- To sustain and optimize dicing/ grinding/ LLO/ Bonding process & equipment for continue improvement, countermeasures issue, ensuring tool maximum productivity, new product qualification & release.
- Lead, develop and optimize dicing/ grinding / LLO/ Bomding process to ensure robustness of processes with Line of Defense (LOD), Statistical Process Control (SPC) etc control in place.
- To perform risk assessment using FMEA and derive control when needed. Create and maintain documentation, certification & compliance of procedure in assigned functional areas according to quality standard & customer requirement
- Interaction with Equipment engineer to understand the Process & Equipment capability that influence towards the processes. To work with Product Integration Engineer/FPD/NPI to understand the product integration and process
- Drive continuous improvement initiatives to reduce waste, increase tool up time efficiency and improve quality for dicing/ gridining / LLO/ Bonding area.
- Collaborate with counterparts to ensure both sites process changes is synchronized and develop future equipment strategy (CEPT/BEST) for dicing / grinding area which included procurement spec for equipment purchase, tool design improvement/PokaYoke, planning & execution within area of responsibility to support manufacturing activities.
- Leads engineering efforts in support of the root cause identification of non-conformances. Will take ownership of implementing corrective and preventive action.
- Establishes control measures to ensure conformance to ISO/TS 16949, ISO 45001, ISO 14001, and other standards, while leading customer and certifying body audits.
What we look for
- Degree / Master in Electrical Engineering / Mechatronic / Mechanical / Chemical Engineering
- Min 10 years experience in manufacturing environment and min 5 years experience in dicing/ grinding / LLO/ Bonding process engineering.
- Good in presentation and communication
- Fluency in English and Bahasa Malaysia
Please contact Shin Yih Cheah for further information via SHIN-YIH.CHEAH@AMS-OSRAM.COM.