2 to 3 Months
Online + Offline
15 Students Only Batch Size
Anyone
Beginner to Advanced Training
Foundational Exploration of Software Testing: Definition and Scope Importance in Ensuring Software Reliability and Quality Significance in Software Applications Systematic Approach to Software Testing: Identifying Defects Verifying Software Meets Specified Requirements Key Terminology in Software Testing: Test Cases Test Plans Test Execution Building a Conceptual Framework Manual Testing Process: Stages of Manual Testing Principles of Manual Testing Manual vs. Automated Testing: Distinctions Between Manual and Automated Testing Comparative Analysis Roles and Responsibilities in Software Testing: Overview of Various Roles Diverse Skill Sets Required Insights into Effective Testing Practices Conclusion and Future Exploration: Holistic Understanding of Software Testing Fundamentals Preparation for In-Depth Exploration of Methodologies and Techniques in Subsequent Sessions
Introduction to Software Development Life Cycle (SDLC): Definition and Overview Importance in Software Development Key Phases of SDLC: Requirements Phase Gathering and Analysis of Project Requirements Analysis Phase Detailed Examination of Requirements Design Phase Formulation of System Architecture and Specifications Coding Phase Implementation of Design Testing Phase Rigorous Testing to Identify and Rectify Defects Release and Maintenance Phase Deployment and Ongoing Support Various SDLC Models: Traditional Waterfall Model V Model (Verification and Validation) Agile Model (Iterative Approach) Prototype Model (Experimental) Spiral Model (Risk-Driven) Strengths and Weaknesses of SDLC Models: Comparative Analysis Informed Decision-Making Based on Project Requirements and Constraints Comprehensive Overview and Equipping Participants: Insights into Software Development Complexity Choosing the Most Suitable SDLC Model for a Given Context Building a Solid Foundation for Software Development Decision-Making
Static Techniques: Definition and Importance Overview of Informal Reviews Walkthroughs: Purpose and Process Technical Reviews: Application and Benefits Inspection: Rigorous Examination and Validation Dynamic Techniques: Introduction to Dynamic Testing Black-box Test Techniques: Equivalence Partitioning Boundary Value Analysis Decision Table Testing State Transition Testing Use Case Testing White-box Test Techniques: Statement Coverage Testing Branch Coverage Testing Path Coverage Testing Conditional Coverage Testing Loop Coverage Testing Experience-based Test Techniques: Error Guessing Exploratory Testing Checklist-based Testing Comparative Analysis of Techniques: Strengths and Weaknesses Applicability in Different Scenarios Selection Criteria for Techniques Application in Testing Processes: Integration of Techniques in Software Testing Lifecycle Real-world Examples and Case Studies
Four Levels of Testing: Unit Testing, Integration Testing, System Testing, Acceptance Testing Types of Testing Functional Testing: Unit Testing, Integration Testing, System Testing, User Acceptance Testing. Sanity/Smoke Testing. Re & Regression Testing. Non-Functional Testing:Performance Testing. (Load, Stress, Spike and Endurance Testing), Usability Testing, Compatibility Testing, Reliability Testing, Security Testing, Cookies Testing, Session Testing, Recovery Testing Installation Testing, Adhoc Testing. Risk-Based Testing. I18N Testing. L1ON Testing. Compliance Testing. Testing life cycle Requirements Analysis/Design: Understand the requirements ,Prepare Traceability Matrix. Test Planning. Test Case Design: Derive Test Scenarios, Document Test cases, Collect Test data, Review Test cases. Test Environment Setup. Test Execution: Sanity Testing – Initial build acceptance testing, Comprehensive Testing – executing all possible test cases,Reporting and Tracking Defects. Regression Test Cycle 1, Sanity Testing…, Retesting Regression Testing, Reporting and Tracking Defects. Regression Test Cycle 2 Sanity Testing…, Retesting Regression Testing, Reporting and Tracking Defects…, Final Regression. Test Cycle Closure
Introduction to Software Test Documents: Importance in Testing Process Roles and Significance Key Test Documents: Test Policy: Principles and Guidelines Test Strategy: High-Level Approach and Methodologies Requirements Traceability Matrix: Linking Requirements to Test Cases Test Plan: Components - Objectives, Scope, Resources, Schedule, Exit Criteria Test Case Documentation: Steps, Expected Outcomes, Execution Conditions Defect Report: Importance in Documenting and Tracking Defects Test Metrics: Quantitative Measures for Assessing and Improving Testing Test Summary Report: Summarizing Overall Testing Efforts, Results, and Outcomes Relevant Testing Standards: ISO Software Testing Standards: Standardization in Software Testing Processes and Practices IEEE Standard for Software Test Documentation: Standardization of Testing Documents and Formats ANSI Standards for Software Testing: Guidelines and Best Practices from the American National Standards Institute Implementation and Adherence to Standards: Creating and Managing Standardized Practices Ensuring Consistency and Quality in Testing Processes
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