Perform detailed structural analysis to determine structural integrity using classical techniques, Finite Element Analysis, and Boeing tools
Observe program standards and requirements to ensure structural integrity, and documentation of stress reports
Document structural analyses and data required to show compliance with Boeing, customer and regulatory requirements
Lead and mentor junior engineers
Coordinate with other engineering groups to establish a product's environment
Requirements
Bachelor of Science degree in Engineering, Computer Science, Mathematics, Physics, Chemistry or non-US equivalent qualifications directly related to the work statement
Nice to have: independent work
Nice to have: aerospace structural hardware components
Ingénieur calcul structure mécanique chargé de réaliser des études de calculs par éléments finis et analytique pour pièces aéronautiques d’hélicoptère.
Compensation
Salaire à partir de 36000€ annuel brut suivant votre expertise
Responsibilities
Modélisation et calcul par éléments finis de pièces aéronautiques
Réalisation de calculs analytiques pour liaisons vissées et rivetés
Lead design, prototype, test and troubleshoot motors for high complexity projects and drive test regimens, supplier relationships, and design improvements for power tools.
Responsibilities
Lead design, prototype, test and troubleshoot motors for high complexity projects
Lead collaboration with local cross-functional, Global Motor Engineering, and Operations teams to create and execute test plans
Lead and drive test regimens for components and assemblies
Conduct hands‑on experiments of power tools, perform simulations, and analyze data
Perform root cause failure analysis of motor test failures
Requirements
Master’s degree in Mechanical Engineering or related engineering field
Bachelor’s degree in Mechanical Engineering or related engineering field with 5 years of relevant experience
Lead and perform structural stress analysis and substantiation of aircraft modifications for Special Mission Aircraft.
Responsibilities
Lead structural stress analysis assignments from requirements definition and preliminary sizing through detailed substantiation, technical review, production support, and delivery.
Define appropriate analysis methods, modeling approaches, assumptions, and acceptance criteria for assigned structural modifications.
Perform static strength analysis of primary and secondary aircraft structures, including frames, skins, fittings, equipment supports, racks, consoles, and fuselage cutout reinforcements.
Develop, modify, and evaluate finite element models using FEMAP/NX Nastran to determine internal loads, stresses, deflections, and structural stiffness.
Evaluate applicable failure modes, including material strength, panel and cap instability, crippling, fastener shear/tension/bending interaction, bearing, and composite bearing/bypass.
Responsible for executing advanced mechanical stress simulations for semiconductor advanced packaging, heterogeneous integration, and BEOL metallization layers, ensuring reliability and performance across device, die, chip, and package levels.
Locations (3)
Bloomington, Minnesota, United States
Florida, United States
Texas, United States
Compensation
The annual salary range for this role is $95,200 - $142,800. Pay offered is based on many factors, including, but not limited to, the job-related experience, skills, education, and credentials of each candidate.
Responsibilities
Develop and execute multi-level mechanical stress models for semiconductor devices, circuits, dies, chips, and packaging.
Simulate elastic, viscoelastic, and crack-related phenomena, including recoverable stress/strain, plastic deformation, delamination, and crack propagation, with direct impact on device performance and BEOL reliability.
Bridges Electrical Engineers is looking for an experienced and motivated Senior Civil & Structural Engineer to join our growing engineering team.
Responsibilities
Prepare, review and coordinate civil and structural engineering deliverables, including calculations, specifications, reports and technical drawings.
Coordinate civil and structural design activities from initial concept through to detailed design, construction and project completion.
Oversee the preparation of engineering drawings, including layouts, general arrangements and detailed construction drawings, ensuring compliance with relevant standards and specifications.
Develop positive working relationships with clients, consultants and project stakeholders, maintaining clear and effective communication throughout the project lifecycle.
Provide technical guidance, support and mentoring to colleagues, encouraging knowledge sharing and professional development.
Requirements
A degree in Civil or Structural Engineering, or equivalent demonstrable industry experience.
Chartered Engineer (CEng) status, or be working towards professional chartership.
Nice to have: Knowledge of relevant water industry codes, specifications and engineering standards
Nice to have: Good organisational skills
Nice to have: Understanding of commercial aspects of project delivery
Provide first- or second line technical support for structural simulation products to customers in Japan and to members of the Japan support team.
Responsibilities
Provide first- or second line technical support for structural simulation products to customers in Japan and to members of the Japan support team.
Work with the Japan support team to understand customer questions, reproduce reported issues, collect relevant technical information, and investigate potential solutions.
Depending on the case and your level of technical readiness, communicate directly with customers and manage technical support cases from initial inquiry through resolution.
Apply fundamental knowledge of structural mechanics, finite element analysis, numerical methods, and simulation techniques to diagnose customer issues.
Provide clear, accurate, and timely updates to customers and internal stakeholders in English and, where applicable, Japanese.
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering, Applied Mechanics, Aerospace Engineering, Automotive Engineering, Civil Engineering, or a related engineering discipline.
The Mechanical Systems Design Subject Matter Expert (SME) serves as the technical authority for mechanical structural support assemblies and coolant pumping component projects, bridging engineering, manufacturing, and field execution to ensure structurally sound, cost‑effective, and manufacturable metal frame designs.
Locations (16)
Virginia, United States
Alabama, United States
Arizona, United States
Arkansas, United States
California, United States
College of Engineering Technology, Research Associate
Rochester Institute of Technology · Posted Sep 20, 2026
Research Associate in Civil Engineering Technology at RIT
Compensation
$17.90 - $28.60 Hourly
Responsibilities
Assists with the setup and execution of experiments and laboratory analyses under the guidance of senior researchers
Collects, analyzes, and assists in interpreting data, providing preliminary findings to support ongoing research projects
Participates in the preparation and development of research reports, presentations, and publications to disseminate experimental results and findings
Maintains laboratory equipment and instruments, ensuring they are calibrated, functional, and ready for experiments
Enforces safety protocols and compliance standards in the laboratory to ensure a safe work environment and the proper handling, storage, and disposal of materials and chemicals
Requirements
Associate's degree in related field
Master’s or PhD degree
Nice to have: Master’s or PhD degree
Nice to have: Effective writing and communication skills
Utilize advanced simulation software such as ANSYS, TCAD Sentaurus, SInterconnect, and MultiPhysics Fusion to analyze mechanical stress, heat transfer, and dissipation in semiconductor packaging and BEOL layers.
Plan test structures to characterize material properties (bulk modulus, shear modulus, coefficient of thermal expansion, binding strength) required for simulation and reproducing shortloop experiments.
Collaborate with process integration teams to utilize simulation results in design and manufacturing workflows.
Requirements
Bachelor’s or Master’s degree in Mechanical Engineering, Materials Science, or a related field
Nice to have: prior work in semiconductor industry, especially in packaging and BEOL
Nice to have: knowledge of device performance impacts due to mechanical stress
Nice to have: experience with characterization of material properties and shortloop experimental validation
Nice to have: semiconductor technology integration experience
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