Manufacturing Engineer - job 3 of 3

As a Manufacturing Engineer at our company in Ashland, VA, you will be tasked with creating detailed manufacturing instructions and writing precise process specifications. You'll support production through equipment maintenance, design tooling and fixtures, and implement process improvements to enhance efficiency and capacity.

Candidates for the Manufacturing Engineer position should possess a Bachelor of Science degree in an engineering discipline. Familiarity with CAD software, engineering drawing interpretation, and mechanical system design is essential. Experience in an ISO9001 controlled environment is also important, with AS9100 knowledge preferred.

The Manufacturing Engineer plays a crucial role in optimizing the production process by creating manufacturing instructions, supporting production teams through equipment repairs, and implementing new tooling designs. They also provide insights during design assessments to ensure production readiness.

A Manufacturing Engineer should have a strong command of 3D and 2D CAD software like AutoCAD, Inventor, or Solidworks. Familiarity with ERP software, such as SYSPRO, and knowledge of machining processes, welding, and metal forming techniques is also beneficial.

The Manufacturing Engineer position in Ashland, VA offers a competitive salary ranging from $70,000 to $83,000 annually, depending on experience. We also provide a comprehensive benefits package, including a 401k match.

During the interview, emphasize your proficiency with different CAD tools, such as AutoCAD or Solidworks. Discuss specific projects where you created detailed designs and how that impacted the efficiency of the manufacturing process.

Highlight your analytical skills and give examples of past process improvements. Discuss methodologies you use, such as Lean or Six Sigma, and how you've implemented changes that positively affected production efficiency.

Describe your ability to remain calm and focused in stressful situations. Provide examples where you've effectively communicated with teams, quickly identified issues, and implemented solutions to minimize disruptions in production.

Discuss specific instances where you provided valuable input during design phases. Explain how your recommendations improved manufacturability, cost-efficiency, or reduced material waste.

Share your background in writing and implementing manufacturing process specifications. Illustrate your keen attention to detail and how these specs supported quality control and reduced variability in production.

Provide a structured response using the STAR method (Situation, Task, Action, Result). Discuss the problem, your critical thinking in analyzing it, and the solution you implemented to resolve the situation.

Emphasize the importance of collaboration within engineering and production teams. Discuss how you foster communication and work closely with colleagues to achieve common manufacturing goals.

Talk about specific tooling projects you've worked on, the goals for each design, and the outcomes. Highlight how these designs improved efficiency and reduced waste in the manufacturing process.

Discuss your understanding of ISO9001 and AS9100 standards, explaining how you implement procedures and monitor compliance within the manufacturing environment to maintain quality.

Share your vision for personal and professional growth in the field. Discuss how you plan to keep learning and adapting to changes in manufacturing technologies and methodologies.