Pelatihan Software Testing Foundation
Training Software Testing Foundation
Software Testing Foundation
DESKRIPSI
Software and hardware testing is a dynamically growing area; vendors and customers of software and hardware components recognize the need of structured and sophisticated testing methods which help them to identify and eliminate bugs more efficiently, make testing time more effective and ensure that the product they create or buy is of the expected high quality.
Software testing is an investigation conducted to provide stakeholders with information about the quality of the product or service under test. Software testing can also provide an objective, independent view of the software to allow the business to appreciate and understand the risks of software implementation. Test techniques include, but are not limited to the process of executing a program or application with the intent of finding software bugs (errors or other defects).
This Software Testing Foundation training is based on the *ISTQB (International Software Testing Quality Board) Foundation. This training will provides comprehensive first-level training for anyone involved in software testing. It covers the fundamentals of testing: definitions of testing standards, planning, managing the lifecycle, reviews and the tools available. Techniques for creating tests are described and practised. The training incorporates *the ISTQB (International Software Testing Quality Board) Foundation Aligned.
Objectives :
• Explain the terminology associated with the ISTQB understand the principles and psychology of testing
• Describe verification, validation and the steps in the testing lifecycle
• Produce a project test plan
• Understand the test management lifecycle
• Produce test designs using equivalence partitioning, boundary value analysis and state transition techniques
• Use static techniques to assess quality and coverage
• Appreciate the different tools available for automating testing
MATERI
OUTLINE MATERI :
1. The Fundamentals of Testing
Why testing is necessary; harm caused by defects in software; root causes; testing and quality assurance; what testing is; general testing principles; fundamental test process and the psychology of testing
2. Testing Throughout The Software Life Cycle
Software development models; relationship between development, test activities and work products in the development life cycle, project and product characteristics and context; test levels, objectives, typical objects and targets of testing; functional, non-functional, structural and change-related testing; confirmation and regression testing; maintenance testing; regression testing and impact analysis in maintenance.
3. Static Techniques
Reviews and the test process; software work products and the different static techniques; importance and value of static techniques; difference between static and dynamic techniques; typical formal review process; different types of review: informal review, technical review, walkthrough and inspection; explain the factors for successful performance of reviews; static analysis by tools; defects and errors identified by static analysis; typical benefits; typical code and design defects identified.
4. Test Design Techniques
Identifying test conditions and designing test cases; categories of test design techniques; specification-based (black-box) and structure-based (white-box) approaches; equivalence partitioning; boundary value analysis; decision tables; state transition diagrams, use case testing; structure-based or white-box techniques; code coverage; statement and decision coverage; control flows using statement testing and decision testing; coverage; experience based techniques; choosing techniques.
5. Test Management
Test organization; independent testing; tasks of typical test leader and tester; test planning and estimation; ‘Standard for Software Test Documentation’ (IEEE 829); typical factors that influence the effort related to testing; estimation approaches (metrics-based and expert-based); test preparation and execution tasks; exit criteria; test progress monitoring and control; metrics and reporting; configuration management; risk and testing; incident reporting and management.
6. Tool support for testing
Types of test tool; effective use of tools; potential benefits and risks; introducing a tool into an organization.
PESERTA
Software Tester engineer, Software Quality Assurance, Project Manager, Software Developer, Users, or Anyone currently involved in testing or about to move into a testing role will benefit from attending this training
METODE INSTRUKTUR
• Presentasi
• Diskusi
• Case Study
• Simulasi
• Evaluasi
Agung B Wibowo ST, M.Kom/Budi Sutejho, S.Kom, MM dan Team
(Pakar dalam bidang IT & Telecom and Application Development, akademisi dan sekaligus praktisi, yang telah berpengalaman dalam memberikan training & consulting pada organisasi/perusahaan milik pemerintah maupun swasta)
WAKTU DAN TEMPAT INVESTASI
Tanggal :
• 27 - 29 Januari 2015
• 24 - 26 Februari 2015
• 24 - 26 Maret 2015
• 28- 30 April 2015
• 26 - 28 Mei 2015
• 23 - 25 Juni 2015
• 28 - 30 Juli 2015
• 25 - 27 Agustus 2015
• 21 - 23 September 2015
• 27 - 29 Oktober 2015
• 24 - 26 November 2015
• 21 - 23 Desember 2015
Tempat :
Yogyakarta, Surabaya, Semarang, Solo, Jakarta, Bandung, Bali, Batam, Makassar, Balikpapan, Banjarmasin, Pontianak
• Investasi pelatihan selama 3 (tiga) hari ini adalah senilai Rp 7.000.000,- (Tujuh Juta Rupiah) untuk setiap peserta (khusus untuk wilayah Yogyakarta, dengan minimal peserta 2 orang).
• Apabila perusahaan mengutus lebih dari 3 peserta, maka setiap peserta cukup membayar Rp. 6.500.000,- (Enam Setengah Juta rupiah).
