Process Engineer II: Manufacturing Scale-Up & Optimization

21 DexCom Malaysia Sdn Bhd; Penang; On-site; MYR 60,000 - 90,000; Full time

Benefits offered by this job

Front row CGM tech experience

Global career growth

Comprehensive benefits program

Tuition reimbursement

Job summary

Dexcom Malaysia is seeking a Process Engineer to provide technical support for the improvement, installation, validation and transfer of replicate custom wet coating equipment used in the scale-up of manufacturing for existing or new Dexcom products.

You will work in a cleanroom and production floor environment, collaborating with Global Engineering, Site Engineering, and R&D teams in Malaysia to implement improvements to equipment solutions, enhance reliability, and optimize yields in sensor

Responsibilities

• Based in a cleanroom and production floor environment.
• Collaborate with cross-functional teams including US Global Engineering and R&D Engineering to support replication, NP I engineering processes, equipment, and tools in Malaysia.
• Lead or support cross-functional equipment deployment teams and liaise with outside suppliers to meet process specifications and timelines.
• Maintain process documentation such as work instructions, process flow diagrams, and SOPs.
• Develop product process flow charts, conduct PFMEA, maintain BOM and control plans, and monitor product performance for production readiness.
• Support continuous improvement projects to reduce costs, improve quality, and enhance productivity.
• Communicate progress and challenges with the broader Dexcom team.

Job description

Dexcom Malaysia is seeking a Process Engineer to provide technical support for the improvement, installation, validation and transfer of replicate custom wet coating equipment used in the scale-up of manufacturing for existing or new Dexcom products.

You will work in a cleanroom and production floor environment, collaborating with Global Engineering, Site Engineering, and R&D teams in Malaysia to implement improvements to equipment solutions, enhance reliability, and optimize yields in sensor