Learn how static testing finds defects before code is executed: what testing is and why it matters, then feedback, review processes, formal reviews and the static testing techniques that underpin software quality.
By Board Infinity · Offered on Coursera
50 short videos, 8 readings, graded and practice quizzes
Add it to your LinkedIn profile when you complete the course
Flexible schedule, learn at your own pace, beginner level
Fundamentals of Static Testing covers the fundamentals of static testing and its role in software quality: what static testing is, how it differs from dynamic testing, and how feedback and reviews catch problems early.
Fundamentals of Static Testing introduces static testing: examining software work products without executing the code. You start with what testing is, why it is necessary, and the fundamental testing principles, then move through the activities of the test process, testware, traceability, testing roles and the skills and psychology of testing.
The final module is the heart of the course: static testing techniques and methods, the advantages of static testing, static versus dynamic testing, and identifying ambiguous requirements. From there it covers feedback, the activities of the review process, the benefits of reviews and their disadvantages and problems, roles and responsibilities in a formal review, the different types of reviews, applying review techniques and the success factors for reviews.
Each module pairs video lectures with readings and practice quizzes, and closes with a graded quiz. The course is listed at beginner level and no prior testing or QA experience is required.
Examining software work products, such as requirements, designs and code, without executing the code. The course covers its techniques and methods, its advantages and how it differs from dynamic testing.
Why feedback matters, the activities of the review process, the advantages of reviews and their disadvantages and problems, roles and responsibilities in a formal review, review types, review techniques and success factors.
Worked examples of ambiguous requirements show how static testing identifies defects early, connecting reviews to defect prevention and software quality without running a single test.
The Coursera page lists the course as open to everyone. No prior testing or QA experience is required.
A structured, beginner-level path through testing fundamentals and static testing, with quizzes to check what you have learned.
Understand what reviewers look for, how formal reviews are run, and why static testing catches defects before code is executed.
Testing principles, test activities, testware, traceability and review roles, explained from first principles.
An entry point into software quality assurance and foundational static-testing knowledge, with no programming background required.
Prerequisites: none stated beyond an interest in software testing. The course page states that no programming background is required and that all technical concepts are explained from scratch.
These are the official learning outcomes from the course page, unchanged.
Build a complete understanding of static testing techniques — reviews, walkthroughs, inspections, and static analysis — for software quality assurance.
Apply requirement and design review methods using checklists, inspection roles, and defect logging to identify defects early in the SDLC.
Analyze code quality using static analysis tools including SonarQube and ESLint to detect coding issues and security vulnerabilities.
Design a real-world static testing workflow applying QA best practices, defect prevention strategies, and industry-standard review reporting.
Board Infinity offers 1:1 coaching as its own career-support pathway. It is arranged separately with Board Infinity and is not part of enrolling in this Coursera course.
See 1:1 coachingCoaching details, availability and pricing are set out on the Board Infinity coaching page. Enrolling on Coursera does not include coaching.
Discuss the review roles, review types and static testing concepts from the course with a practitioner.
Map how testing skills fit your goals, including the remaining courses in the specialization.
Coursera handles lessons, quizzes and the certificate. Coaching is a separate conversation about direction.
The course stands on its own. Coaching is there if you want a person in the loop.
Every lesson title and duration below is taken from the Coursera course page. Expand a module, then expand its videos, readings and assignments.
This module covers the basics of software testing, highlighting its critical role in software development. It explains what testing entails, its importance, fundamental principles, and the key concepts that underpin the testing process. Through video lectures and practice assignments, learners gain an understanding of testing fundamentals.
This module focuses on the activities involved in the testing process, the roles within testing teams, and the essential skills required for effective testing. It covers test processes, testware, traceability, testing roles, essential skills, good practices, and the psychology of testing.
Static testing is a crucial phase in the software testing lifecycle that involves examining the software product without executing the code. This module explores the basics of static testing, including techniques, methods, and the review process. It also discusses the advantages and challenges associated with static testing and the role of feedback and reviews.
Module durations, counts and lesson titles reflect the Coursera course page at the time of publication.
This is a concept and technique course. The Coursera page lists one tool and references static analysis tools in its description; none of them is required to enroll.
The tool named on the Coursera course page, used in the context of analysing code quality with static analysis.
Referenced in the course description and learning outcomes as a static analysis tool for detecting coding issues.
Referenced in the course description and FAQ alongside SonarQube and ESLint as a static analysis tool discussed in the course.
Not software but the core technique: review roles and responsibilities, types of reviews, review techniques and success factors, all covered in module 3.
SonarQube, ESLint and PMD are trademarks of their respective owners and are named for identification only. This course is not affiliated with those projects or companies.
The seven skills Coursera lists for this course, grouped by how they show up in the work.
Examining work products with other people, formally.
Preventing defects rather than only finding them late.
The fundamentals every other testing course assumes.
Complete the course on Coursera to earn a shareable certificate from Board Infinity. Coursera lets you add it to your LinkedIn profile, resume or CV, share it on social media and use it in a performance review.
This is a course completion certificate. It is not an ISTQB certification, accreditation or official ISTQB credential, and the course is not official ISTQB preparation material.
Add it to your LinkedIn profile from Coursera.
List it as a completed course with a verifiable record.
Share the credential where you talk about your work.
Bring it into a review as evidence of structured learning.
Reviews, static analysis and defect prevention are everyday activities in software quality work. These are areas where the skills from this course apply.
Reviewing requirements and designs, logging defects and following a review process are core QA activities.
Testing fundamentals, test activities, testware and traceability are the ground every tester stands on.
Static analysis, verification and validation and defect prevention strategies feed directly into quality engineering.
Analysing requirements for ambiguity and reporting review findings is exactly what module 3 practises.
Developers who understand formal review roles and techniques give and receive better code reviews.
Verification and validation, review processes and static analysis are part of quality work on any delivery team.
These are possible applications of the skills, not promises. Board Infinity does not guarantee employment, interviews, promotions or salary outcomes from this course.
Most of these topics can be found across blogs, videos and reference books. Neither route is universally better. Here is what differs.
Self-directed learning works well for many people. The comparison describes structure, not quality of outcome.
The specialization is a 3-course series covering foundational software-testing principles, techniques, tools, test management and testing throughout the software development lifecycle. This course is the first of the three.
Testing fundamentals, test activities, roles and skills, then static testing, feedback and formal reviews.
View on Coursera Course 2The second course in the series. See the specialization page for its current outline.
View the specialization Course 3The third course in the series. See the specialization page for its current outline.
View the specializationEnrolling in the specialization on Coursera gives access to all three courses, and a certificate is earned on completing the series. View the specialization on Coursera. The specialization is an independent Board Infinity resource and is not affiliated with, endorsed by or sponsored by ISTQB.
Answers reflect the current Coursera course page.
The course is open to everyone: fresh graduates, junior developers, IT students, career switchers and anyone entering software quality assurance or building foundational static-testing knowledge. No prior testing or QA experience is required.
Coursera lists four outcomes: build a complete understanding of static testing techniques (reviews, walkthroughs, inspections and static analysis) for software quality assurance; apply requirement and design review methods using checklists, inspection roles and defect logging to identify defects early in the SDLC; analyze code quality using static analysis tools including SonarQube and ESLint to detect coding issues and security vulnerabilities; and design a real-world static testing workflow applying QA best practices, defect prevention strategies and industry-standard review reporting.
As the course presents it, static testing means examining software work products without executing the code. Module 3 covers its techniques and methods, its advantages, how it differs from dynamic testing, and the role of feedback and reviews.
Testing fundamentals, test activities, testware, testing roles, traceability, testing skills and the psychology of testing, then static testing, feedback, reviews, formal review roles, review types and review techniques. See the syllabus for every lesson.
Coursera lists SonarQube as the tool for this course. Its description and FAQ also discuss static analysis tools including SonarQube, ESLint and PMD. The course page describes it as a concept and technique-based course, with no paid software required. This course is not affiliated with any of these tools.
No. The course page states that no programming background is required and that all technical concepts are explained from scratch. Basic familiarity with software development is described as helpful but not necessary.
Coursera lists the course at 1 week at 10 hours a week, across 3 modules. It is self-paced with a flexible schedule, so you can spread it over a longer period.
Yes. The course is listed at beginner level and no prior testing or QA experience is required.
Yes. The course is fully self-paced with a flexible schedule and no fixed live sessions, so it fits around work or study.
Yes. The course offers a shareable certificate after completing the required course work under the applicable Coursera enrollment conditions. You can add it to your LinkedIn profile, resume or CV.
No. The course page states that this course is an independent educational resource developed by Board Infinity and is not affiliated with, endorsed by, sponsored by, or officially associated with ISTQB or any of its subsidiaries or affiliates. It is not an official preparation material of ISTQB, and completing it does not grant any ISTQB certification.
The skills Coursera lists, including software technical review, code review, verification and validation and software quality assurance, are relevant to work such as QA analysis, software testing, quality engineering and test analysis. The course does not promise employment or any specific role.
Coursera states that in select learning programs you can apply for financial aid or a scholarship if you cannot afford the enrollment fee. If it is available for this course, you will find a link to apply on the Coursera course page. Eligibility is decided by Coursera.
According to the specialization page, enrolling gives you access to all courses in the Software Testing Fundamentals for ISTQB Exams Prep Specialization, and you earn a certificate when you complete the series. Your electronic certificate is added to your Coursera Accomplishments page. You can also enroll in this single course on its own.
No. Board Infinity 1:1 coaching is a separate career-guidance pathway arranged with Board Infinity. It is not part of Coursera enrollment for this course. See 1:1 coaching.
Board Infinity 1:1 coaching is a separate service from Board Infinity, not part of Coursera enrollment.
Enrollment, lessons, quizzes and the certificate all happen on the Coursera course page.
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