Senior Spacecraft Mechanical Engineer - Mission Formulation

Rocket Lab•Long Beach, CA

5d•Onsite

About The Position

Based out of Rocket Lab's global headquarters in Long Beach, CA, the Senior Spacecraft Mechanical Engineer – Mission Formulation is responsible for leading the mechanical formulation of all new satellite systems, including structures, mechanisms, and satellite bus configurations to support the capture of new civil, national security, and commercial business. You will manage the development and maintenance of mass and mechanical technical budgets, mechanical requirements definition, configuration trades, test planning and execution, and overall management of the mechanical systems engineering process, including validation of customer requirements. You will support the Vice President of Business Development and Strategy and the broader Space Systems Business Development organization, with deliverables required for internal leadership, board of directors, and investors. (Please note: this position can be hired at the Senior Spacecraft Mechanical Engineer I or Senior Spacecraft Mechanical Engineer II level)

Requirements

Bachelor’s degree in mechanical or aerospace engineering; or other technical discipline
5+ years of mechanical engineering experience in the aerospace industry (for Senior I)
8+ years of mechanical engineering experience in the aerospace industry (for Senior II)
Experience supporting satellite and/or spacecraft development programs
Experience with CAD modeling and drawing
US citizenship is required, due to program requirements

Nice To Haves

Active security clearance
Master’s or PhD in mechanical or aerospace engineering; or other technical engineering discipline
Spacecraft/satellite design experience
Rapid conceptual design iteration experience
Experience developing satellite deployment systems and mechanisms
Exceptional mechanical mechanism problem-solving skills
Ability to perform hand-calcs and FEA to drive design decisions
Ability to apply GD&T to component designs
Hands-on development and testing experience
Experience with analysis and interpretation of test data (thermal, vibe)
Understanding of key spacecraft subsystems and their interfaces, including attitude determination and control (ADCS), electrical power systems (EPS), space-ground communications, on-orbit command and data handling (C&DH), and thermal control
Thorough understanding of the space environment, orbital mechanics, and rigid body dynamics
Experience with requirement management tools such as JAMA or DOORS
General spacecraft systems engineering knowledge, and experience with requirements assessments and interface control document generation
Ability to take a product from concept through to production with little supervision
Highly self-motivated and able to work autonomously
Highly effective and professional verbal and written communication skills with team and internal/external customers
Ability to work in a dynamic environment with competing priorities

Responsibilities

Lead Rocket Lab’s satellite mechanical engineering formulation supporting business development and new opportunity capture
Develop high performance and lightweight satellite bus configurations, structures, and mechanisms for our customers
Develop concepts and satellite configurations for high value science and interplanetary missions
Define what mechanisms and deployment systems look like on a modern satellite system/bus
Develop and maintain: Mass and mechanical technical budgets for vehicle performance, Mechanical system requirements and verification techniques, Structural, mechanism, and packaging analyses across vehicle functions, including hand-calcs and FEA, Test methods and data analysis (structural, thermal, vibe)
Lead and own the mechanical technical development of spacecraft missions from conceptual design through production, test, and operation
Create and maintain product definition through CAD, production drawings, and test and operations procedures
Assist with program and product management, including development schedules, vendors, and budgets
Develop, in collaboration with team members, mechanical interface specifications, CONOPS definition, and other design documents