CNC Programmer

To be considered for the CNC Programmer position at Saronic Technologies, candidates should have a minimum of 3 years of experience in CNC programming, preferably within a high-precision manufacturing environment, such as aerospace or defense. Proficiency with CNC mills, lathes, and routers is essential, along with a strong understanding of machining processes and quality standards. Familiarity with CAD/CAM software like Mastercam or Fusion 360, as well as military specifications, would give you an added advantage.

As a CNC Programmer at Saronic Technologies, your primary responsibilities will include writing, testing, and optimizing CNC programs for complex components used in autonomous maritime systems. You'll also develop toolpaths using CAD/CAM software, assist in machine setup and operation, and ensure that manufactured parts meet stringent military standards through rigorous quality assurance measures. Collaboration with design engineers and production teams is key to optimizing processes and enhancing productivity.

In the CNC Programmer role at Saronic Technologies, you will be utilizing advanced CAD/CAM software, such as Mastercam and Fusion 360, to generate efficient toolpaths and programming. Your expertise in G-code and M-code will be essential for successful CNC operations. Additionally, a deep understanding of assorted precision machines—including milling machines, lathes, and routers—will play a significant role in your day-to-day tasks.

Absolutely! Saronic Technologies believes in fostering talent and providing opportunities for growth. As a CNC Programmer, you'll have the chance to take on more responsibilities, participate in process improvement initiatives, and collaborate on innovative projects. Outstanding performance can pave the way for advancement within the team or even transitions into engineering or management roles in the future.

At Saronic Technologies, CNC Programmers work in a fast-paced, high-precision manufacturing environment. Safety is our priority, and we adhere to OSHA, ISO, and military compliance guidelines. The environment encourages collaboration and continuous learning, providing a dynamic workplace where you can make significant contributions while maintaining a strong focus on work-life balance.

Saronic Technologies offers a comprehensive benefits package for CNC Programmers, including 100% premium coverage for medical insurance, competitive salaries, generous time-off policies, and a 401(k) retirement plan. Additional perks include stock options, a free lunch benefit, and a vibrant office culture with unlimited snacks and drinks to keep the energy up!

Saronic Technologies is committed to the professional development of its CNC Programmers. We provide access to continuous training, workshops, and seminars focused on the latest technologies and methodologies in CNC programming and manufacturing. Our collaborative environment means you can also learn from experienced colleagues and take on diverse projects that expand your skill set.

When answering this question, outline your relevant work experience, including specific types of CNC machines you've programmed and any specialized projects. Highlight the programming languages you're proficient in, like G-code or M-code, as well as any successful projects where your programming skills directly contributed to improved production outcomes.

Discuss the CAD/CAM software you have used, such as Mastercam or Fusion 360, while emphasizing how you utilized these tools for toolpath development. You can mention specific features or functionalities that you've found particularly beneficial, highlighting your ability to create efficient and effective CNC programs.

In your response, describe your methods for quality assurance during machining processes. This might include performing in-process inspections, utilizing measurement tools, and collaborating with quality control teams to ensure all parts meet specified tolerances and manufacturing standards. Stress your commitment to maintaining high quality throughout production.

When discussing a specific problem, focus on the situation, your actions, and the outcomes. Emphasize your troubleshooting skills, how you identified the issue, what steps you took to resolve it, and the impact of your solution. Highlight how your actions contributed to minimizing downtime and maintaining production efficiency.

Use this question to showcase your proactive approach to enhancing processes. Describe specific initiatives you championed, how you identified areas for improvement, and the results of implementing those changes. Include metrics if possible, demonstrating the positive impact on productivity or waste reduction.

Explain your approach to staying organized and focused during high-pressure situations. Talk about prioritizing tasks, maintaining communication with your team, and your methods for ensuring quality work is delivered on time, even when faced with challenging deadlines.

Highlight your skills in reading, interpreting, and translating blueprints into actionable CNC programs. Share examples that demonstrate your attention to detail and ability to translate complex specifications into precise machining instructions, ensuring all components meet exact tolerances.

Discuss your knowledge of OSHA guidelines and safety standards relevant to CNC machining. Explain the personal protective equipment (PPE) you utilize, your commitment to maintaining a clean and organized work area, and how you promote safety within your team to prevent workplace accidents.

Your answer should reflect a commitment to continuous learning and professional development. Talk about resources you follow, such as industry publications, online forums, training seminars, or networking events. Highlight your enthusiasm for incorporating new techniques and technologies into your work.

Describe specific instances when you worked cross-functionally with engineering, design, or production teams to achieve project goals. Emphasize your communication skills and the importance of fostering teamwork to overcome challenges and enhance product manufacturability.