CNC Programmer (Precision Engineering)

CNC Programmer in a precision engineering environment responsible for creating, optimizing and troubleshooting CNC programs for machining components to meet customer and quality requirements.

Key Responsibilities

• Create and modify CNC programs using UG (NX) and SolidWorks/CAM data for milling, turning and other machining operations.

• Set up, test and optimize CNC programs on machines equipped with Fanuc controllers, ensuring correct feeds, speeds and tool paths.

• Interpret 2D drawings and 3D models to define machining strategy, datum, tolerances and critical dimensions.

• Work closely with production, QA/QC and engineering to resolve machining issues and achieve dimensional and surface finish requirements.

• Perform firstarticle/tryout runs, verify parts against drawings, and make necessary program or offset adjustments.

• Maintain organized program files, tool lists and setup sheets in line with company procedures and ISO 9001 documentation requirements.

Required Skills & Qualifications

Experience as CNC Programmer in a precision machining / precision engineering environment.

Proficient in CNC programming using UG (NX) and familiar with SolidWorks models for CAM or drawing interpretation.

Able to operate and set up CNC machines with Fanuc controllers, including offset adjustment and basic troubleshooting.

Strong understanding of machining processes, cutting tools, and optimization of cycle time and tool life.

Able to read and understand 2D drawings and 3D models, including GD&T and tight tolerances.

Good problemsolving skills, attention to detail and ability to work independently or with minimal supervision.

Plan and schedule daily work orders across available CNC machines, balancing machine capacity, manpower and setup requirements to meet production schedule and delivery commitments.

Core skills keywords (hard skills)

• CNC programming (UG / NX)

• SolidWorks / 3D CAD for CAM

• Fanuc controller operation & setup

• CNC milling and turning

• Tool path optimization, feeds & speeds

• 2D drawing & 3D model interpretation

• GD&T and tight tolerance machining

• Precision machining processes

• First-article & proving-out programs

• Machine capacity and daily production planning

• Work order and schedule planning

Soft skills keywords

• Problem-solving and troubleshooting

• Attention to detail

• Communication with production and QA

• Time management and meeting deadlines

• Continuous improvement mindset