Loads Analyst at Stoke Space

Kent, Washington, United States -

Full Time

Start Date

Immediate

Expiry Date

29 Dec, 25

Salary

312200.0

Posted On

30 Sep, 25

Experience

10 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Aerospace Engineering, Mechanical Engineering, Coupled Loads Analysis, Structural Dynamics, Finite Element Analysis, MATLAB, Python, Dynamic Structural Analysis, Communication Skills

Industry

Defense and Space Manufacturing

Description

At Stoke, we believe that a thriving space economy leads to a vibrant, sustainable, and equitable future here on Earth. That is why we are building our fully and rapidly reusable vehicle, Nova. It is designed to fly daily and solve the core challenges of space transportation – it reduces cost, increases availability, and enhances reliability. By radically lowering the cost and increasing the cadence of launch, we’re able to create a truly scalable space industry. Our team is mission-driven, collaborative, and empowered with ownership of their work. If you want to work with some of the most dedicated and talented people on Earth, come join us. Description Reusable launch systems are the key to seamlessly connecting Earth and space. As a Loads Analyst at Stoke, you will be responsible for our coupled loads analysis methodologies and deriving structural loads throughout the launch vehicle. This will include developing analysis methods and tools, supporting development of the vehicle level model, and deriving appropriate forcing functions. You will work closely with other engineers throughout Stoke to accomplish these objectives. As part of a small, well-supported team, you will have access to the resources you need to get the job done right while simultaneously boosting your skills at a pace that can't be matched in most other roles. You must be ready to stay focused, move fast, self-direct, and learn on the fly. Responsibilities Develop, implement, and improve coupled loads analysis processes and tools tailored for Stoke's launch vehicle programs Perform comprehensive loads analyses across all critical events and deliver appropriate loads combinations to design teams Coordinate with other engineering teams to ensure that the vehicle model is appropriate and improve it where necessary Contribute to building, integrating, and validating finite element models Generate and refine forcing functions from historical sources, flight and test data, as well as other analyses Document methodologies, assumptions, and results to support review activities Mentor and train other engineers to support execution of loads analysis processes Minimum Qualifications Master’s degree in Aerospace Engineering, Mechanical Engineering, or related field Minimum 7+ years of experience in aerospace structural dynamics and loads analysis Demonstrated expertise in developing coupled loads analysis (CLA) methodologies for launch vehicles Proficiency in executing launch vehicle loads analyses Experience with industry standard finite element analysis software (NASTRAN preferred) Programming skills in MATLAB or Python Strong fundamentals in dynamic structural analysis Excellent oral and written communication skills Benefits Equity – We know that our employees are the reason we succeed. To give everyone a stake in our future, we are pleased to offer equity in the form of stock options to all regular, full-time employees. Comprehensive benefits program including subsidized medical, dental, and vision insurance Company-paid life and disability insurance 401(k) plan with employer match 4 weeks’ Paid Time Off Holidays – 10 days (including an end-of-year closure) Paid Family/Parental Leave On-site gym or monthly wellness stipend (depending on location) Dog friendly offices! Compensation Target Levels: Level 4 range: $144,100 - $240,100 Level 5 range: $168,100 - $312,200 Our job posts are intentionally written to attract a wide variety of experience levels, and we make decisions about the right fit on a per-candidate basis. Your actual level and base salary will be decided based on your specific experience and skill level. ITAR Requirements To conform to U.S. Government space technology export regulations, including the International Traffic in Arms Regulations (ITAR), you must be a U.S. citizen, lawful permanent resident of the U.S., protected individual as defined by 8 U.S.C. 1324b(a)(3), or eligible to obtain the required authorizations from the U.S. Department of State. Equal Opportunity The Company is an Equal Opportunity Employer, including with respect to disability and veteran status. It is committed to compliance with all equal opportunity laws, including the Immigration and Nationality Act (INA) and Title VII. It does not discriminate on the basis of nationality, race, citizenship, immigration status, or any other protected class when it comes to employment practices, including hiring. Employment at the Company is contingent upon satisfactory completion of reference and background checks, and on your ability to prove your identity and authorization to work in the U.S. for the Company. Employees must comply with the United States Citizenship and Immigration Services employment verification requirements, and, therefore, they must complete an Employment Eligibility Verification Form I-9 at the start of employment and re-verify authorization to work periodically. Separate from this I-9 process, this position entails access to certain technology and technical data that is restricted under U.S. export control laws and regulations. Employment or continued employment may be conditioned on your legal authorization to work with or have access to export control materials as necessary to perform your job. E-Verify Stoke Space uses E-Verify to confirm the identity and employment eligibility of all new hires.

Responsibilities

As a Loads Analyst, you will be responsible for coupled loads analysis methodologies and deriving structural loads throughout the launch vehicle. This includes developing analysis methods and tools, supporting the development of the vehicle level model, and deriving appropriate forcing functions.