ISTQB-Advanced Level Test Automation Engineer/CTAL-TAE


ISTQB-Advanced Level Test Automation Engineer Certification Training Course Overview

The ISTQB-Advanced Level Test Automation Engineer training and certification course provides the skills necessary to execute a test automation project. The course stresses on the concepts used for automating dynamic functional tests and lays emphasis on the relation between these tests and test management, defect management, software development processes and quality assurance.

Who should do ISTQB - Advanced Level Test Automation Engineer training and certification course?

  • IT professionals with experience in Software testing
  • Test Managers looking for the skills to plan and lead automation projects
This course prepares you for Exam CTAL-TAE. Download Course Contents

ISTQB-Advanced Level Test Automation Engineer Course schedule & Prices

Schedule & Prices
Course Details Schedule
Live Virtual Classroom (Instructor-Led)
Duration : 3 Days (6 Days for 4 Hours/Day)
Fee : USD 900 (Includes Taxes) 



July
8 Hours/Day
06-08
12-14
13-15
20-22
06-13
12-18
13-20
20-27
August
8 Hours/Day
03-05
09-11
10-12
17-19
03-10
09-15
10-17
17-24
September
8 Hours/Day
07-09
13-15
14-16
21-23
07-14
13-19
14-21
21-28
Fly-Me-a-Trainer
Duration : 3 Days
Fee : On Request
Client's Location
As per mutual convenience
Classroom Training (Available: London, Dubai, India, Sydney, Vancouver)
Duration : 3 Days
Fee : On Request
On Request

Enquire Now




Input symbols

Course Prerequisites

  • ISTQB Foundation Level certification (or higher) with minimum 3 years experience in testing


Upon Completion of this Course, you will accomplish following:-

  • Understand the concept and limitations of automation testing
  • Design and evaluate automation solution
  • Analysing test automation tools and report its findings
  • Understand "design for testability" & "design for test automation" methods applicable to the SUT
  • Generic Test Automation Architecture
  • Analyze a given Test Automation Solution
  • Analyze deployment risks and identify technical issues that could lead to failure of the test automation project, and plan mitigation strategies.
  • Apply criteria for determining the suitability of tests for automation.
  • Verify the correctness of an automated test environment including test tool setup and the correct of a given automated test script or test suite.