Get the ISTQB Certification in Software Testing in Spanish, the most recognized worldwide!
"Software Testing Certification" is supported by ISTQB courses in preparation for certification levels:
- Basic Level Certified Tester
- Certified Tester Advanced Level Test Manager
- Certified Tester Advanced Level Test Analyst
- Certified Tester Advanced Level Technical Test Analyst
- Certified Tester Full Advanced Level
- Expert Level Certified Tester
In the world today there are over 100,000 certified testers worldwide.
In this course, identify the basics to become a professional
Software quality assurance and understand how it fits in this discipline in the software development cycle. Learn the key elements to be an effective tester and how the testing process adds value to the process of software development.
We were the first to have these courses taught in Spanish in the Spanish language since 2008, started with Colombia, Mexico, in Argentina there are now, soon in many of our Hispanic countries. Bolivia as a producer of software can not lag behind and need this kind of international certification to improve their software development processes, the quality of its software products, and the ability of its staff, as well as improve the image to their local customers or international.
“Probador de Software Certificado del ISTQB”"Software Tester ISTQB Certificate" Why do you need and how do you get?
If you are a project manager or team member quality assurance or testing is a boss, or a responsible developer to test their own code, and has noticed, far from being easy and simple, evidence is difficult. There is much to know. Unfortunately, most engaged in the practice are using non-professional practices. ISTQB Certification in software testing has plans best practices in software testing.
Suppose for example the following scenario you donate is responsible for testing a software developed by his company or by a third party company. You get to specify the requirements on some screens with notes that describe the input and output ranges for each field, the actions taken based on individual entries, and any conditions associated with key objects managed by the system. Did he know you as you begin designing the tests for this system? A Tester ISTQ Certificate itself is prepared with the best techniques for how to start and designing tests.
Suppose you another scenario where it stands as the Director of Quality Control Software. After 3 weeks, the management asked - based on the evidence so far - What are the risks that need for quality system?. Would you know you how to generate a status report on the results of the evidence regarding the risks?. A Tester ISTQB certificate itself would be prepared to do so.
What is the agenda of the ISTQB?
This program focuses on practical and real world. We treat only concepts that can apply in their work. Providing curriculum support its certification levels that correspond to their experience and roles.
So far, the program may sound ISTQB certification programs and other evidence he has heard. Here are some unique features. First, the ISTQB syllabus is developed by working groups composed of global experts in the field of software testing, including workshops, consultants, trainers, and academics. Thus, at each level of the program is guided by the distilled wisdom of over 100 experts. Second, while certain ISTQB accredited training courses, there is no requirement to take training or to buy the study guides.
Sample exam questions
Suppose you have a field in a software application that must receive integers from 1 to 99. Would you know how many test cases you need to test the application with minimal effort and with the highest probability of finding faults?
- a) 2 Test Cases
- b) 100 test cases
- c) 7 test cases
- d) 6 test cases
The correct answer is d), for using black box techniques and testing limits you make the following reasoning. The equivalence classes are chosen for input (input) valid and invalid field
If the field is defined as 1 <= field <= 99, then, initially, we can identify three kinds of equivalence:
1 field <1 (invalid input values)
2 1 <= field <= 99 (valid input values)
3campo> 99 (invalid input values)
So here we can deduce 3 test cases, that is, each equivalence class deduct 1 test case. But this is not enough to find faults. To increase the probability of finding more faults apply the second technique is the verification of limit values. This technique checks the limit values and the values of their environment. Is defined by the following basic scheme: select three values in order to be tested - the exact threshold value and two values belonging to the environment (inside and outside the equivalence class). In our case, applying the technique of testing limits. If we take the 1 and apply the basic scheme then we are 3 values: The exact threshold value = 1, a value belonging to the equivalence class in this case 1 +1 = 2 and another outside the equivalence classes in test case 1-1 = 0. As a result we have 3 values = 0.1 and 2 as the limit values. Performing the same process with the limit value 99 as a result gives us the limits: 98, 99 and 100.
Now we can see that the application of the technique of testing limits have expanded the number of test cases 3 to 6 in total. 3 test cases via equivalence classes and another 3 by means of limit values.
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