CNC Machinist III - 2nd Shift

As a CNC Machinist III, you will operate sophisticated machinery like Kitamura and Mikron mills, and Mori Seiki lathes, while ensuring compliance with precise specifications. Your primary responsibilities will include reading blueprints, editing programs, and conducting thorough inspections. You will also perform basic maintenance on equipment and effectively manage multiple machining tasks—key activities that ensure our Medical and Aerospace projects meet high-quality standards.

To qualify for the CNC Machinist III position at our company, a high school diploma or GED is required, along with at least 5 years of CNC and manual machining experience. The ability to read and interpret GD&T blueprints and proficiency with precision measuring tools are also crucial qualifications that candidates must possess.

Employees in the CNC Machinist III role enjoy a robust benefits package, which includes PTO days, medical, dental, and vision plans, as well as short and long-term disability coverage. Our 401(k) retirement plan features a strong employer match, and we even offer 100% tuition reimbursement for job-related courses—providing plenty of incentives to grow your career with us.

The CNC Machinist III role is crucial in the Medical and Aerospace industries as it involves machining precise components that adhere to strict regulatory and quality standards. By using advanced CNC machinery and adhering to strict specifications, you will help ensure that the final products are safe and effective for the end-users, making a meaningful impact in these vital sectors.

Essential skills for success as a CNC Machinist III include a strong understanding of machining processes and blueprints, adept programming skills, and the ability to troubleshoot and make adjustments on the fly. Attention to detail and a commitment to safety are equally critical, along with problem-solving abilities and a willingness to collaborate effectively with team members.

When answering this question, detail the types of machines you've worked with, such as lathes and mills, and the complexity of parts you've produced. Highlight your technical knowledge, including any specific programming languages you've used, and mention any success stories, such as improving efficiency or quality in your previous roles.

Safety is paramount in machining. Discuss the safety protocols you follow, such as personal protective equipment (PPE) requirements, machine interlocks, and proper handling of tools. Share experiences where you proactively identified potential hazards and took steps to mitigate them.

When responding to this question, provide specific examples of how you have successfully identified and resolved programming issues. Discuss methods such as reviewing the G-code, utilizing machine displays, and working collaboratively with engineers to implement effective solutions.

Explain your approach to time management and how you prioritize tasks. Mention any tools, techniques, or systems you use to ensure all machines are running smoothly and that you meet production deadlines, highlighting your organizational skills.

Share a specific instance where you identified an inefficiency and took steps to improve the process. Detail the situation, your solution, and the positive impact it had on production times or quality assurance.

Your answer should emphasize your proficiency in interpreting technical documents. Provide examples of blueprints you've worked with, focusing on how you use this skill to meet dimensional specifications in your machining work.

Discuss the inspection instruments you're familiar with, such as calipers, micrometers, and gauges. Mention how you've used them in your previous roles to ensure that the work produced meets quality standards.

Describe your commitment to professional development by mentioning resources you use, such as online courses, industry publications, and networking with other professionals. This shows your dedication to staying competitive in the field.

To effectively answer this question, share your passion for precision machining and the satisfaction you derive from producing high-quality parts. You could also mention how working in teamwork-driven environments fosters your motivation.

Provide examples of how you've previously met tight deadlines. Highlight your ability to work efficiently without compromising quality, and remember to share any strategies you use to stay focused and organized under pressure.