• Responsible for the frontend and backend development of an USA online benefits portal web application (Vimly Benefits Solutions)• Developed web applications using ember.js, react.js and bootstrap (HTML5, CSS3, Typescript) for frontend and Ruby on Rails and AWS services for backend• Provisioning and configuring cloud-based environments with configuration management tools including CloudFormation• Developing a GraphQL endpoint for Vimly SIMON API using AWS Appsync, AWS Step Functions, and AWS Lambda• Migrating and refactoring Vimly SIMON API to serverless leveraging using AWS API Gateway• Experience with software and systems development life cycle, including requirements analysis, design, integration, testing, and implementation• Integrating AWS CloudWatch for monitoring AWS resources and applications• Integrating analytics and monitoring tools (Datadog) for improving performance metrics and UX design• Followed best programming practices and clean/dry code principles for writing and debugging code• Applied unit testing in different stages of development including integration test, client-end test, and deployment test• Collaborated with a team of web development professionals using git version control and bitbucket• Researched the best practices used before integrating software packages and tools

Advisor: Prof. Rouwaida Kanj, Co-Advisor: Dr. Mohamed Fouda (UCI) and Dr. Fadi Kurdahi (UCI)• Performed literature review on different Quantum noise sources and channel models• Performed literature review on different Quantum noise estimation protocols like Randomized Benchmarking (RB), Quantum Process Tomography (QPT), Quantum State Tomography (QST)• Built Quantum circuits using Clifford gates and running them on IBM Quantum computers using IBM Qiskit platform• Tested a scalable solution using GRF models for Quantum noise mitigation• Analyzed different noise mitigation methods on IBM Quantum computers

• Performed literature review on statistical analysis and Markov Chain Monte Carlo (MCMC) methods• Performed literature review on Resistive Random-Access Memory (ReRAM) designs and Sneak-Pathdetection in memristive crossbar array designs• Developed MATLAB code for implementing statistical analysis of Sneak-Path problem based on literature review• Implemented an extension to existing algorithms for enhanced accuracy

• Performed literature review on Quantum Computing theory• Performed literature review on Quantum circuits and Quantum algorithms• Introduced to Qiskit programming platform

• Developed software codes for automating buying and selling operations in the Forex market• Developed codes for better visualization of the stocks market transactions• Managed the risks of buying and selling operations