Software Testing
by Tomy George
Software Testing
by Tomy George
by Tomy George
by Tomy George
A dedicated and detail-oriented software tester with 5 years of experience in manual and knowledge in automated testing across diverse domains, including claims and litigation management, professional events management, healthcare applications, and financial software. Proven expertise in testing web applications, mobile apps (Android and iOS), and desktop applications, ensuring high-quality software delivery.
Skilled in various testing methodologies such as unit, integration, system, regression, user acceptance, and performance testing, utilizing tools like JMeter, Postman API, Azure DevOps, and Microsoft TFS. Experienced in working with multiple payment gateways (Stripe, Braintree) and conducting thorough cross-browser testing across platforms such as Edge, Chrome, Firefox, Internet Explorer, Opera, and Safari.
Adept in Agile methodologies, collaborating closely with development teams to identify, document, and resolve issues using effective bug reporting techniques. Familiar with various testing environments, including staging, UAT, and production, ensuring software stability and user satisfaction.
Proficient in test case preparation, documentation, and the creation of traceability matrices, with a strong focus on delivering high-quality user experiences and maintaining robust software performance. Committed to continuous improvement and leveraging best practices to enhance testing processes and methodologies.
Scope of Testing:
- Web and mobile apps for Android and iOS .
Testing Methods:
- Functionality Testing
- Non-Functionality Testing
Document Preparation:
- Test Case Preparation
- Bug Documents
Process:
Logging bugs in project management and bug tracking tools with:
- Bug ID
- Description
- Steps to recreate
- Severity
- Priority
- Screenshots
- Screen recordings
Others:
- Integrated payment gateways testing (Stripe, Braintree)
Scope of Testing:
- Web and mobile apps for Android and iOS .
Testing Methods:
- Functionality Testing
- Non-Functionality Testing
Document Preparation:
- Test Case Preparation
- Bug Documents
Process:
Logging bugs in project management and bug tracking tools with:
- Bug ID
- Description
- Steps to recreate
- Severity
- Priority
- Screenshots
- Screen recordings
Scope of Testing:
- Website and Web application.
Testing Methods:
- Functionality Testing
- Non-Functionality Testing
Document Preparation:
- Test Case Preparation
- Bug Documents
Process:
Logging bugs in project management and bug tracking tools with:
- Bug ID
- Description
- Steps to recreate
- Severity
- Priority
- Screenshots
- Screen recordings
Scope of Testing:
- Web and mobile apps for Android and iOS .
Testing Methods:
- Functionality Testing
- Non-Functionality Testing
Document Preparation:
- Test Case Preparation
- Bug Documents
Process:
Logging bugs in project management and bug tracking tools with:
- Bug ID
- Description
- Steps to recreate
- Severity
- Priority
- Screenshots
- Screen recordings
Scope of Testing:
- Mobile devices testing and apps for Android and iOS , including iPad, Android Tab.
Testing Methods:
- Functionality Testing
- Non-Functionality Testing
Document Preparation:
- Test Case Preparation
- Bug Documents
Process:
Logging bugs in project management and bug tracking tools with:
- Bug ID
- Description
- Steps to recreate
- Severity
- Priority
- Screenshots
- Screen recordings
Others:
- Integrated payment gateways testing (Stripe, Braintree)
Scope of Testing:
- Website and Web application.
Testing Methods:
- Functionality Testing
- Non-Functionality Testing
Document Preparation:
- Test Case Preparation
- Bug Documents
Process:
Logging bugs in project management and bug tracking tools with:
- Bug ID
- Description
- Steps to recreate
- Severity
- Priority
- Screenshots
- Screen recordings
Testing ensures that the software is of high quality, free of critical bugs, and performs as intended. This is essential for building user trust and satisfaction.
Identifying and fixing issues during the development phase is significantly less expensive than addressing them after deployment. Early testing can save costs associated with post-release patches and fixes.
Through comprehensive testing, potential risks and vulnerabilities can be identified and addressed before the software is released, reducing the chances of security breaches and failures in production.
Testing assesses the application's performance under various conditions, ensuring it can handle expected user loads and function efficiently without crashing or slowing down.
Testing focuses not just on functionality but also on usability, ensuring that the application is intuitive and user-friendly, leading to a better overall experience for end users.
A well-documented testing process provides a clear history of the testing conducted, which can be useful for future reference, audits, or for new team members.
In today’s fast-paced digital landscape, ensuring the quality and reliability of your software is paramount. My innovative software testing solutions are designed to meet the unique needs of your business, providing comprehensive coverage that ensures your applications perform flawlessly and deliver exceptional user experiences.
Interested in learning more about how I can help your business? Contact me today to schedule a consultation.
As the software industry evolves with advancements in automation, artificial intelligence, and machine learning, the role of human testers remains crucial and irreplaceable. While automated testing offers efficiency and speed for repetitive tasks, the nuanced understanding and critical thinking skills of human testers are vital for ensuring comprehensive software quality.
1. Intuition and Contextual Understanding.
Human testers bring intuition and contextual understanding that automated scripts cannot replicate. They can grasp the user experience and assess the application from a real user's perspective, identifying usability issues and potential pain points that machines may overlook. This ability to empathize with users allows for more effective testing scenarios, leading to improved overall user satisfaction.
2. Exploratory Testing.
Exploratory testing, which relies on human creativity and adaptability, is an essential aspect of software quality assurance. Human testers can dynamically explore the application, making on-the-fly decisions based on their observations and interactions. This approach helps uncover hidden defects, edge cases, and unexpected behaviors that predefined automated tests might miss.
3. Complex Scenarios and Subjectivity.
Software applications are increasingly complex, often involving intricate user interfaces, workflows, and interactions. Human testers excel in scenarios that require subjective judgment and critical thinking, such as evaluating the usability of a feature or interpreting user feedback. Their ability to consider the broader context of an application’s purpose and the specific needs of its users enhances the testing process.
4. Adaptability to Change.
In a fast-paced development environment, requirements and features often evolve rapidly. Human testers can adapt their testing strategies and focus areas based on changing project demands. Their flexibility enables them to prioritize testing efforts effectively and address new risks as they arise, ensuring that software quality is maintained throughout the development lifecycle.
5. Quality of Communication.
Human testers play a pivotal role in facilitating communication between development teams and stakeholders. Their insights and feedback can bridge the gap between technical specifications and user expectations. By articulating issues clearly and providing constructive recommendations, testers enhance collaboration and contribute to a more cohesive development process.
6. Manual Testing: A Foundation for Automation.
While automated testing is invaluable for regression testing and large-scale applications, manual testing remains foundational. It serves as the first line of defense in identifying critical defects early in the development cycle. Manual testing informs the design of automated tests, ensuring that they are robust and effective.
Conclusion.
TG
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