Integration Engineer I

The Integration Engineer I at Vast will be responsible for developing and executing assembly and inspection procedures for critical components of the Haven-1 space station. This includes ensuring that integration processes continuously improve for manufacturing efficiency, collaborating with design engineers to evaluate designs, documenting and resolving non-conformances, and optimizing production layouts.

To apply for the Integration Engineer I position at Vast, candidates should possess a bachelor’s degree in mechanical, manufacturing, aerospace, materials, or industrial engineering. Additionally, experience with engineering drawings and CAD is beneficial, along with strong communication skills and the ability to thrive in a fast-paced environment.

Yes, the Integration Engineer I role at Vast may require up to 20% travel. This travel may involve supporting critical milestones in our production and assembly process, contributing to the overall mission of our innovative space station project.

The Integration Engineer I can expect to work in a collaborative and fast-paced environment at Vast. Our team is committed to safety and excellence, with a culture that encourages innovation and teamwork in overcoming the challenges of developing advanced space technology.

Vast offers a comprehensive benefits package to its Integration Engineer I employees, which includes 100% coverage of medical, dental, and vision insurance for employees and their dependents, flexible paid time off, access to a 401(k) retirement plan, mental healthcare resources, and exceptional food perks, including free meals and snacks.

When answering this question, highlight specific projects where you read and interpreted engineering drawings. Discuss the types of drawings you've worked with and how your understanding of them helped in assembly or integration processes.

Share a structured process when approached with assembly problems, such as identifying the issue, collaborating with teammates, brainstorming solutions, and implementing the most effective one. Providing an example from past projects demonstrates your real-world application of this approach.

Discuss specific methodologies you employ for continuous improvement, such as Lean Engineering or Six Sigma. Provide examples of how you've implemented suggestions or changes that led to significant improvements in efficiency or quality.

Highlight your collaborative skills by detailing a project involving design engineers. Explain your role and how your insights on manufacturability influenced the design and led to successful outcomes.

Share your process for documenting non-conformance issues, which might include a tracking system or reporting method. Discuss how you collaborated with quality teams to identify root causes and ensure effective corrective actions.

Mention specific CAD software you've used, such as SolidWorks or AutoCAD, and describe your level of proficiency. If you’ve created particular models relevant to aerospace engineering, be sure to discuss those as well.

Explain your time management strategies, such as using project management tools or prioritizing tasks based on project deadlines. Providing a real-life example would enhance your answer.

Demonstrate your knowledge about Vast and its innovative space exploration mission. Discuss specific details about the Haven-1 project, showcasing your interest and preparedness to contribute to its success.

Communicate your openness to receiving feedback and how you view it as an opportunity for growth. Share an instance where feedback helped you improve your work or approach in engineering projects.

State essential skills such as problem-solving, teamwork, technical expertise in systems integration, and communication. Provide reasons why you believe these skills are crucial to success in the Integration Engineer I position.