Process Development Engineer - Memory Technologies

Michael Page Singapore; Singapore; On-site; SGD 120,000 - 180,000; Full time

Benefits offered by this job

International exposure

Leadership training

Learning & development programs

Global collaboration

Job summary

Michael Page Singapore is seeking a senior engineer to lead the development and optimisation of next-generation NAND dry etch processes, driving innovation in advanced semiconductor R&D. You will define strategies for critical modules and collaborate with cross-functional teams to translate research into scalable manufacturing.

The ideal candidate will have advanced degrees, deep plasma etching knowledge, and a proven track record leading complex projects while mentoring engineers and reporting

Qualifications

• Experience in R&D programs transitioning to manufacturing.
• Deep understanding of plasma etching fundamentals.
• Proven track record leading complex technical projects.
• Experience with high aspect ratio etch applications.

Responsibilities

• Lead development and optimisation of advanced dry etch processes.
• Drive process innovation to meet device targets.
• Define and execute technology development strategies.
• Collaborate with integration, lithography, deposition, CMP and metallisation teams.
• Partner with equipment engineering and suppliers on roadmaps.
• Present findings to senior stakeholders and mentor junior engineers.

Skills

Project leadership

Cross-functional collaboration

Data analysis

Python

Automation

AI-driven optimization

Education

Bachelor's / Master's / PhD in a related field

Tools

Plasma etch equipment

Process characterization tools

Job description

• Lead next-generation NAND dry etch technology development


• Drive innovation in advanced semiconductor process R&D

About Our Client

Our client is a globally recognised semiconductor technology leader at the forefront of memory and storage innovation. With a worldwide footprint spanning multiple countries, extensive R&D investments, and advanced manufacturing facilities, the organisation plays a significant role in enabling next-generation technologies across data centres, artificial intelligence, mobile devices, automotive applications, and cloud computing infrastructure.

Job Description

• Lead the development and optimisation of advanced dry etch processes supporting next-generation memory technologies.


• Drive process innovation to meet challenging device architecture, structural and electrical performance targets.


• Define and execute technology development strategies for critical semiconductor process modules.


• Partner closely with process integration, lithography, deposition, wet process, CMP and metallisation teams to solve complex manufacturing challenges.


• Collaborate with equipment engineering teams and suppliers to establish future hardware and capability roadmaps.


• Lead technical investigations, root cause analyses and problem-solving initiatives involving high aspect ratio and advanced pattern transfer applications.


• Present technical findings, project updates and development strategies to senior stakeholders while mentoring junior engineers and contributing to technical leadership initiatives.

The Successful Applicant

• Bachelor's, Master's or PhD in Chemical Engineering, Mechanical Engineering, Electrical Engineering, Materials Science, Physics, Chemistry, Semiconductor Engineering or a related discipline.


• Strong experience supporting R&D and technology development programmes transitioning into manufacturing environments.


• Deep understanding of plasma etching fundamentals, plasma chemistry, surface interactions and transport phenomena.


• Proven track record leading complex technical projects and cross-functional engineering teams.


• Experience developing solutions for high aspect ratio etch applications and advanced pattern transfer challenges.


• Strong knowledge of semiconductor dry etch equipment, process characterisation methodologies and statistical process control.


• Experience managing supplier collaboration, technical evaluations and equipment development initiatives.


• Proficiency in data analysis tools and statistical software, with exposure to data science, Python, automation or AI-driven process optimisation considered advantageous.

What's on Offer

• Opportunity to contribute directly to the development of future-generation semiconductor memory technologies.


• Exposure to cutting-edge R&D programmes addressing some of the industry's most complex process integration challenges.


• Comprehensive learning and development programmes, including technical leadership training.


• International exposure through collaboration with global R&D, manufacturing and equipment partners.