
Course introdcution
Explore the software development lifecycle, its planning, requirements, design, building, testing, deployment, and maintenance, and see how models like waterfall, spiral, and agile shape team collaboration.
We will learn about the most common software development methodologies
We will focus on Agile and Scrum the most common software development methodologies in use
Explore black box, white box, functional, nonfunctional, change related, and structural testing, plus techniques like boundary value analysis and regression, to apply across unit, integration, system, and acceptance levels.
Discover how test documentation guides the testing workflow, saves time and money, and serves as a living, version-controlled source of truth through STP, STD, STR, SRS, and related artifacts.
Explore the defect lifecycle in software testing: learn to report defects, distinguish errors, defects, and failures, and follow common statuses from new to closed.
Learn to craft clear defect reports with actionable steps to reproduce, include attachments as evidence, and assign severity and priority, using bug tracking systems to monitor quality.
Explore how web applications work, including client-server architecture, and apply practical manual testing strategies with integration, system, acceptance, and security testing, and learn to use developer tools for testing.
Design a comprehensive mobile app test plan covering devices, OS versions, and network conditions. Explore tools, real devices and emulators, cloud options, automation, and security considerations for robust testing.
Embark on a Successful Career in Software Quality Assurance (QA)!
Software Quality Assurance (QA) is a vital process that runs parallel to software development, focusing on enhancing the development process to prevent issues before they escalate. As an umbrella activity, QA is applied throughout the software lifecycle.
Benefits of a QA profession:
QA ensures high-quality software, saving time and cost.
Improved reliability and reduced maintenance over time.
Enhances commercial software quality, increasing market share.
Drives continuous improvement in the software creation process.
Course Requirements:
Motivation and willingness to learn new concepts.
Think big and embrace continuous learning.
Who this course is for:
Beginners seeking to start their career in Software Testing.
Experienced QA testers looking to refresh their skills and prepare for Software Testing Certifications.
Developers aiming to gain testing expertise.
Why become a QA?
Fascinating work that makes you an expert on the product.
Constant learning and growth in your skill set.
Expanded thinking and problem-solving abilities.
Attractive average salaries ranging from $70,000 to $110,000 without specific degrees or certifications.
Course Highlights:
Suitable for all experience levels, from novices to seasoned QA professionals.
No technical expertise required to excel in QA testing.
Gain confidence in becoming a skilled tester.
What you'll learn:
QA best practices, testing types, and methodologies.
Proper QA document writing and defect reporting.
Testing Web and Mobile applications.
How to use AI - ChatGPT for testing.
Utilizing Jira, Docker, and SQL for testing.
Understanding Agile and software development phases.
The impact of software architecture on testing.
Tips for landing your first QA job.
Recommended tools for software testing.
What you'll receive:
Over 9 hours of valuable and extensive content.
Ongoing support via email for any assistance or concerns.
Highly recommended tools for software testing.
Regular updates with the latest innovations and best practices.
Life-long assistance through Q&A.
Practical sessions, quizzes, and hands-on assignments to reinforce learning.
Job interview questions and practical guidance for job hunting in QA.
Join our course and take a significant step towards a rewarding and fulfilling career in Software Quality Assurance!
Enroll now and unlock your potential as a qualified tester!