Principal New Product Manufacturing Engineer

The Principal New Product Manufacturing Engineer at ASM will lead DFx initiatives focused on optimizing equipment designs for large-scale production, oversee the complete manufacturing strategy from prototyping to high-volume production, and guide junior engineers towards success. This role also involves collaboration with cross-functional teams to drive efficiency and quality in product innovation.

To apply for the Principal New Product Manufacturing Engineer position at ASM, candidates are required to have a Bachelor’s or higher degree in Engineering (Mechanical, Mechatronics, Manufacturing, Industrial, or Electrical) and at least 10 years of relevant experience in manufacturing or new product introduction, ideally in the semiconductor sector. Deep expertise in DFx principles is crucial.

Candidates who possess advanced skills in semiconductor equipment troubleshooting, experience with FMEA and predictive maintenance strategies, and a hands-on approach to machining and prototyping will stand out. Additionally, proficiency in tools like SAP S/4HANA, Power BI, and a curious mindset demonstrated through personal projects will help you shine.

ASM encourages collaboration among team members through regular cross-functional meetings, inclusive team-building activities, and shared project management systems, all aimed at ensuring that the Principal New Product Manufacturing Engineer can work effectively with engineering teams, supply chain, quality, and R&D stakeholders across global operations.

A Principal New Product Manufacturing Engineer at ASM can look forward to a dynamic career path filled with opportunities for advancement. This role typically leads to senior engineering positions, leadership roles in product strategy, or even executive positions as they gain experience and demonstrate their ability to drive innovation and efficiency.

When discussing your experience with DFx principles during the interview, provide specific examples of projects where you have successfully optimized designs for manufacturing, assembly, and cost efficiency. Explain your approach and the outcomes, emphasizing your strategic thinking and how it benefited the project's success.

Highlight your leadership style by discussing a particular situation in which you guided your team through a challenging project. Focus on your communication strategies, the role of collaboration, and how you motivated your team to achieve their goals despite tight deadlines.

Discuss specific methodologies you have implemented, using data to support your claims. Mention industry tools you've used, such as Lean or Six Sigma, and how applying these methodologies has led to successful scaling and efficiency improvements in your previous roles.

Share an example of an unexpected challenge you faced in a previous role and explain your thought process in resolving it. Discuss how you leveraged your problem-solving skills, collaborated with your team, and what strategies you put in place to prevent similar issues in the future.

Express the importance of communication in maintaining alignment with cross-functional teams and stakeholders. Share your strategies for ensuring transparency, such as regular updates, feedback sessions, and how these practices contribute to project success.

Detail your hands-on experience working with semiconductor equipment, elaborating on specific tools or technologies you've worked with. Explain how your technical expertise has influenced your design decisions and your ability to troubleshoot complex issues.

Provide examples of mentoring activities, such as conducting regular training sessions, one-on-one coaching, and fostering an environment of open communication. Explain how your mentorship has led to skills development and increased confidence in your junior engineers.

Discuss your strategies for continuous learning, including attending workshops, participating in conferences, or consuming industry literature. Emphasize your curiosity and commitment to personal and professional growth within the semiconductor manufacturing sector.

Outline a successful new product introduction project, focusing on your leadership role. Include challenges faced, your strategic approach to overcoming them, and the end result, emphasizing metrics that show the positive impact on production and revenue.

Articulate your long-term career aspirations, ensuring they align with ASM's vision. Discuss how the Principal New Product Manufacturing Engineer role fits into your plans, and how you hope to contribute to ASM's innovation trajectory while advancing your own career.