Founding Tooling Engineer, Special Projects Division

As a Founding Tooling Engineer at Hadrian, you will engage in the design and implementation of precision tooling systems that are essential for large-scale manufacturing. Your responsibilities will involve collaborating with different teams, sourcing and building tooling systems, ensuring their effective installation, and continuously improving them throughout the production lifecycle.

To become a Founding Tooling Engineer at Hadrian, candidates should have a strong understanding of manufacturing processes, along with experience in designing tooling for complex parts. A Bachelor’s degree in Engineering, Aerospace, Physics, or a related field is crucial, as well as proficiency in tools like SolidWorks or ANSYS for design and simulation.

At Hadrian, the Founding Tooling Engineer will be a key player in ambitious R&D projects within the Special Projects Division. Your expertise will enable you to support new business opportunities by developing innovative tooling systems that enhance manufacturing capabilities, contributing both hands-on and strategic insights to R&D initiatives.

Important skills for a Founding Tooling Engineer at Hadrian include strong analytical and problem-solving capabilities, effective communication, and a detailed understanding of tooling mechanisms. You should also be proficient in 3D modeling and analysis tools, capable of thriving in fast-paced environments with evolving priorities.

As a Founding Tooling Engineer at Hadrian, you will work on various ambitious projects focused on the design of tooling systems for large components used in aerospace and defense, such as rockets and aircraft. You'll collaborate with cross-functional teams to innovate and improve tools that ensure precision and efficiency in high-stakes manufacturing environments.

Certainly! When answering this question, focus on specific examples of tooling systems you have designed. Discuss the challenges you faced and how you ensured quality and efficiency in the manufacturing process, highlighting any relevant software tools you employed and the impact of your work.

The key here is to emphasize your communication and teamwork skills. Share examples of successful collaboration where you worked with different departments. Detail how you facilitated information sharing and problem-solving to achieve common goals effectively, ensuring alignment across functions.

When discussing your proficiency, provide specific details about the software you've used, such as SolidWorks or ANSYS. Explain how you've leveraged these tools in your past projects to design tooling systems, validate their functionality, and optimize their performance.

To showcase your adaptability, share concrete examples of how you've prioritized tasks and managed time effectively in dynamic situations. Discuss specific techniques you use to stay organized and responsive, ensuring that critical deadlines are met without compromising quality.

Reflect on your hands-on experience with tooling systems and highlight instances where you implemented feedback to enhance efficiency or resolve production issues. Detail the feedback processes you utilized and the outcomes of your improvements, stressing your commitment to continuous enhancement.

Think of a real challenge you've faced in tooling design and narrate the story, emphasizing the specific obstacles, your problem-solving strategies, and the successful results of your efforts. This demonstrates resilience and innovation in your work.

Discuss your approach to material selection by covering factors like load requirements, temperature resistance, and fabrication methods. Mention any past experience where your selection improved the performance or longevity of the tooling in manufacture.

Talk about your quality assurance processes, including testing and validation protocols. Mention any specific methodologies you employ to ensure that tooling systems align with industry standards and meet rigorous performance criteria.

Speak to your passion for engineering, innovation, and the opportunity to contribute to significant projects within aerospace and defense. Share what excites you about tooling engineering and how it aligns with your career goals.

When addressing this question, describe your process for conducting Finite Element Analysis (FEA) and static analysis. Mention how these methodologies help ensure that your tooling designs will perform effectively in manufacturing environments with varying conditions.