Software Testing Training/Course by Experts

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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
  • Download Syllabus - Software Testing (Automation)

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

Course Fees
10000+
20+
50+
25+

Software Testing Jobs in Toowoomba

Enjoy the demand

Find jobs related to Software Testing in search engines (Google, Bing, Yahoo) and recruitment websites (monsterindia, placementindia, naukri, jobsNEAR.in, indeed.co.in, shine.com etc.) based in Toowoomba, chennai and europe countries. You can find many jobs for freshers related to the job positions in Toowoomba.

  • Manual tester
  • Software Test Engineer
  • Test engineer
  • Software Testing
  • Software Automation Testing
  • Quality Assurance Engineer
  • Software Manual Tester
  • Software Testing Analyst
  • Quality Engineer
  • Software Tester

Software Testing Internship/Course Details

Software Testing internship jobs in Toowoomba
Software Testing The course covers software testing, the software life cycle, the waterfall model, software test design approaches, software testing methodology, testing levels, QA, and QC testing, among other topics. When performing automated testing, many factors must be taken into account. This course will teach you all you need to know about software testing and the tools you'll need. The topics learned in class can be applied to real-world initiatives in businesses. The goal of the course is not to teach the fundamentals of testing, but to take it to the next level. In the long run, it is also cost-effective. Automation testing is a software testing method in which the actual result is compared to the predicted outcome. Manual testing consumes a considerable amount of human resources, is expensive in the near term, and takes a long time. This allows users to try a variety of desktop, web, and mobile apps. Develop your career as an Automation Test Engineer by gaining hands-on experience in the field.

List of All Courses & Internship by TechnoMaster

Success Stories

The enviable salary packages and track record of our previous students are the proof of our excellence. Please go through our students' reviews about our training methods and faculty and compare it to the recorded video classes that most of the other institutes offer. See for yourself how TechnoMaster is truly unique.

List of Training Institutes / Companies in Toowoomba

  • UniversityOfSouthernQueensland(UniSQ) | Location details: UniSQ Toowoomba, 487-535 West St, Darling Heights QLD 4350, Australia | Classification: University, University | Visit Online: unisq.edu.au | Contact Number (Helpline): +61 1800 269 500
 courses in Toowoomba
Transformation theory is about structural change that results from modifications of human institutions (Seliger, 2002). This paper primarily focuses on measuring social norms and cultural beliefs relating to economic and tourism development and discusses findings in the context of Toowoomba. Review of the literature indicates that there is a lack of knowledge surrounding the dynamic interaction of structures and institutions and the reciprocal relationship they have with tourism, particularly at a local level (Agarwal, 2002; Scott, 2003; Rodriguez, Parra-Lopez and Yanes-Estevez, 2008). , 2007; Gartner, 200 ). One occurs when tourists are attracted to the unspoiled nature of a destination, but their increasing visitation transforms the destination and traditional lifestyle into a more urban or globalised one (Bruner, 1991; Dahms and McComb, 1999; Agarwal, 2002; Zhong, et al. Delamere 1997 Reid 2006 Petrosillo Zurlini Grato and Zaccarelli 2006). It is often postulated that local or regional governments should self-direct and play a greater role in tourism development because structural changes and impacts have the greatest effect and can be more readily observed at the local level (Adams, Dixon and Rimmer, 2001; Milne and Ateljevic, 2001; Pavlovich, 2003; Haung, 200 ) and, at this level, institutional modifications and planned intervention are more likely to be effective (Roberts, 200 ; McLennan, 2005; Sebastian and Rajagoplan, 2009). Indeed, this has been extended to suggest that population perceptions can be indicators of destination decline (Faulkner & Tideswell, 1997; Diedrich & Garcia-Buades, 2009). Institutions are collective human- designed action, such as government strategies, plans, policies or laws, business or industry norms, social norms, cultural beliefs or the general patterns of consumer behaviour (Mantzavinos, North and Shariq, 200 ). Diedrich and Garcia-Buades (2009) show that as tourism grows and has more severe impacts on an area, so does the population's perception of tourism implications.

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