Irfan Davalsab

• Build an Automation Framework dedicated for Rest APIs using Rest-Assured to assert all the Request methods and their respective responses. • Built and maintained a dedicated project with primary focus on Performance/Load Testing using Locust and Gatling. • Monitoring and continuous improvement of the automation strategy and framework. Environment : Java, Python, Serenity, Appium, Locust, Rest-Assured, Espresso, XCUITest, Xcode.

Performed testing of applications and prepared formal evaluations of test results which include the different functionalities of Bitcoin volume, Wallet, Buying and Selling of Bitcoin on Coinsecure platform. Developed framework to automate the UI and APIs which includes automating Two-Factor Authentication through JavaMail API to fetch email and the token to validate and developed a library to authenticate token from Google Authenticator.

Managed offshore QA resources for ensuring timely project completion; developed quality standards through participating in the initial software development stages; validated and enhanced the existing QA plan and strategy. • Prepared, designed and led the Test Strategy and Test Plan for all projects; reviewed activities such as Requirements Review, Design Review, Test Strategy Review and Test Case Review. Environment : Selenium, Appium, Protractor, JMeter, Postman, Cucumber, Gherkin, IntelliJ IDEA, Git.

Creating the different Data Replication Techniques in the Internet of Things (IoT) using Quantum Lifecycle Management-Message Interface (QLM-MI). The work aims at investigating whether QLM-MI provides the opportunity of providing the main techniques of data replication, after which the proposal is then applied on a Smart Object platform.

In the project assigned, the work involves in creating a Simulation for a Cluster based Multi-tier Data Center. The simulation for the individual tiers are created using SimPy (Simulation in Python) and also CloudSim( Simulation in Cloud), which are implemented in Python, Java and OMNET++. Simulation includes the work of involving the number of Server nodes, the session request, inter arrival time between the different Servers.

System on Chip (SoC), Modelling Parallel Systems, Manycore Programming, HDL Based design, System Verification, Code optimisation.