Epitaxy Process Engineer Technician — Growth & Impact

OSRAM Opto Semiconductors (Malaysia) Sdn Bhd; Kedah; On-site; MYR 52,000 - 76,000; Full time

Job summary

OSRAM Opto Semiconductors (Malaysia) Sdn Bhd seeks an Epitaxy Process Engineering Sr Technician/Associate Engineer to manage MOCVD epitaxy growth processes. You will ensure operability, meet process KPIs, and act as the epitaxy reactor owner with cross-functional collaboration across production and analytic teams.

Candidates should have a Diploma in Engineering, experience in semiconductor frontend processing, and familiarity with vacuum-related deposition/epitaxy.

Qualifications

• Minimum Diploma in Engineering.
• Experience in semiconductor wafer/chip frontend processing.
• Process manufacturing background and experience as process technician.
• Experience in vacuum related processes such as CVD, plasma, epitaxy growth; III-V semiconductor characterization is an added advantage.

Responsibilities

• Adjust and fine tune epitaxy reactor using RMS/R2R systems.
• Disposition of wafers and equipment/process buyoff following OCAP.
• Coordinate with production and analytic teams to meet KPIs.
• Ensure uptime and wafer quality through equipment handshakes with the team.
• Act as 1st interface with equipment/analytic/operation teams during absence of a process engineer.
• Work with cross functional teams to maintain process KPIs.
• Support pre-buffer process wafer disposition and OCAP adherence.
• Assist engineering troubleshooting or projects with production perspective.

Skills

MOCVD epitaxy

Shift work

English & Bahasa Malaysia

Education

Diploma in Engineering

Job description

OSRAM Opto Semiconductors (Malaysia) Sdn Bhd seeks an Epitaxy Process Engineering Sr Technician/Associate Engineer to manage MOCVD epitaxy growth processes. You will ensure operability, meet process KPIs, and act as the epitaxy reactor owner with cross-functional collaboration across production and analytic teams.

Candidates should have a Diploma in Engineering, experience in semiconductor frontend processing, and familiarity with vacuum-related deposition/epitaxy.