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Job description:

• Hands-on in operating injection molding machine and other auxiliary equipment such asautomation handling system, mold temperature controller, chiller, mixer etc.
• Application of optimal injection parameters leading to part molded condition achievingdimensional stability and free from common molding defects.
• Able to carry out mold testing independently.
• Well-prepared and lead during mold trials byensuring molds are qualified per requirements.
• Establish guidelines in mold testing procedures and safety.
• Close follow-up on mold development stages, from design, fabrication, assembly, mold trialsand testing.
• These include coordination with vendors, planners and production to ensureactivities are seamless and smooth handover to production.
• Conduct DOE on different injection parameters, how these parameters affect molded partwith data to support the overall analysis study.
• Be the go-to-expert in resolving issues related to injection.
• Participate in DFM to providevaluable advice on part moldability.
• Experience in tool steel grade and resin selection to ensure achieving mold guarantee shotsand reduced maintenance.

Qualifications:

• Diploma or a degree in engineering or manufacturing
• At least 3+ years of hands-on work experience in injection molding
• Understand mold construction and plastic parts drawings with critical GD&T callouts
• Proficient in molding simulation software such as Moldflow, Moldex3D etc.

Why is This a Great Opportunity:

• It offers full ownership of the injection molding process
  You are not limited to machine operation aloneyou are involved from mold testing to production handover, giving you end-to-end responsibility and stronger technical mastery.
• Strong exposure to advanced technical problem-solving
  The role requires resolving molding defects, optimizing parameters, and acting as the go-to expert, which significantly strengthens your troubleshooting and decision-making skills in real production environments.
• Involvement in engineering development and design stages
  Participation in DFM (Design for Manufacturability) and close collaboration with design, fabrication, and vendors allows you to influence product quality even before production starts.
• Opportunity to build expertise in data-driven engineering (DOE)
  Conducting Design of Experiments on injection parameters develops your ability to analyze data, understand process behavior, and make scientifically backed process improvementshighly valuable for senior engineering progression.
• Strong career growth in tooling and advanced manufacturing specialization
  With exposure to mold construction, simulation tools (Moldflow/Moldex3D), resin selection, and tool steel grades, this role builds a rare and highly sought-after skill set in the plastics and tooling industry.