Varsha Siri Pamarthy
Chemical & Biomolecular Engineering
School of Chemistry, Chemical Engineering and Biotechnology
Summary
I am a Senior Engineer in the New Product Management department at Micron Technology, Singapore. Prior to this role, I had worked in the Technology Development division at Micron, focussing on optimising wet processes for replacement gate technology development.
I love interacting with people and I am a strong advocate of diversity and inclusivity at the workplace. I am a regular volunteer at various organisations and I am also a member of the Micron MSB Volunteering Committee. During my free time, I like to read books, tend to my balcony garden, meet friends and explore restaurants.
Featured Skills
Work Experience
Senior Engineer - New Product Management Sep 2020 - Present
Micron Technology Inc. Singapore• Act as a conduit between backend RD and High-Volume Manufacturing (HVM) teams to ensure successful launch of new technologies in packaging
• Point of contact for Multi-chip package Mobile Business Unit and Enterprise Business Unit (MCP - MBU and MCP-EBU) build execution related issues
• Ensure engineering samples and qualification samples are delivered on time
Senior Engineer - Wet Process and equipment development Nov 2019 - Sep 2020
Micron Technology Inc. Singapore• Optimized wet processes for replacement gate technology development
• Collaborated within Singapore Technology Development team and participated with Boise, USA counterparts to identify best methods for Replacement Gate technology development
• Liaised with Micron procurement, EHS and PSM teams along with external vendors and suppliers to bring new chemistries for CapEx gain on a critical project in Micron
Education
Doctor of Philosophy (Chemical Engineering) Aug 2013 - May 2019
Nanyang Technological University SingaporeSynthesized, functionalized and characterized nanomaterials to be used as supports for catalyst immobilization
Assembled a bench-top flow reactor and evaluated the yield and selectivity of reactions catalyzed by immobilized catalysts in continuous mode.
Optimized conditions for the reactions under batch and flow conditions and tested recyclability of the immobilized catalysts.
Other Skills
Q&A with Varsha Siri Pamarthy
