Advanced Level Technical Analyst (ATTA)
Advanced Level Technical Analyst (ATTA)
Advanced Level Technical Analyst-ATTA-ISTQB
An Advanced Level Technical Test Analyst exam is intended for someone who can recognize and classify the typical risks associated with the performance, security, reliability, portability and maintainability of software systems. Also, the candidates should be able to provide technical elements to the planning, design and execution of tests for mitigating performance, security, reliability, portability and maintainability risks.
Exam Prerequisites
The Certified Tester Foundation Level certification shall be obtained before taking the Advanced-Level Technical Test Analyst certification exam.
Exam Details
- Exam Name: Advanced Level Technical Test Analyst
- Exam Code: ATTA
- No. of Questions:45 multiple-choice questions
- Pass Score:65%
Exam Topics
Following are the exam topics for this exam:
- Chapter 1: The Technical Test Analyst's Tasks in Risk-Based Testing
- Chapter 2: White-Box Testing
- Chapter 3: Analytical Techniques
- Chapter 4: Quality Characteristics for Technical Testing
- Chapter 5: Reviews
- Chapter 6: Test Tools and Automation
Exam Format and Information
| Exam Name Advanced Level Technical Analyst | Exam Code ATTA |
| Exam Duration 120 mins | Exam Format Multiple Choice and Multi-Response Questions |
| Exam Type Technical | Number of Questions 45 Questions |
| Eligibility/Pre-Requisite As suggested* | Exam Status Live |
| Exam Language English | Pass Score 65% and above |
Advanced Level Technical Analyst (ATTA) FAQs
How much does an ISTQB® compliant course cost?
That depends on the training company you choose. Since all accredited training companies operate independently, their pricing will vary. One of the core principles of the ISTQB® certification program is to ensure competition at the training level.
How can I verify whether a training provider is actually ISTQB® accredited?
By checking whether or not that training company is listed on ISTQB®'s website as an ISTQB® accredited training provider.
What is the ISTQB® Certified Tester program?
The ISTQB® Certified Tester program provides certification for software testers internationally. There are currently two levels of certification: The Foundation Level certificate(one module) and the Advanced Level certificates(three modules). An Expert Level is currently being developed. For all three levels, international working groups develop and maintain internationally uniform curricula and exams. One of the core principles of the program is a strict separation between the administration of exams and the training to those who would like to prepare for the exam in ISTQB® compliant courses. This is not true of other testing and/or quality assurance organizations.
Are there any prerequisites for this exam?
The Certified Tester Foundation Level certification shall be obtained before taking the Advanced LevelTechnical Test Analyst certification exam.
What are the advantages of ISTQB certification?
Truly international nature of the certification:
This certificate is recognized in multiple countries in multiple continents. Hardly any other certification has adoption in as many countries as this one. Please see ISTQB® Geographic Coverage.
The people behind this exam:
Test experts from various countries are constantly working towards defining and refining the syllabus, the exam pattern, the examination questions and compiling the valuable information on testing around the World.
Non-profit nature of ISTQB®:
The non-profit nature of ISTQB® ensures that nobody has a vested interest in promoting a particular Body of Knowledge (BOK) or a particular book. All material developed by ISTQB® is developed on a voluntary basis and are made available for free by ISTQB®.
What is Advanced Level Technical Analyst exam all about?
An Advanced Level Technical Test Analyst exam is intended for someone who can recognize and classify the typical risks associated with the performance, security, reliability, portability and maintainability of software systems. Also, the candidates should be able to provide technical elements to the planning, design and execution of tests for mitigating performance, security, reliability, portability and maintainability risks.