extensions
• Design of AI-enabled Matrix engine to augment the Vector CPU
• Explore high-performance strategies working with the CPU modeling team
• Perform Microarchitecture development and specification from early high-level architectural exploration, through microarchitectural research to detailed specifications
• Configure Design Features Development, assessment, and refinement of RTL design to target power, performance, area, and timing goals
• Perform Functional verification support and assist in the design verification strategy
• Assist with the verification of RTL design performance goals
• Partner with a multi-functional engineering team to implement and validate physical design aspects of timing, area, reliability, testability, and power

Senior/Staff Design Engineer

• Engineer mobile mechanical systems for oil and gas applications—hydraulic equipment, mobile lifting systems, and field-service machinery.
• Enhance reliability and efficiency for high-pressure, high-load, and high-cycle environments.
• Create detailed CAD models and drawings using Inventor (preferred), Pro-E, or SolidWorks.
• Test and refine equipment to meet API, ASME, and internal quality standards.
• Diagnose field issues, reduce downtime, and drive continuous improvement in system performance.
• Work cross-functionally with design, manufacturing, and field teams to deliver robust, field-ready solutions.

Senior Mechanical Engineer – Remote

• Designs, develops, builds, and implements new components, products, or technologies in a self-directed manner.
• Creates new designs and resolves manufacturing or operational issues for complex components.
• Ensuring design acceptance, manufacturing producibility, and validation.
• Develop project scope to address business challenges and opportunities.
• Applying and developing new technologies and process improvements to achieve greater efficiency, cost reduction and quality improvement.
• Support definition of engineering procedures to make the product or process more reliable, efficient and cost-effective.
• Understanding functional requirements and translating into detail design documents.
• Collaborating with all functional areas to provide a design solution that meets the requirements of the enterprise partners and customers.

Senior Controls Design Engineer

• Provide advanced technical leadership and oversight for the design, documentation, and implementation of complex building automation and control systems.
• Guide a team of Senior Design Engineers, ensuring engineering excellence and consistency in design standards.
• Lead the design and implementation of DDC control systems across all project phases.
• Oversee the development of HVAC and building automation control system designs, schematics, and wiring details.
• Conduct and oversee QA/QC reviews of drawings, submittals, and as-built documentation.

Lead Design Engineer

• Collaborates, drives and develops logic design, register transfer level (RTL) coding, and simulation for a CPU required to generate cell libraries, functional units, and the CPU IP block for integration in full chip designs.
• Participates actively in the definition of architecture and microarchitecture features of the CPU being designed.
• Applies various strategies, tools, and methods to write RTL and optimize logic to qualify the design to meet power, performance, area, and timing goals as well as design integrity for physical implementation.
• Reviews the verification plan and implementation to ensure design features are verified correctly and resolves and implements corrective measures for failing RTL tests to ensure correctness of features.
• Provide technical leadership and support to the design team leadership including proposing creative, innovative methodology and process initiatives to consistently improve efficiency and quality.
• Work closely with architecture and backend teams and with other design teams towards achieving best-in-class products.
• Build a strong and technically vital organization. Cultivate and reinforce appropriate group values, norms and behaviors.

Senior CPU RTL Design Engineer

• Lead the functional verification efforts for cutting-edge SoC designs
• Define and implement scalable and reusable verification methodologies
• Develop and execute block, subsystem, and SoC-level verification plans
• Collaborate with SoC architects, RTL designers, and firmware teams
• Oversee the integration of multiple IPs into the SoC environment
• Lead emulation and performance modeling efforts
• Debug and root cause complex issues in pre-silicon environments
• Provide expert guidance and mentorship to technical leads and design verification engineers

Director, SoC Design Engineering

• Perform various tasks associated with Design Verification RISCV architecture Processors/Cores
• Reviewing Design and RISCV Standard Specifications
• Test Bench Development
• Test Plan Creation
• Tests Creation
• Test Case Debug
• Coverage Closure.
• Modeling, Flow and Methodology development

Experienced Staff Design Engineer, Verification

• Perform structural analysis and design of metal building frames, secondary framing, and connections using industry-standard software (e.g., MBS, AutoCAD, SkyCiv, etc.).
• Ensure designs comply with applicable codes (IBC, ASCE 7, AISC, AISI, MBMA) and project-specific requirements.
• Optimize designs for efficiency, cost-effectiveness, and manufacturability while maintaining structural integrity.
• Evaluate and design modifications for existing structures when necessary.
• Work closely with drafting and detailing teams to ensure accurate representation of engineering intent in shop drawings and erection plans.
• Provide guidance to project managers, sales, and customer service teams on technical feasibility and design constraints.
• Support field service teams with structural clarifications and issue resolution during construction.
• Conduct design checks and peer reviews to ensure accuracy and compliance.
• Assist in developing and refining engineering standards, tools, and best practices.
• Participate in root cause analysis and corrective action processes for engineering-related errors.
• Stay up to date with advancements in metal building design, materials, and construction methods.
• Contribute to the development and implementation of automation tools, design optimizations, and process improvements.

Metal Building Design Engineer

• Lead the mechanical design and development of complex valve and actuator assemblies
• Provide technical leadership for 3D CAD modeling
• Develop and review castings, forgings, machined components, and sub-assemblies
• Interpret customer specifications and develop practical engineering solutions
• Serve as a principal reviewer for design packages
• Apply advanced engineering analysis techniques
• Collaborate with engineering, manufacturing, purchasing, planning, quality, project management, and field service teams
• Drive sustaining engineering efforts
• Mentor and guide less experienced engineers
• Communicate effectively with stakeholders.

Principal Mechanical Engineer, Valve Engineering

• Lead the design, development and integration of advanced analog/mixed-signal functions in advanced CMOS and SiGe technologies, focusing on performance optimization and trade-off analysis.
• Utilize full proficiency in Spectre and AMS flows to develop high-performance mixed-signal circuits and systems.
• Collaborate with system architects to define block-level performance and interface requirements based on system specifications, ensuring seamless integration into RF payloads and terminals.
• Oversee layout, top-level integration, floorplanning, and verification of the overall design for successful tape-out cycle.
• Work closely with validation and product engineers to develop test plans, facilitate bring-up, optimize performance, and ensure reliable & high-yield production cycles.
• Investigate and implement fundamental analog building blocks to enhance overall circuit performance and mentor junior engineers for best design practices in analog domain.

Analog Mixed-Signal IC Design Engineer

• Architecting the clock domain to satisfy functional, physical and testing design requirements.
• Engage with multiple teams and design the GPU or CPU clocks.
• Improve Power, Performance, and Area (PPA) of NVIDIA chips by evaluating trade-offs.
• Collaborate with Physical design and timing team to evaluate Clocking concerns.
• Deliver clock RTL information to GPU, CPU and SOC verification team, timing and DFT teams.
• Get involved in end-to-end cycle of ASIC execution starting from micro-arch.

ASIC Clocks Design Engineer – New College Grad

• Collaborate with a team of Design Engineers and Systems Engineers.
• Design and develop frontend experiences that improve overall developer experience.
• Own your code from inception to release.
• Bring attention to detail to the work completed for both coding patterns & visual aesthetics.
• Work in Figma collaborating on designs or inspiration.

Senior Design Engineer

• Serve as final technical authority for mechanical and enclosure designs, deviations, and risk acceptance.
• Own and approve mechanical and enclosure standards, design criteria, and analysis methodologies, including structural evaluation, airflow and pressure drop, and acoustics.
• Define and govern enclosure design philosophy for manufacturability, reliability, ventilation performance, and serviceability.
• Lead architecture-level decisions for high-risk or novel enclosure applications and establish validation and acceptance criteria.
• Lead investigations into complex field failures or recurring mechanical issues and define corrective and preventive actions.
• Provide technical governance across multiple projects and advise leadership on mechanical risk, execution strategy, and capability gaps.
• Lead mechanical design execution for commercial and industrial (C&I) projects, including development of field-ready deliverables and practical engineering solutions.
• Develop and maintain site layout models to support project planning, equipment arrangement, constructability, and interdisciplinary coordination.
• Develop 3D models and layout concepts using SolidWorks and other applicable design tools, including Revit, with the ability to expand into Inventor and Plant 3D as project and business needs evolve.
• Own development of piping and installation diagrams for engine systems, balance-of-plant equipment, and associated mechanical infrastructure.
• Perform pipe sizing calculations and lead piping system layout, routing, and mechanical design development based on project design criteria, operating requirements, and constructability considerations.
• Develop mechanical specifications, bill of material inputs, and supporting design documentation required for procurement, fabrication, installation, and revision-controlled release.
• Develop engine haul arrangement models, equipment integration layouts, and constructability reviews for packaged and site-installed systems.
• Coordinate with electrical, controls, fabrication, sourcing, construction, and field teams to ensure designs are accurate, executable, and aligned with project requirements.
• Interface with vendors, fabricators, and internal stakeholders to drive design clarification, technical alignment, and implementation of mechanical deliverables.
• Support expansion of internal 3D modeling capabilities for equipment, piping, and engine haul arrangements as engineering tools and workflows mature.
• Mentor Senior and Engineer-tier Mechanical Design Engineers and strengthen discipline capability and technical culture.
• Ensure compliance with ASME standards, UL 2200, and applicable project, customer, and internal requirements.

Staff Mechanical Engineer

• Perform design and cost estimates for new-build and over-build of Clearwave Fiber's OSP facilities.
• Utilize GIS-based field and drafting tools for field operations such as taking field notes and drafting.
• Submit permits and obtain financial approval on given projects.
• Support senior engineers in planning and managing schedules, and identify resource gaps.
• Develop overall OSP system design for new developments and over-builds.
• Prepare cost estimates, manage project financials, and perform financial true-ups.
• Maintain detailed assignment documents of fiber projects and communicate with Facility Engineers.
• Evaluate new OSP products and designs for implementation.
• Assist in the preparation of the annual engineering budget.
• Manage purchase orders and vendor invoices.
• Initiate OSP work orders for construction.
• Use CAD design software to produce fiber designs and bill of materials.
• Forecast service demands to develop short, medium, and long-range plans.
• Provide mapping technicians with updates on current new development land base.
• Perform aerial plant engineering, including make ready and pole loading analysis.
• Conduct engineering for OSP underground networks.
• Prepare permits related to ROW, Railroad, and DOTs.
• Perform QC work in the field.
• Provide input on best practices, permit processes, construction methods, and telecom products.
• Perform other related duties as assigned for effective departmental operations.

OSP Design Engineer

• Overall design responsibility for ASIC package designs, including aspects of signal integrity, power integrity, manufacturability, reliability, and thermal
• Package Design of critical structures for SerDes, ADC/DAC, DDR, etc.
• Schedule, prioritize, & track your work across 2+ projects simultaneously
• General flip-chip BGA package design & engineering
• Project management and customer interface for your design projects
• Contribute to efficiency improvements for the design team, through process development/improvement, automation, documentation, etc.
• Physical design (layout) is a foundational responsibility in this role

Package Design Engineer

• Own end-to-end circuit card development: schematic capture and layout for complex digital/analog/power designs, EEE component selection, electrical simulations, and rapid prototyping for flight, qualification.
• Develop new features and functionality as part of the design team for our common avionics platform used across launch vehicles and spacecraft applications.
• Perform technical trade studies, requirement capture, conceptual and detail design activities for new and existing designs.
• Work with experts across teams and departments (systems, mechanical, software, test engineering) to develop tightly integrated, high-performance hardware.
• Lead troubleshooting and root-cause analysis using standard test equipment, driving issues to closure in a fast-paced setting.
• Understand and implement aerospace guidelines for development and design of electronic assemblies.

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