EDUCATION QUALIFICATION & ESSENTIAL EXPERIENCES

• A bachelor’s degree or higher in Electrical and Electronics Engineering, Chemical Engineering, Materials Science, Physics, or a related STEM field.
• Minimum of 6 years’ experience in specific module process engineering, possessing in-depth technical knowledge.
• Experience working in a 12” (300mm) semiconductor fabrication facilities would be advantageous.
• Opportunity to travel to overseas for training (subject to business needs and expectation).

KEY SKILLS AND ATTRIBUTES

• Good interpersonal and communication skills to work effectively across functions and geographical teams with diverse background.
• Strong analytical and problem-solving skills to achieve positive results and outcome.
• Goal driven and an excellent team player that can work under pressure in a dynamic and fast-paced environment.
• Has a growth mindset, prioritizing adaptability, resilience, innovation, and ongoing learning to support business needs.
  VSMC promotes diversity and inclusivity in our workforce; and hiring will be conducted in phases

ROLE SUMMARY

You will be responsible to deliver robust and efficient semiconductor manufacturing process with data driven analytics and systemic problem-solving skills in the specific module (Diffusion, Etching, Photolithography, PVD, TF (CVD/CMP), WET or Metrology).

KEY RESPONSIBILITIES

• Provide expert technical support to ensure stable and efficient daily manufacturing operations; proactively lead the resolution of complex issues impacting yield, quality, or throughput.
• Actively lead cross-functional collaborations with internal teams, equipment/material suppliers, and external partners to identify critical technology gaps; champion development, evaluation, and qualification of advanced corrective and preventive solutions.
• Strategically plan, scale up and sustain high-volume manufacturing processes with an emphasis on operational excellence, speed, and quality.
• Drive and oversee continuous improvement initiatives to enhance process stability, yield, reliability, productivity, and safety; mentor and guide junior engineers, fostering a culture of data-driven innovation and technical excellence.
• Design, lead, and interpret complex experiments; extract key insights from large datasets using advanced analytical and statistical tools to optimize manufacturing performance and process control.
• Implement and refine statistical process control (SPC) systems and process monitoring strategies to ensure robust, high-yield production processes.
• Provide technical guidance during technology transfers, process integrations, and new product introductions to ensure seamless transitions and high-quality outcomes.