CNC Machinist (Entry-Level)

As an Entry-Level CNC Machinist at Impulse, you will be responsible for machining & manufacturing complex components for spacecraft & rocket engine hardware. Join us in shaping the future; one meticulously crafted component at a time!

Responsibilities

• Set up, operate, and program multi-axis CNC turn/mill (up to 4-axis) to manufacture complex aerospace components
• Perform precision inspections using an array of metrology equipment to verify dimensions and ensure adherence to drawings and tolerances
• Read and interpret blueprints, CAD drawings, GD&T, and other technical documents to complete machining operations
• Manage cutting tools in CNC machines, ensuring optimal tool load and measurement for upcoming programs
• Troubleshoot and resolve operational issues, including alarm resolutions and tooling repairs, to maintain maximum machine uptime
• Provide meaningful feedback for resolving operational issues, including
   alarm resolutions and tooling repairs, to maintain maximum machine
   uptime.
• Operate CNC machines in a production environment, producing both development and flight hardware while meeting quick-turn program goals
• Conduct on-machine deburring and precision cleaning of components to ensure quality and reduce human intervention
• Maintain a clean and safe work environment, adhering to company guidelines and 5S principles
• Provide continuous feedback for process improvements and efficiency opportunities to engineering and leadership
• Actively participate in preventative maintenance of CNC machines on a weekly and monthly basis
• Communicate with shop leadership regarding production challenges and collaborate with teammates to support workflow

Minimum Qualifications

• High school diploma or equivalency certificate
• 1+ years of experience in CNC machining, particularly with aerospace machine shops and hard metals
• Demonstrated proficiency in G-code, with strong setup and operational skills on CNC mills and lathes
• Basic understanding of manufacturing principles and techniques used in
   machining
• Ability to read and understand complex blueprints, GD&T, and tolerances
• Strong mechanical aptitude and understanding of tooling technology and shop math