Intern-MMPpFALab

**Our vision is to transform how the world uses information to enrich life for _all_. ** Micron Technology is a world leader in innovating memory and storage solutions that accelerate the transformation of information into intelligence, inspiring the world to learn, communicate and advance faster than ever. **Project Title : Dye penetration efficiency against viscosity evaluation** **Description:** Varying viscosity of Dykem Red Ink at different counts of use (re-use cycles) can increase viscosity over time, which may limit dye penetration and lead to no/poor penetration outcomes in the Dye & Pry process. Today, there is no quantitative control of dye viscosity (and/or temperature), so “low viscosity” is assumed but not verified. This internship project will establish a practical viscosity measurement and control approach to improve confidence and repeatability of Dye & Pry results. **Scope:** 1\. Develop a test plan to measure Dykem red dye viscosity across defined reuse counts 2\. Identify and evaluate viscometer options suitable for low-viscosity Newtonian fluids with high sensitivity and minimal mechanical disturbance 3\. Define a controlled measurement method (including temperature control/standardization, e.g., 25°C reference) and measurement repeatability checks 4\. Correlate viscosity trends to Dye & Pry penetration quality indicators (e.g., penetration success rate / defect reveal quality using existing lab evaluation approach 5\. Propose an operational control plan: viscosity acceptance window, reuse limit guidance, storage/handling recommendations, and a simple decision rule for “use vs discard. **Supporting Team:** Failure Analysis (Dye & Pry process owners / lab operations) **Deliverables:** 1\. A viscosity vs. reuse-count dataset and trend summary (baseline + defined reuse points) 2\. Recommendation of the best-fit viscometer type for this application (with rationale tied to low-viscosity needs) 3\. A documented viscosity measurement procedure (incl. t