नोकरीचे वर्णन

About Rocket Lab

Rocket Lab is a comprehensive aerospace company offering end-to-end space solutions, including launch services, spacecraft design and manufacturing, payloads, satellite components, and more. Our technologies enable critical space missions for scientific research, Earth monitoring, climate change initiatives, national security, and pioneering technological demonstrations. Our Electron rocket ranks as the second most frequently launched US rocket, delivering over 230 satellites. We are also developing Neutron, a reusable medium-lift launch vehicle designed for larger constellation deployments. Our Space Systems division produces satellites, payloads, and components that contribute to NASA's Moon and Mars missions as well as the James Webb Space Telescope.

Neutron Program

The Neutron team is responsible for the development and operation of the new large-scale rocket Neutron, including launch and test sites. This involves designing and testing structures and components, engine ignition, and establishing operational launch facilities in the US.

Role Overview

As a Structural Analyst I/II based in Auckland, New Zealand, you will contribute to the analysis, validation, and enhancement of Structural components across our Launch Vehicles, Space Systems, and related Space Components. You will be joining a driven team committed to impactful space missions.

Key Responsibilities

Interpret and analyze static and dynamic test and flight data, including sensor selection, validation, and effects from various environmental inputs such as vibration, shock, acoustics, and thermal conditions.
Execute and document detailed structural analyses including validation of finite element models, material selections, and optimizing mass through trade-off studies.
Conduct simulations covering static loads, modal analysis, vibration, buckling, and thermal effects, cooperating closely with design and test engineers to ensure design integrity and structural safety margins.
Establish test requirements, support subsystem and component testing, and lead technical projects that span multiple teams and engineering disciplines.
Develop and implement innovative tools and best practices while mentoring colleagues in technical skills and systems navigation.
Provide optimal engineering solutions and uphold high standards of excellence within the team.

Required Qualifications and Experience

Bachelor's degree in Mechanical, Aerospace Engineering, or a related engineering field.
Between 1 and 3 years of relevant industrial experience, preferably in aerospace, automotive, or marine sectors.
Strong physics-driven problem-solving capabilities.
In-depth understanding of structural mechanics principles.
Proficiency in one or more common structural Finite Element Analysis (FEA) tools such as ANSYS, Nastran, Abaqus, Optistruct, or Hyperworks.
Experience with NX CAD and/or Teamcenter or similar CAD/PLM systems, particularly for model interrogation and defeaturing in support of analyses.
Knowledge of manufacturing processes, including conventional machining and additive manufacturing technologies.
Ability to accurately predict component lifespan and structural margins related to ductile metal failure, fatigue, and fracture mechanics.
Expertise in vibroacoustic modeling and analysis methodologies.
Experience handling sensor selection and processing data from accelerometers, strain gauges, thermocouples, among others.
Familiarity with various structural test techniques such as modal correlation, random vibration, sine burst, equivalent sine inputs, force notching, shock tests, and fixture evaluation.
Programming skills, especially proficiency in Python for engineering applications.
Proven project and program management experience including defining requirements, maintaining timelines, cross-disciplinary coordination, conducting reviews, and reporting to executives and clients.
Ability to work effectively under shifting deadlines and in high-pressure environments, both independently and collaboratively.
Excellent communication skills combined with the ability to foster positive working relationships internally and externally.

Preferred Additional Skills

Experience with structural analysis of composite materials, including laminate and joint designs and characterization under environmental impacts.
Knowledge of linear and nonlinear buckling, notably shell buckling.
Expertise in acoustic analysis and testing procedures.
Understanding of propellant dynamics modeling and mitigation such as slosh and pogo effects.
Familiarity with coupled loads analysis techniques.
Experience with nonlinear material simulation including aspects like metal plasticity, elastomers, and adhesive bonding.
Knowledge of applicable aerospace industry standards such as MIL-STD-1540, GSFC-STD-7000, ECSS-E-HB-32, and NASA-STD-5001.

Work Environment and Culture

Working at Rocket Lab demands determination, innovation, teamwork, and resilience. Our culture values supporting one another, humility, and dedication to delivering successful outcomes despite challenging circumstances and tight deadlines.

Additional Important Information

For US-based Candidates: Employment at Rocket Lab requires compliance with US Government export regulations, including ITAR. Eligibility to work depends on citizenship or lawful permanent residency status or eligibility for government authorization.

For New Zealand-based Candidates: Pre-employment background checks including nationality verification are mandated to comply with ITAR regulations. Eligibility criteria require citizenship of select countries including Australia, Japan, New Zealand, Switzerland, EU member states, NATO countries, or lack of ineligible dual citizenship or nationality.

Rocket Lab is committed to equal opportunity employment and prohibits discrimination based on race, color, religion, age, gender, national origin, disability, veteran status, sexual orientation, gender identity, or other protected characteristics across all employment terms and conditions.

Structural Analyst I/II

तुम्ही जिथे काम कराल