Viren Patel

Product Development Engineer 2 @ Micron Technology

I am a Product Development Engineer at Micron Technology, Singapore, specializing in the life cycle management and optimization of semiconductor products. My expertise includes electrical and functional testing, material reviews for automotive-grade MCP modules, and process improvements. I collaborate across departments and leverage Python, C++, and data analytics for AI scripting.

Micron Logo
Product Owner / Product Engineer — Micron Technology, Inc.
11/2020 – Present [5 Years] • Singapore
  • Action: Led electrical & functional test strategy and material reviews for an automotive-grade MCP module. Project/Problem: High-volume production reliability and test coverage gaps. Result: Shipped 20M+ units with near-zero DPM and improved HVM yield.
  • Action: Owned customer-return investigations and failure analyses (functional & physical). Project/Problem: Reduce field returns and analyze NVMe/UFS failures. Result: Identified root causes and implemented corrective actions that improved product reliability and customer satisfaction.
  • Action: Implemented data-driven automation scripts (Python, C++, Perl, HTML) for data collection and visualization. Project/Problem: Manual data collection slowed analysis cycles. Result: Reduced data collection-to-analysis time by ~90%.
  • Action: Led cross-functional improvement projects—Shift-Left testing, test-coverage improvements, and test-time reduction on ATE. Project/Problem: High assembly and test costs with long cycle times. Result: Reduced test time and operational cost while improving defect detection earlier in the flow.
  • Action: Performed rigorous root-cause investigations using 8D, DFMEA, DOE and advanced FA techniques. Project/Problem: Complex, intermittent failures requiring multi-modal analysis. Result: Faster, more accurate failure resolution through structured FA workflows.
  • Action: Ensured safe operation in ESD-prone clean room environments and maintained equipment qualification. Project/Problem: ESD risks and device sensitivity. Result: Maintained lab safety standards and consistent testing throughput.
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Teaching Assistant — IIT Bombay
05/2019 – 06/2020 [2 Months] • Mumbai, India
  • Action: Designed tutorials and led review sessions for undergraduate courses. Project/Problem: Students struggling with core engineering concepts. Result: Improved comprehension and grades through targeted mentorship and timely feedback.
  • Action: Managed grading and transitioned content for online teaching. Project/Problem: Shift to remote learning and fair evaluation. Result: Maintained assessment integrity and student engagement during remote semesters.
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Intern Engineer — Applied Materials
05/2018 – 06/2018 [1 Year]• Mumbai, India
  • Action: Conducted technology landscape analysis and dissolution studies for a proprietary coating applied to pharma APIs. Project/Problem: Delayed-release formulation requiring new coating solutions. Result: Recommended and validated a coating approach; highest-rated intern with direct senior management feedback.
  • Action: Performed HPLC dissolution testing and translated semiconductor coating techniques to pharma processes. Project/Problem: Demonstrate cross-domain application of semiconductor equipment tech. Result: Demonstrated feasibility and improved understanding of process-transference methods.
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Master of Technology (Dual/Integrated) — IIT Bombay
Graduated in 07/2020 • Metallurgical Eng. & Materials Science (Process Engineering)
  • Thesis: DFT & Solvation Simulation of Supercapacitor electrode (graphene-like 2D materials). Graduated with 8.48 CPI; 9.58 CPI for Masters Project.

CAD & 3D / Scientific

Programming & Data

Tools & Processes

Failure Analysis

  • Micron Data Science Program (10/2024 – Present): Data Science Methodology, Big Data & ML Fundamentals, Tableau, SQL for Data Science.
  • Six Sigma Black Belt Courses (07/2024 – 01/2025): Lean & Six Sigma, Process Metrics, SPC, FMEA, DFSS.
Masters Project — DFT & Solvation Simulation
06/2018 – 08/2020 • Guide: Prof. Sumit Saxena
  • Performed ab-initio modeling of g-CN for supercapacitor electrodes using JDFTx; simulated electrolyte-electrode interactions to optimize electrode-electrolyte combinations.
  • Applied DFT and solvation models to predict material electrochemical response and optimize design choices.
FDTD Micro-Hole Simulations
06/2017 – 08/2018
  • Simulated nano/micro optical lenses using FDTD and plasmonic theory; analyzed device response and proposed explanatory frameworks.
Optical Device Simulation (Solar Cells)
06/2016 – 08/2017
  • Modeled photonic-electronic generation to improve solar cell efficiency using Synopsys TCAD and 3D device design tools.

Micron Technology, Inc. — Singapore

  • Beach cleaning: organized and participated in cleaning 2 km twice a year.
  • Art & Craft, DIY Projects, Video Games, Chess, Painting/Drawing
  • Volunteering, Coding & Simulations, Reading, Cooking, Robotics