The Certified Software Testing Professional (CSTP) certification course and examinations are designed for software testers, quality engineers, developers and ICT project managers to provide practical knowledge in latest processes and technologies to the improvements and maintenance of software quali
The Certified Software Testing Professional (CSTP) certification course and examinations are designed for software testers, quality engineers, developers and ICT project managers to provide practical knowledge in latest processes and technologies to the improvements and maintenance of software quality and security.
The course and examinations are conducted by NYP and CSTP certification is awarded and managed by Singapore Computer Society (SCS) to those who have successfully completed and pass the certification examinations.
Software quality engineers and software testers are well sought after professions in all industries that rely on software to innovate, compete and function. The CSTP certification addresses this need by setting the benchmarks for competency in software testing sector.
The course covers Imperatives of software quality and security, test and development environment setup, traditional and agile software testing methods, software quality processes and tools, test planning, test case design techniques, practical know-how in white box testing, black box testing and security testing using various industry leading tools.
Focusing on practical workshops and assessments, this unique and holistic certification course and examination helps participants to acquire a sound understanding of methods, processes, tools, and technologies in software testing, with emphasis on software quality control and security assurance perspective.
CSTP course allows software engineers and quality professionals to understand the importance and ways of testing ever more complex ICT systems that have bearings on the success of an organization.
Key competencies in CSTP certification:
Effective test planning, test case design and test execution
Modern software testing processes and essential roles of build-and-test environment
Software testing tools and technologies to scale up the productivity in the area of functional, performance, acceptance and security testing
Quality management through metrics and measures
Analyses and reporting of test results
Established as an institution of higher learning in 1992, Nanyang Polytechnic's (NYP) academic schools offer quality education and training through more than 40 full-time diploma courses and common entry programmes.
NYP also has a full suite of continuing education and training (CET) options for lifelong learning, ranging from specialist and advanced diplomas, to SkillsFuture modules and courses.
NYP's Asian Culinary Institute and the Singapore Institute of Retail Studies are CET institutes set up in partnership with SkillsFuture Singapore (SSG) to champion and transform Singapore's F&B and retail sectors respectively.
A third NYP CET institute - the National Centre of Excellence for Workplace Learning - also set up in collaboration with SSG, will spearhead the development of progressive workplace learning strategies and programmes for companies here.
This automation test engineer training program is designed to provide you with a complete knowledge of software testing technologies such as Selenium Web Driver, TestNG, Maven, AutoIT, Selenium Grid, Appium, and Docker to help you build a robust testing framework.
This course aims to provide the participants with knowledge and skills in developing secure software through the application of well-established methods, processes, technologies and tools.
Participants in the course will learn about factors to consider when deciding to automate testing as well as specific techniques for navigation, interacting with GUI elements, logging, reporting, and more.
Selenium is a suite of tools specifically for automating web browsers. Selenium provides a playback tool for authoring functional tests without the need to learn a test scripting language
As software quality control moves from an art form to an engineering discipline, we see significant changes in the way software testing is being done. Structured testing methods include developing test plans, test cases, documenting test results and using test tools.
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