Support the design and build of launch-pad fluid systems for Starship launch sites, focusing on cryogenic propellant processing and generation.
Responsibilities
Analyze, design, and build systems that support critical rocket launches and testing
Cradle-to-grave project ownership through hosting design reviews, project decision justification, equipment procurement, and coordination and assistance in the construction of your ideas
Apply interdisciplinary engineering skills in fields of system-level process design and initial sizing, detailed pressurized fluid and thermal analysis, structural engineering, materials and component selection, and cost/schedule optimization
Work directly with technicians and support groups to build your designs and fix real-world problems on the fly
Maintain a tight feedback loop with operations and construction teams to rapidly alter plans as necessary to meet tight deadlines
Requirements
Bachelor’s degree in mechanical engineering, chemical engineering, aerospace engineering, or other engineering discipline
The Mechanical Engineer for Teledyne RD Instruments is responsible for the design, analysis, development, testing and production support of mechanical and electro-mechanical products used in underwater acoustic instrumentation, focusing on designing and developing fixtures for environmental and verification testing.
Compensation
The anticipated salary range listed for this role is only an estimate. Actual compensation for successful candidates is carefully determined based on several factors including, but not limited to, location, education/training, work experience, key skills, and type of position.
Conducts Finite Element Analysis (FEA) to validate structural integrity under pressure, shock, vibration and environmental loading conditions
Designs products with a focus on manufacturability, reliability, cost optimization, and compliance with internal product requirements and customer specifications
Requirements
Bachelor's degree (B.S.) from four-year college or university in a related field
Develop polygonal and polyhedral mesh generation capabilities for the MOOSE framework and demonstrate spatial convergence in nuclear simulation problems.
As a Senior Mechanical Development Engineer in the Optical Modules Group, you'll collaborate closely with a dynamic team in a fast-paced in-person environment. You will play a key role in developing innovative solutions for Nokia's cutting-edge opto-electronic devices, contributing to the advancement of next-generation technology products.
Responsibilities
Develop and produce high-quality solid models and detailed drawings using CREO and AutoCAD, ensuring accurate part revision and lifecycle management.
Perform and interpret thermal, thermo-mechanical, and mechanical FEA analyses with ANSYS to validate designs under real-world conditions.
Conduct Failure Mode and Effects Analyses (FMEAs) to identify potential design risks and enhance product reliability.
Execute detailed tolerance analyses to ensure design precision and manufacturability, driving continual improvement.
Collaborate closely with cross-functional teams, including design, manufacturing, and quality assurance, to innovate and refine product designs.
As a Principal Mechanical Development Engineer in the Optical Modules Group, you'll collaborate closely with a dynamic team in a fast-paced in-person environment. You will play a key role in developing innovative solutions for Nokia's cutting-edge opto-electronic devices, contributing to the advancement of next-generation technology products.
Responsibilities
Develop and produce high-quality solid models and detailed drawings using CREO and AutoCAD, ensuring accurate part revision and lifecycle management.
Perform and interpret thermal, thermo-mechanical, and mechanical FEA analyses with ANSYS to validate designs under real-world conditions.
Conduct Failure Mode and Effects Analyses (FMEAs) to identify potential design risks and enhance product reliability.
Execute detailed tolerance analyses to ensure design precision and manufacturability, driving continual improvement.
Collaborate closely with cross-functional teams, including design, manufacturing, and quality assurance, to innovate and refine product designs.
Perform structural analysis on spacecraft, instruments, payloads, optics, mechanisms, electronic assemblies and ground support equipment using closed form and finite element analysis techniques in stress analysis and structural dynamics.
Responsibilities
Perform structural analysis on spacecraft, instruments, payloads, optics, mechanisms, electronic assemblies and ground support equipment
Use closed form and finite element analysis techniques in stress analysis and structural dynamics
Develop loads and environments for structure and components
Support structural and environmental testing for static, modal, acoustic, shock, and vibration
Write detailed reports for test and analysis activities
Requirements
BS degree or higher in Engineering or a related field
Lead the design, analysis, and verification of thermal systems and hardware for products and platforms, contributing to product development by developing thermal solutions and resolving complex technical challenges.
Responsibilities
Develop thermal architectures, heat transfer analyses, thermal models, and cooling solutions supporting complex products and customer requirements.
Evaluate thermal performance using analytical methods and simulation tools while resolving complex thermal design challenges and optimizing product performance.
Review engineering drawings, technical specifications, and design documentation to validate compliance with thermal and system requirements.
Lead thermal testing activities by coordinating test planning, instrumentation, thermal characterization, and performance evaluations.
Evaluate thermal test results, simulation data, and engineering measurements while identifying root causes and implementing corrective design solutions.
Lead mechanical design activities throughout the full product development lifecycle, from concept through production release, focusing on battery packs, power electronics, and electro-mechanical assemblies.
Compensation
Annual Total Compensation Range: $90,000 – $105,000
Responsibilities
Lead mechanical design activities throughout the full product development lifecycle
Design and develop battery packs, power supply enclosures, cables, plastic and metal components
Create detailed 3D CAD models, assemblies, engineering drawings, and manufacturing documentation using SolidWorks
Generate complete design packages including BOMs, assembly instructions, part specifications, qualification plans, and engineering documentation
Develop product concepts and detailed design proposals from customer requirements
Requirements
Bachelor’s degree in mechanical engineering or a related discipline
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