Mechanical Engineer

• Design high-precision and complex space opto-mechanical telescopes hardware as part of an Integrated Product Team (IPT)
• Hardware variety spans machined components, composite structures, deployable mechanisms, opto-mechanical support structure, bearings, capital tooling and fixturing, launch mechanisms
• Leverage high reliability, flight-proven, heritage design concepts in order to produce high quality designs within an aggressive timeline
• Lead and participate in technical team reviews and technical review boards
• Interface with outside suppliers/customers and other engineering disciplines to drive designs to closure (Structural, Thermal, Electrical, Manufacturing, Integration and Testing, Quality, Configuration Management)
• Present design details at program reviews to customers and independent reviewers
• Develop and perform testing to show proof-of-concept and/or qualification of new designs
• Support production operations with design of tooling, test equipment, and shop aids
• Provide regular status updates to Program Management and Project Engineers on cost and schedule performance

Scientist, Mechanical Engineer – Space Mechanisms

• Work with engineers across the business to propose, design, develop, integrate, and document detailed designs of large assemblies and sub-assemblies within the mechanical design department using CREO
• Communicate with engineering team members and suppliers to design, model, and document the design technical data package (TDP) and its capabilities and compliance with configuration and drafting requirements
• Support development, evaluation, and analysis of mechanical designs
• Drawing generation, drawing release, and drawing change incorporation
• Holding design reviews and resolving action items
• Overseeing reworks and/or modification procedures
• Supporting the production floor on a regular basis, collecting issues, providing status and participating in problem resolution
• Utilize CREO CAD tool for modeling and documentation creation
• Large Assembly Management and BOM Management

Senior Design Engineer, Advanced 3D Modeler

• Turn complex concepts into robust, production-ready hardware.
• Own the design of high-stakes automation subsystems.
• Ensure project’s technical vision is executed flawlessly on a tight timeline.
• Tackle difficult design problems and own prototype-to-production process.
• Create clean 3D CAD and excellent 2D drawings.
• Mentor younger engineers and provide design, testing, and validation feedback.
• Participate in on-call rotation to provide stores with technical support.

Senior Mechanical Engineer

• Develop conceptual site layouts for community solar projects throughout the development process.
• Evaluate greenfield and brownfield sites for solar development suitability.
• Create optimized layouts that maximize project economics while maintaining constructability and permitting viability.
• Support land acquisition and origination teams through rapid site assessments and technical due diligence.
• Develop and maintain bankable energy production models using PVsyst.
• Support project financing and investment decisions through production forecasting and technical analysis.
• Support utility interconnection applications and technical reviews.
• Provide technical support to development teams throughout the project lifecycle.

Solar PV Design Engineer

• Collaborating with a team of other designers to implement key circuit blocks within a defined architecture
• Comprehending system level impacts of block level parameters and making trade-offs as needed
• Designing challenging transistor-level circuits
• Preparing effective design documents and conducting engaging design reviews
• Guiding layout, evaluation, and test engineering teams

Staff Mixed-Signal Design Engineer

• Take a leadership role in converter development.
• Exhibit a strong, intuitive capability in solving complex challenges.
• Self-motivate and motivate others on the team.
• Lead circuit development efforts, evaluating and selecting circuit architectures.
• Design challenging transistor-level circuits.
• Prepare effective design documents and conduct engaging design reviews.
• Guide layout, evaluation, and test engineering teams.
• Mentor other design engineers.

Principal Mixed-Signal Design Engineer

• Leading circuit development efforts, evaluating and selecting circuit architectures
• Designing challenging transistor-level circuits
• Preparing effective design documents and conducting engaging design reviews
• Guiding layout, evaluation, and test engineering teams
• Mentoring other design engineers

• Architecting data converter solutions to meet a diverse set of application requirements, with a focus on state-of-the-art multi-GHz sample rate and bandwidth
• Developing and implementing calibration algorithms for digitally-assisted analog circuits
• Designing challenging transistor-level circuits
• Collaborating with internal and external customers, working across multiple sites and multiple teams
• Preparing effective design documents and conducting engaging design reviews
• Guiding layout, evaluation, and test engineering teams
• Mentoring other design engineers

Senior Principal Mixed-Signal Design Engineer

• Utilize mechanical hardware design experience with ruggedized structures and electronics packaging
• Develop technical solutions for phase array radars/electronics in military programs
• Help create definitions of mechanical outlines, specifications, and drawings
• Lead design release into production with limited supervision
• Prepare proposal inputs; ensure standards and requirements are met
• Perform complex tolerance analyses; interact with senior personnel
• Collaborate with engineering disciplines, operations, and programs

• Utilize mechanical hardware design experience and knowledge with ruggedized structures, interconnects, electromechanical development, cooling, or array integration of phase array radars/electronics for multiple military programs
• Develop technical solutions to a wide range of complex problems related to the entire product life cycle including proposal, design, manufacture, integration and test of phase array radars/electronics for multiple military programs
• Employ transition-to-production practices with the ability to lead a design release into production
• Provide technical conscience, challenged with making sure the product and process meet appropriate standards and requirements while helping to remove roadblocks
• Work with minimal direction or supervision, while exercising considerable latitude in determining the technical objectives of the assignment while meeting cost, schedule, quality, and performance requirements for the finished product
• Lead a small team of mechanical engineers when required
• Collaborate frequently with cross-functional personnel, on significant technical matters often requiring coordination between organizations

Principal Mechanical Design Engineer

• Develop technical solutions for a broad range of mechanism and machine design challenges supporting advanced radar systems and subsystems
• Design and analyze motion control actuation systems
• Perform kinematic and dynamic analysis of mechanisms
• Support the full mechanical design lifecycle
• Create and support 3D models, engineering drawings, tolerance analyses, and manufacturing documentation
• Partner with manufacturing and test teams to support prototype builds
• Participate in technical and design reviews

Principal Mechanical Engineer – Mechanism Design

• Utilize mechanical hardware design experience with ruggedized structures, interconnects, cooling, RF and electronics packaging
• Develop technical solutions to complex problems throughout the product life cycle
• Employ transition-to-production practices and lead design releases into production
• Perform tolerance analyses to ensure form, fit, and function are as intended
• Interact with senior personnel on technical matters requiring coordination between organizations

Senior Mechanical Design Engineer

• Technical support for the fossil fleet operations and maintenance for rotating equipment
• Perform root cause analysis
• Provide innovative engineering solutions for difficult problems
• Contributes to economic justification/analysis for projects
• Participate in and lead special projects or teams

Mechanical Engineer – Gas and Steam Turbine

• Technical support for the fossil fleet operations and maintenance for rotating equipment
• Perform root cause analysis
• Provide innovative engineering solutions for difficult problems
• Contributes to economic justification/analysis for projects
• Individual contributor in Mechanical Rotating Equipment Engineering

• focus on the technical execution of high-performance ASIC designs
• own the RTL-to-GDSII implementation flow for advanced semiconductor nodes
• responsible for the successful delivery of assigned blocks from specification through to tapeout
• Implement end-to-end RTL-to-GDSII implementation for advanced nodes (sub-7nm)
• Perform floor planning, place and route, and clock/power distribution
• Conduct static timing analysis (STA) and drive timing closure for multi-mode/multi-corner designs
• Manage the physical design of assigned blocks
• Collaborate with the Physical Design team to debug and resolve complex physical implementation issues
• Implement ECO strategies and support sign-off processes
• Contribute to the refinement of design methodologies and standard processes within the engineering team
• Document and track progress for assigned project achievements

Physical Design Engineer II

• Design components and assemblies using CAD (Creo Parametric)
• Create technical production and assembly drawings.
• Build samples for testing, proof-of-concept models, mock-ups, and functional/appearance prototypes.
• Identify and interface with third-party suppliers and integrate their components into designs.
• Support advanced R&D initiatives and prototyping efforts in collaboration with cross-functional team members.
• Participate in cross-disciplinary design and development projects.
• Identify emerging technologies to help define future product development opportunities.
• Research advanced materials and manufacturing processes.
• Contribute to project schedules, milestones, and deliverables.
• Support positive team interactions to achieve program objectives.

Mechanical Engineer Intern

• 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 the customer and construction crews on site to review the scope of the design and discuss project execution.

Design Engineer I – Electric Utility Projects

• Lead the mechanical design of major robotic platforms across the full product lifecycle, from concept and prototyping through NPI and sustained field deployment.
• Set the technical direction for how the Robot platforms are architected, packaged, and manufactured; make system-level decisions that hold up through production and deployment, not just during design review.
• Define design requirements, perform tolerance stack-ups, and drive interface decisions across complex assemblies integrating actuators, sensors, and electronics.
• Ensure structural integrity of mechanical assemblies: define load cases, run or direct finite element analysis (FEA), select materials, and validate through physical test.
• Conduct simulations, testing, and prototyping to validate designs.
• Create detailed technical drawings, CAD models, and documentation.
• Troubleshoot and resolve issues during design, production, and deployment.
• Drive design solutions through sketches and CAD, gather cross-functional input early, and build alignment across stakeholders before committing to a direction.
• Ensure compliance with industry standards, safety regulations, and quality control processes.
• Support production teams in scaling and improving manufacturing processes for robotics hardware.
• Serve as a technical anchor for the mechanical engineering team, setting the bar for design rigor, documentation quality, and engineering judgment.
• Mentor and develop junior and mid-level engineers through design reviews, hands-on guidance, DFM coaching, and best-practice modeling.
• Lead and participate in cross-functional design reviews, identifying risks early and driving alignment across hardware, software, and manufacturing stakeholders.
• Lead continuous improvement efforts in robot performance and reliability.

Principal Mechanical Engineer

• Individual contributor position working on new product development of system-level test equipment
• Develop specifications, requirements, and validation plans.
• Detail design of mechanical parts to support design requirements (sheetmetal/machined parts)
• Define and perform verification testing to ensure quality of mechanical design
• Documentation of components and assemblies.

• Evaluate and Develop Architectures: Create and specify individual circuit blocks.
• Perform system-level analysis to develop optimal system implementations.
• Design and Verification: Conduct detailed circuit design, simulations, and verification of Highly Linear Amplifiers, Bias blocks, Switches, DFX, Digital I/O, LDO’s, ADCs and DACs.
• Oversee analog and mixed-signal circuits ICs from concept through production release.
• Participate in design optimization for power, performance, and area, and ensure compliance with rigorous quality standards.
• Additionally, you will provide technical guidance to junior engineers and collaborate closely with cross-functional teams to drive innovative solutions and deliver successful products to market.
• Work with digital design and design verification teams on block and system integration and verification at the chip and system level.
• Layout Supervision: Supervise layout and conduct post-layout simulations.
• Documentation and Reviews: Prepare documentation and conduct design reviews.
• Lab Evaluation and Debug: Perform lab evaluation and debug and provide test development and guidance to test evaluation teams.
• Cross-Functional Interaction: Collaborate with cross-functional teams to define requirements and specifications.

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Scientist, Mechanical Engineer – Space Mechanisms

Senior Design Engineer, Advanced 3D Modeler

Senior Mechanical Engineer

Solar PV Design Engineer

Staff Mixed-Signal Design Engineer

Principal Mixed-Signal Design Engineer

Principal Mixed-Signal Design Engineer

Senior Principal Mixed-Signal Design Engineer

Senior Mechanical Engineer

Principal Mechanical Design Engineer

Principal Mechanical Engineer – Mechanism Design

Senior Mechanical Design Engineer

Mechanical Engineer – Gas and Steam Turbine

Mechanical Engineer – Gas and Steam Turbine

Physical Design Engineer II

Mechanical Engineer Intern

Design Engineer I – Electric Utility Projects

Principal Mechanical Engineer

Mechanical Engineer

Principal Mixed-Signal/Analog Design Engineer – Power/ATE