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Quality assurance in software development isn't a luxury - it's an absolute NEED. QA testing of the end-to-end user journey promotes confidence that the final product is fully ready. Yes, software engineers can test their work...but it's that end-to-end aspect that the developer testing normally lacks. Thorough QA can make all the difference between success and failure. If you've got a project trying to get by without QA, let me know - SOLTECH can help!

Understanding Quality Assurance (QA) vs Quality Control (QC) I've noticed that even experienced SQA Engineers sometimes get confused about the differences between Quality Assurance (QA) and Quality Control (QC). It's one of the most frequently asked questions during interviews, so here's a quick and easy breakdown: 🔍 Quality Assurance (QA): Proactive Process: Focuses on preventing defects by improving the development process. Process-Oriented: Involves planning, documentation, and systematic activities. Continuous Improvement: Emphasizes enhancing processes to meet quality standards. Whole Team Involvement: Everyone is responsible for quality. 🔧 Quality Control (QC): Reactive Process: Detects defects in the final product. Product-Oriented: Involves actual testing and inspection of the product. Verification & Validation: Ensures the product meets specified requirements. Specific Team Responsibility: Typically handled by a dedicated testing team. Grasping these differences helps us deliver top-notch products every time. #SQA #QualityAssurance #QualityControl

Your input is highly valuable! I have a network of experienced people in QA and QE field. I would like to collect varios perspectives and learn more about Quality Engineering topic so I will throw a challenging question: What are the 5 key characteristics/skills to distinguish Quality Engineer from QA specialist? Looking forward to your #top5 in comments. 👇 #qualitymatters #qualityassurance #qualityengineering

You can call yourself a QA Engineer. Quality Assurance is not an incorrect term for "testers". I've been seeing a lot of the more philosophical types on here saying "tester" is a better term than QA because we aren't just "checking boxes" when we test. That's what QC is. QA never meant QC. Look it up. There are blog posts about this. That said, we don't guarantee quality. Nobody can. Bugs happen. We "assure" it. That means we're giving people confidence in their product's quality. It's correct to use QA when its meaning is understood as a champion, not an owner, of quality. "Tester" will limit the scope of our work in a way that is not helpful.

**Skills Needed for a Career in Quality Assurance** 🔍 **Attention to Detail**: Crucial for spotting flaws in products or processes that others may overlook. 📊 **Analytical Skills**: Ability to evaluate complex situations and deduce logical solutions is vital. 🖥️ **Technical Acumen**: Familiarity with various testing tools and software is often a requirement. 📝 **Documentation Skills**: Keeping accurate records of tests, processes, and results ensures accountability and traceability. 🗣️ **Communication Skills**: Clear and concise communication, both written and verbal, is essential for team collaboration and reporting. 🔄 **Understanding of Development Cycle**: Familiarity with various stages of software or product development is beneficial for effective testing. 👥 **Teamwork**: Ability to work well in groups is crucial, as QA often involves cross-departmental interaction. 📈 **Problem-Solving Skills**: Identifying issues is just the first step; figuring out how to fix them is equally important. 🧠 **Critical Thinking**: Being able to evaluate multiple aspects of a situation or process is crucial for quality improvement. 🌐 **Regulatory Knowledge**: Understanding relevant laws and regulations is necessary for compliance. #QualityAssurance #SkillsNeeded #CareerAdvice #TechnicalSkills #Teamwork #ProblemSolving #CriticalThinking #RegulatoryKnowledge

You can call yourself a QA Engineer. Quality Assurance is not an incorrect term for "testers". I've been seeing a lot of the more philosophical types on here saying "tester" is a better term than QA because we aren't just "checking boxes" when we test. That's what QC is. QA never meant QC. Look it up. There are blog posts about this. That said, we don't guarantee quality. Nobody can. Bugs happen. We "assure" it. That means we're giving people confidence in their product's quality. It's correct to use QA when its meaning is understood as a champion, not an owner, of quality. "Tester" will limit the scope of our work in a way that is not helpful. #softwaretesting #qaengineer #manualtesting #techcareerskills

🔍 Myth vs. Fact: Software Quality Assurance (SQA) Engineer 🔹 Myth: SQA is an easy and non-technical profession, anyone can do it. 🔹 Fact: SQA requires specialized knowledge and skills in testing methodologies, coding, and user experience. It's a challenging and technical field demanding passion and expertise. 🔹 Myth: SQA engineers are just error hunters, focusing solely on finding defects. 🔹 Fact: SQA specialists are proactive in preventing issues, ensuring quality throughout the development process, and enhancing the overall customer experience. 🔹 Myth: SQA is a gender-specific job, with women being better suited for it. 🔹 Fact: Gender doesn't determine proficiency in SQA. Both men and women excel in this field based on individual skills and expertise. 🔹 Myth: SQA engineers earn less than other IT specialists. 🔹 Fact: Highly skilled SQA engineers are in great demand and command competitive salaries in the industry. Let's debunk these myths and appreciate the invaluable role of SQA engineers in ensuring software quality and customer satisfaction! 💡💻 #SQA #SoftwareQuality #DebunkingMyths

7 Keys to Being an Outstanding SQA Engineer : Attention to Detail: SQA Engineers must possess a keen eye for detail to review software requirements, designs, and code to identify potential issues or deviations from specifications. This attention to detail ensures that even the smallest defects are detected and addressed before software is released. Analytical Thinking: Strong analytical skills enable SQA Engineers to dissect complex software systems, understand how different components interact, and pinpoint areas that require thorough testing. They should be able to analyze test results, identify patterns, and deduce root causes of defects effectively. Technical Proficiency: SQA Engineers should have a solid understanding of software development concepts, programming languages, and testing tools and frameworks. This technical proficiency empowers them to create effective test cases, automate repetitive tasks, and collaborate effectively with developers to resolve issues. Problem-Solving Skills: Inevitably, SQA Engineers encounter challenging scenarios where they must troubleshoot issues, devise creative testing strategies, and propose solutions to improve software quality. Strong problem-solving skills enable them to navigate complex problems and drive towards effective resolutions. Communication Skills: Effective communication is paramount for SQA Engineers to articulate testing strategies, report bugs, collaborate with cross-functional teams, and advocate for quality throughout the development process. Clear and concise communication fosters collaboration and ensures alignment on quality objectives. Adaptability and Flexibility: The software development landscape is dynamic, with evolving technologies, changing requirements, and shifting priorities. SQA Engineers must be adaptable and flexible, ready to pivot testing approaches, embrace new methodologies, and adjust strategies based on project needs and constraints. Continuous Learning and Improvement: A commitment to continuous learning is essential for SQA Engineers to stay abreast of industry trends, emerging technologies, and evolving best practices in software quality assurance. By seeking opportunities for professional development and actively expanding their skill set, SQA Engineers can continuously improve their effectiveness and impact. #sqa #qa #testing #softwarequality #qualityassurence #manualtesting

As a QA Engineer, I'm always trying to figure out how to show our worth in addition to detecting bugs. Here is a concept thati am discussing today: "Cost of Poor Quality (COPQ) Reduction." In order to find high-impact defects—those that lead to claims for warranty, lost sales, and rework. Through an emphasis on proactive prevention (consider automation testing) and measurement of enhanced efficiency (quicker resolution, less rework), we may be able to improve revenue and decrease expenses, which will have an immediate effect on EBITDA. This data-driven strategy not only raises the level of the final product but also shows how important quality assurance is to the business's bottom line. #ProcessImprovement #QA #EBITDA

🔍 Myth vs. Fact: Software Quality Assurance (SQA) Engineer 🔹 Myth: SQA is an easy and non-technical profession, anyone can do it. 🔹 Fact: SQA requires specialized knowledge and skills in testing methodologies, coding, and user experience. It's a challenging and technical field demanding passion and expertise. 🔹 Myth: SQA engineers are just error hunters, focusing solely on finding defects. 🔹 Fact: SQA specialists are proactive in preventing issues, ensuring quality throughout the development process, and enhancing the overall customer experience. 🔹 Myth: SQA is a gender-specific job, with women being better suited for it. 🔹 Fact: Gender doesn't determine proficiency in SQA. Both men and women excel in this field based on individual skills and expertise. 🔹 Myth: SQA engineers earn less than other IT specialists. 🔹 Fact: Highly skilled SQA engineers are in great demand and command competitive salaries in the industry. Let's debunk these myths and appreciate the invaluable role of SQA engineers in ensuring software quality and customer satisfaction! 💡💻 #SQA #SoftwareQuality #DebunkingMyths