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
Learning and adopting new technology is driving the expansion of automated testing training from Tabuk.
With live projects, the course covers manual testing from the basics to the advanced level. We provide corporate trainees and freshers once they have completed practical and theatrical training.
Manual software testing is a rewarding job option. There are numerous reasons why software testing automation has become so popular in the IT industry. Testing automation, according to recent trends, is fairly simple to grasp for newcomers. The goal of the course is not to teach the fundamentals of testing, but to take it to the next level. Manual testing enables human observation, which may be more effective for detecting potential flaws in dynamically charging GUI designs and usability testing. Manual software testing is simple to learn for new testers. When performing automated testing, many factors must be taken into account.
