Paze Product Engineering Team

• Led the design and development of user interface for a live cloud health assessment application for Capital Group

• Developed CRUD interfaces using CSS, Javascript, and React utilizing several DynamoDB databases and features for both admins and users

• Implemented pagination, asynchronous search, sorting, and notifications for cloud dashboards, features, and tables

• Utilized Pytest for integration tests of Lambda functions to validate build before deployment in CodePipeline

• Integrated multi-factor authentication with Cognito-based backend using Lamda and SES

• Developed RESTful APIs using API Gateway and Lambda in Javascript and Python for several cloud applications

• Implemented Terraform code to generate AWS-based backend consisting of Cognito, S3, Lambda, API Gateway, DynamoDB, and SES

• Contributed to TypeScript-based npm package allowing developers to import sign up / login API modules and interfaces to expedite user authentication development

• Developing AWS Lambda functions and endpoints in C# backend for cloud-based electronic notarization web application for First American Docutech

• Utilizing Moq framework for development of unit tests to validate new APIs before deployment

• Deploying API Gateway and Lambda backend to cloud using Terraform for testing with CloudWatch / Postman

• Collaborating on software development using Scrum model of agile project and team management with Jira

• Co-developed and characterized an existing structured photonics low-energy prototype system

• Operated femtosecond laser OneFive Origami-15 for the generation of light by design

• Researched the development of programmable, unprecedented spatio-temporal precision, structured photonics

• Implemented automated image segmentation of x-ray magnetic images using TensorFlow-based convolutional neural network U-Net

• Co-developed a generative adversarial network (GAN) for the resolution enhancement of x-ray magnetic images

• Researched the properties and theory behind multiferroics at the nanoscale level