Mechanical Engineer

As a Mechanical Engineer at True Anomaly, your primary responsibilities include designing mechanical assemblies for flight systems and ground support mechanisms, supporting the design and analysis of advanced satellite mechanical systems, and developing organized 3D CAD models for various spacecraft components and subsystems.

To qualify for the Mechanical Engineer position at True Anomaly, you need a Bachelor's degree in Mechanical Engineering, a minimum of 4 years of experience in mechanical design, and proficiency in CAD tools, particularly SolidWorks, along with a proven ability to lead projects in a fast-paced environment.

Ideal candidates for the Mechanical Engineer position at True Anomaly should possess a Master's degree in mechanical engineering, over 5 years of experience in developing space systems, and a track record of innovative problem-solving in complex mechanical designs, particularly for propulsion systems or mechanisms.

Mechanical Engineers at True Anomaly can expect to work in a hybrid environment, spending at least three days per week in-office at our Gravity Works facility. The work environment includes a standard office setup along with a production factory, which may involve physical demands such as standing, sitting, and lifting items up to 20lbs.

True Anomaly prioritizes continuous improvement and offers opportunities for Mechanical Engineers to enhance their skills through collaboration with multiple teams, involvement in innovative projects, and contributions to initiatives aimed at improving design efficiency and manufacturability in the realm of space technology.

When answering this question, provide specific examples of CAD tools you've used, like SolidWorks, and share details about projects where you developed 3D models. Highlight the complexity of projects and your role in ensuring accuracy during the design process.

Discuss your approach to analyzing the performance and reliability of designs, including methods like testing, simulation, and collaboration with other engineering teams to validate your designs against mission specifications.

Your response should outline your design process, from conducting research, gathering requirements, brainstorming innovative solutions, to creating prototypes and soliciting feedback before the final design.

Share an instance where you faced conflicting requirements or challenges, explaining how you assessed the situation, communicated with stakeholders, and resolved the issues through innovative solutions or compromises.

Discuss your familiarity with Geometric Dimensioning and Tolerancing (GD&T), and provide examples of how you've applied GD&T principles in your designs to ensure manufacturing and assembly adhere to quality standards.

Share a relevant project, detailing how you ensured that all changes to design documents were tracked, and how configuration control helped maintain data integrity throughout the project's lifecycle.

Explain your approach to time management and prioritization, perhaps mentioning tools or techniques you employ to balance deadlines effectively while maintaining quality work across all projects.

Illustrate your collaborative skills by discussing examples where you worked alongside structural, thermal, and propulsion teams. Emphasize how effective communication facilitated successful project outcomes.

Provide a thoughtful response reflecting your passion for the aerospace industry. Discuss experiences or inspirations that have driven you to pursue a career in this field, highlighting your commitment to innovation and security in space.

Discuss specific strategies you have employed, such as gathering feedback, analyzing failures, implementing lessons learned, and how you foster a culture of innovation within your teams to drive efficiency.