Full-stack Software Engineer focused on developing web applications for IMO's (Intel Mask Operation) Automation department.

Key Responsibilities:

• Write python scripts used to automate transfer and reporting of factory and mask data

• Taking feature/app requests through entire software development lifecycle: from requirements gathering, white paper presentation, development, QA, deployment, and maintenance

• Develop full-stack web applications used internally for data analysis, process automation, and reporting using Angular 2+, .NET Framework 4.x/Core, Entity Framework, Microsoft SQL Database, and IIS.

Key Accomplishments

• Migrate legacy applications created in Classic ASP to Angular 2+, making significant improvements in performance and software quality/maintainability

• Increased user productivity across factory by creating a feature-packed interactive dashboard which showcases factory and mask data relevant to users based on their stored role and personal preferences; data is presented and edited through charts, tables, and dynamic forms

• Designed and engineered a mobile-friendly web application used by engineers from Intel fabs across the world, used for creating, tracking, and dispositioning mask waivers; features include role-based security, automated emails, and integration with other internal applications

Quality and Reliability Engineer focusing on Test Development for next generation Solid State Drives for Intel’s Non-Volatile Memory Solutions Group.

Key Responsibilities:

• Evaluation, development and debug of complex SSD test methods (in Java and C++) in order to stress media, validate firmware mechanisms, and ultimately meet Intel’s high Q&R standards

• Updating GUI of Intel SSD testers using C# to support testing of future product generations

• First-level fail segmentation of engineering samples using NAND and system-level knowledge

Key Accomplishments:

• Led the pathfinding for testing of Intel’s first hybrid 3D NAND/Crosspoint drive (Intel H10 SSD), allowing for final qualification of product

• Spearheaded development of new test mode that utilizes more PCIe lanes per tester slot, increasing tester capacity by at least 100% and providing relief to previous capacity constraints

• Automated bottleneck tasks with Java plugins and Python scripts, reducing technician labor hours by as much as 3 hours per week per product

• Refactored SSD test suite, improving code readability/maintainability and reducing code by 15%

• Used Autocad Electrical for 2D Modeling

‐Updated bills of material (BOMs)

‐Processed engineering documentation

• Assisted in preparation and modification of engineering drawings

‐Created technical user manuals for retrofit kits