CNC Programmer

MVC Resources; Selangor; On-site; MYR 70,000 - 90,000; Full time

Job summary

A manufacturing company in Selangor, Malaysia, seeks an experienced CNC Programmer to lead offline programming for Turn-Mill CNC machinery. The ideal candidate should have over 5 years of CNC programming experience and mastery in SolidCAM or Hypermill. Key responsibilities include developing complex machining programs, optimizing strategies for efficiency, and ensuring zero interference in toolpaths through thorough simulation. Strong analytical and collaboration skills are essential for bridging design and production teams.

Qualifications

• Minimum 5 years of experience in CNC programming within a high-precision manufacturing environment.
• Mastery of SolidCAM or Hypermill along with multi-channel turn-mill programming knowledge.
• Advanced ability to interpret complex technical drawings and 3D CAD models.

Responsibilities

• Develop complex 5-axis and multi-tasking turn-mill programs using SolidCAM or Hypermill.
• Design and implement advanced machining strategies to improve efficiency.
• Conduct simulations to verify toolpaths ensuring zero interference.

Skills

CNC programming

SolidCAM

Hypermill

Technical drawing interpretation

Analytical skills

Communication

Precision-oriented mindset

Job description

Mission

The primary objective of this role is to spearhead the offline programming, simulation, and optimization for the facility's new Turn-Mill CNC machinery. Utilizing high-end CAM software, you will be responsible for developing efficient, collision-free toolpaths and robust machining strategies to ensure high-precision parts meet stringent engineering specifications from the very first article.

Key Responsibilities & Activities

• Advanced CAM Programming (SolidCAM & Hypermill)

  Multi-Axis Programming: Develop complex 5-axis and multi-tasking turn-mill programs using SolidCAM or Hypermill.

• Strategy Optimization

  Design and implement advanced machining strategies (e.g., trochoidal milling, barrel finishing) to reduce cycle times and improve surface finishes.

• Post-Processor Validation

  Work closely with software vendors to fine-tune post-processors for the new turn-mill machine architecture.

• Collision Avoidance

  Conduct full machine-tool simulations to verify toolpaths, ensuring zero interference between the spindle, workpiece, and clamping devices.

• Tooling & Fixture Design

  Virtually design and validate specialized jigs, fixtures, and customized tooling requirements for multi-axis operations.

• Technical Setup Sheets

  Generate detailed setup sheets and tool lists to guide CNC Machinists during the physical machine setup.

• On-Machine Validation

  Support the initial "first-cut" on the shop floor, troubleshooting and refining programs at the controller to ensure real-world alignment with the digital twin.

• Process Standardization

  Establish a library of standardized cutting parameters and tool templates for future projects.

• Quality & Continuous Improvement

  GD&T Interpretation: Ensure all programs are written to achieve the precise tolerances defined by Geometrical Dimensioning and Tolerancing (GD&T) standards.

• Kaizen Initiatives

  Continuously review existing programs to identify opportunities for tool path optimization and cost reduction.

Requirements

• Technical Qualifications
  • Experience: Minimum 5 years of experience in CNC programming within a high-precision manufacturing environment.
  • Software Expertise: Mastery of SolidCAM or Hypermill is a plus. Candidates must demonstrate deep knowledge of multi-channel turn-mill programming.
  • Technical Literacy: Advanced ability to interpret complex technical drawings and 3D CAD models.
  • Machining Knowledge: A strong background in physical machining/setting is highly preferred to ensure programs are practical and shop-floor ready.
• Personal Attributes
  • Analytical Mindset

    Exceptional ability to visualize complex 3D toolpaths and identify potential geometric conflicts.

  • Collaboration

    Strong communication skills to act as the bridge between the design engineering team and the production machinists.

  • Precision-Oriented

    A meticulous approach to data entry and simulation to prevent costly machine downtime or damage.