Brian Chege

Conducted comprehensive reviews of product requirements and identified areas of improvement
Developed and maintained test metrics to track product quality and identify areas of improvement
Collaborated with cross-functional teams to identify and resolve quality-related issues
Developed and implemented a testing framework that improved product quality and reliability by 50%
Developed automated test scripts to increase test coverage and reduce manual testing efforts
Utilized various tools i.e jmeter and new relic to monitor application performance and ensure system stability
Tracked and monitored software defects to ensure timely resolution
Investigated and reported customer issues, providing timely and satisfactory solutions
Developed and implemented a system to track and monitor customer feedback

Developed a secure authentication system that ensured user privacy and data security
Implemented automated tests that increased code coverage to 20%, reducing the number of production issues by 15%
Utilized serverless architecture to reduce costs and improve scalability
Implemented a Responsive Design that allowed the application to be used on various devices with the same user experience
Developed a full-stack web application that handled 200 concurrent users with minimal downtime
Created a RESTful API that allowed for seamless integration with other applications

Developed automated scripts to simplify common tasks and reduce manual effort
Developed and maintained software in multiple programming languages, such as Java, Python, and JavaScript
Created a Continuous Integration/Continuous Deployment (CI/CD) pipeline that reduced time-to-deployment from 2days to 1.5 hours
Implemented automated testing that increased code coverage to 15%, reducing the number of production issues by 10%
Led a team of developers to successfully complete a major software project on time and within budget
Conducted code reviews and mentored junior developers to improve code quality and ensure adherence to best practices
Implemented a microservices architecture that improved system modularity and reduced dependencies between components
Improved database performance by 5% through query optimization and indexing
Developed REST APIs and implemented authentication protocols, such as OAuth, to securely expose data to clients