Software Testing Training by Experts
Our Training Process
Software Testing - Syllabus, Fees & Duration
MODULE 1
- Software development life cycle
- SDLC development models
- Water fall model
- Evolutionary development model
- Agile model
- Test driven development
- Scrum model
MODULE 2
- Types of automation
- Unit test, integration, system testing
- GUL testing, API testing, load testing
- Smoke /sanity testing importance
- Regression/ Functional testing
MODULE 3
- Uses cases for testers
- Writing good use cases
- Elevator, mobile, phone, pen, coffee vending machine
- List of technologies
- Black box test technology
- Boundary value analysis
- Equivalence class partition
- Error guessing
- White box test technology
- Statement coverage
- Condition coverage
- Path coverage
- Branch coverage
- Types of test cases
- Positive and negative cases
- UI test cases
- Usability test cases
- Field validation
- Functional test cases
MODULE 4
- Test plan document
- Title
- Revision history
- Objective of document
- Scope of document
- Objective of testing
- Metric collection
- Project description
- Critical functionality
- Test data requirement
- Features not to be used
- Test environment
- Training requirements
- Effort estimation
- Resource requirement
- Scheduling
- Test strategy
- Input/ entry criteria
- Exit criteria
- Test suspension and resumption criteria
- Test completion criteria
- Acceptance criteria
- Bug classification
- Test deliverables
- Standards to be followed
- Risk analysis
MODULE 5
- Bugs
- Bug classifications
- Bug template
- Bug tracking
- Bug tracking tools
- Bug life cycle
- Statues for bug life cycle
MODULE 6
- JAVA
- OO concepts
- Encapsulation
- Inheritance
- Abstract classes, interface, final
- Polymorphism
- Overriding, overloading, this, super, constructor
- General
- Collection
- Lists, sets, revise basic algorithms if time permits
- Exception handling
- JDBC
MODULE 7
- Log4J
- ANT
- SVN
- HUDSON
- JIRA, Bugzilla
- JUNIT, Test NG
- Other languages
- SQL
- PERL
- UNIX
MODULE 8
- Mercury quick test pro
- Introduction
- Recording
- Object repository
- Standard checkpoints
- Database checkpoints need to look
- Parameterization
- Data drove testing
- Output values
- Actions
- Descriptive programming
MODULE 9
- Load testing (load runner)
- Fundamentals of load runner
- Planning an effective load test
- Load runner installation
- Virtual user generator scripting
- Recording and playback
- Action and transactions
- Parameters, checkpoints correlation
- Advanced correlation
- Enhance V user output log
- Error handling
- Introduction to scenarios
- Using run-time setting
- Scenarios execution
- Scheduling scenarios
- Performance monitors
- Result analysis
- Building effective load test scripts
- Load runner hand on exercises
MODULE 10
- Test management tools
- Adding test requirements
- Create tests
- Executing test case manually
- Analyze project progress
- Run tests and analyze the results
- Report and trace defects
- Document generator
- Executing test scripts remotely and more
- The test case with requirements
- Descriptive programming
MODULE 11
- Manual testing real project
- Take a real project and do the following in different phases of the QA lifecycle
- QA basic
- Requirement
- Test plan
- Sizing
- Test case
- Bug lifecycle
- Log- with log4j
- Build
- Boundary value analysis and equivalence partitioning
- End and end testing
- Status reporting
- UAT
- Production check out
MODULE 12
- OR
- SOR
- Basic of web syntax
- Descriptive programing
- Functions
- Functional library
- Excel integration
- Option explicit
- Loop
- Original identifier
- Get TO property
- Get RO property
- Showing manual test script
- Error handling using script
- Recovery scenario
MODULE 1
- What is Software testing?
- Importance of Software testing
- How to conduct Software testing.
- Basic terminology of Software testing
- Manual Testing Process
- Difference between Manual and Automated Testing
- Software testing Roles and Responsibilities
MODULE 2
- Software development life cycle and various SDLC Models
- Requirements phase
- Analysis phase
- Design phase
- Coding phase
- Testing phase
- Release and maintenance phase
- Software Development life cycle models
- Waterfall model
- Drawbacks of waterfall model
- Spiral model
- V model
- Big bang model
- RAD model
- Interactive model
MODULE 3
- Software test design techniques
- Static test design
- Informal reviews
- Walkthroughs
- Technical review
- Inspection
- Dynamic test design
- White-box testing
- Black box testing
- Grey box testing
MODULE 4
- Testing levels
- Functional level
- Unit testing
- Integration testing
- System testing
- Regression testing
- Acceptance testing
- Non-functional
- Performance testing
- Load testing
- Security testing
- Portability testing
MODULE 5
- Software life cycle
- Requirements and analysis
- Design
- Development
- Testing
- Maintenance
- Since 2001, Making IT Experts by Experts
- Duration: 60 Hours (Vary as per your skill)
- Course Fees
- Individual Live Classes (1:1)
- Batch Classes @ Low Fees
- Training on Your Time, Any Where
- Access to Recorded Videos
- Practical Internship on Projects
- 100% Placement Support by our jobsNEAR.in
- Training/Internship Certificate
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Course Highlights
Featured Courses
Automation testing is a software testing method in which the actual result is compared to the predicted outcome. As a qualified manual tester, you may be able to earn a good living. Although many universities offer software testing automation training and placement, just a handful excel at coaching. Beginners, intermediates, and specialists can use the software testing automation. The instructors have over 5 years of expertise and have trained over 500 pupils in a single year. Software manual testing is a rewarding professional option that will not go out of popularity anytime soon. Linear Automation Framework, Library Architecture Testing Framework, Modular Based Testing Framework, Data-Driven Framework, Keyword-Driven Framework, and Hybrid Testing Framework are the test automation frameworks. This allows users to try a variety of desktop, web, and mobile apps. To achieve the greatest results, software testing automation should be planned with a budget in mind. Manual testing enables human observation, which may be more effective for detecting potential flaws in dynamically charging GUI designs and usability testing.
