A Step-by-Step Guide to Becoming a QA Engineer

Quality Assurance (QA) Engineers ensure software products meet specific standards. In today's IT industry, creating high-quality software is vital for companies of all sizes. Due to the increasing demand for QA engineers, many individuals are curious about how to pursue this career path.

This comprehensive guide covers everything you need to know if you're considering a career in quality assurance. We'll explore salaries, training options for QA engineers, and job requirements and provide a step-by-step guide on becoming a QA engineer, regardless of your background.

Why Is Quality Assurance Important?

Quality assurance is crucial in software development because it helps find and fix bugs and issues in the software. It's like a safety net that ensures the software works well.
A quality assurance team creates rules for testing, sets standards, and keeps track of the test results. This process boosts customer satisfaction, ensures the product is safe to use, and encourages ongoing improvements.

What Does a QA Engineer Do?
A QA engineer has an important role in software development. They systematically test products to find bugs and errors using manual and automated methods. They report their findings to stakeholders and develop new testing procedures. It is essential to note that specific tasks can vary based on the employer and team position.
Before a project starts, QA engineers gather project goals and create testing plans. They create processes to ensure code quality and conduct code reviews.
Here are some typical duties of a QA engineer.
Writing automated tests for software
Creating plans for software testing
Finding and reporting bugs in programs
Establishing standards to ensure high-quality code
Identifying user problems and issues
Conducting both automated and manual testing using testing tools
Keeping track of test results
Documenting test cases
How to Become a QA Engineer: Step-by-Step Guide

Becoming a QA engineer requires an understanding of software development and having hands-on experience with both automated and manual testing methods.

Most QA engineers choose to study computer science or a related technical field, while others opt for affordable self-learning methods like boot camps and online courses.

How Much Do Quality Assurance Engineers Make?

The average salary for QA engineers is $88,220, as reported by Glassdoor. Salaries typically range between $4,023 - $7,510 per month. However, your exact amount depends on various factors, such as your location and the company you work for.

QA engineers employed by large corporations like Google or Oracle, which handle extensive codebases, often receive higher salaries than those working in startups.

Your salary is also influenced by your work experience. Even entry-level QA engineers receive generous compensation. According to the same Glassdoor reports, those with less than one year of experience earn an average of $71,072 per year, making QA a good career choice for beginners.

Summing Up

Becoming a Quality Assurance (QA) engineer involves improving your coding skills and immersing yourself in the testing community. There are abundant online resources like QA engineer courses that can enhance your knowledge about QA engineering.

To excel in this profession, maintain a curious mindset and keep learning. The software world constantly evolves, so staying updated with new trends and technologies is crucial. Dedication and continuous learning will pave the way for you to achieve your goal of becoming a QA engineer. Do you have more questions about becoming a QA engineer? Feel free to call us at +1 (609) 454-2464 or email us at [email protected]. We're here to help!
https://octovion.com/qa-software-testing-online-training-course.html

A Step-by-Step Online Training Guide on Getting started with Tableau

Tableau, a prominent data analytics and visualization tool, takes the lead in the market with a 33% market share, surpassing even Power BI. Its user-friendly drag-and-drop interface sets Tableau apart, which simplifies the learning process. With Tableau, you can effectively work with various data types, making it an ideal choice for data analysts.

Whether you're a data scientist, an analyst, or anyone interested in working with data, Tableau's suite of tools, including Tableau Desktop and Tableau Prep, are valuable in your analytics toolkit.

What's more, Tableau skills are in high demand. According to Lightcast (formerly Emsi Burning Glass), a source that collects and analyzes job postings from across the country, job openings seeking Tableau expertise are projected to increase by an impressive 34.9 percent over the next decade.

Data analysts aim to extract meaningful insights from insightful and easily understandable data to a broad audience, facilitating informed actions based on those insights.

This opens up exciting career opportunities, particularly in roles like data analysts, software developers, business intelligence analysts, data scientists, and financial analysts. These positions offer the potential for great earnings and promise a bright career progression.

So, if you're a student or a learner interested in data analytics, learning Tableau by taking up Tableau online training can be a fantastic step. It's a relevant and promising skill in data-driven decision-making. First let us begin by understanding What Tableau is.

What Tableau is and What Does it Offer

Originally a data visualization company, Tableau has become immensely popular among professionals such as data analysts, business intelligence specialists, and others working extensively with data.

In 2019, Salesforce acquired Tableau for $15.7 billion, underlining its significance in the data industry. One of Tableau's key strengths is its versatility, accommodating various data types commonly found across industries.

Whether you're dealing with text values, numerical data, geographic information, or Boolean values, Tableau can seamlessly handle them all.

Tableau offers a comprehensive suite of products, including the following

Tableau Desktop: The primary tool for creating interactive and shareable dashboards.
Tableau Server: A platform for sharing, collaborating, and managing Tableau content.
Tableau Prep: A tool for cleaning, shaping, and preparing data for analysis.
Tableau Public: A free version of Tableau for creating and sharing public visualizations.
Tableau Cloud: Tableau's cloud-based service for storing and sharing data visualizations.
Tableau CRM: Integrates Tableau's analytics capabilities with Salesforce's customer relationship management tools.
Data Management: Tools for ensuring data quality, metadata management, and governance.
Advanced Management: Advanced features for scaling and managing Tableau deployments.
Embedded Analytics: Tools for integrating Tableau visualizations into other applications and platforms.

Whether you're deeply involved in data analytics or not, understanding Tableau or taking tableau online training can prove essential. Even professionals like project managers, who might not directly engage in analytics, can benefit from Tableau's visualization tools. These tools enable easy creation of compelling visual representations, facilitating clear communication of results to senior management and stakeholders involved.

Start your Tableau learning journey today with Octovion. Follow the above tips to get started and master Tableau's powerful capabilities. Remember, practice and persistence are key. Happy learning!
For inquiries about our Tableau online training, contact us at +1 (609) 454-2464 or drop us an email at [email protected].
https://octovion.com/learn-tableau-online-training-course.html

Importance of Software Quality Assurance: Its Definition, Components, Benefits, and More

Software Quality Assurance, often abbreviated as SQA, is a crucial process in the process of software development. In simple terms, it refers to the continuous process that ensures a software product meets the established quality standards set by an organization.

The primary goal of SQA is to ensure that the software functions as intended and complies with specific quality specifications.

If you are a fresher or a seasoned professional looking for a change and wish to become a software quality assurance engineer, do not forget to enroll in our QA training and placement program to enter the industry

Software Quality Assurance - The Definition

Software Quality Assurance (SQA) is the ongoing process that ensures the software product meets and complies with the organization’s established and standardized quality specifications. It involves a set of activities that verify the correct implementation of all procedures and processes related to the project.

Benefits of Software Quality Assurance

Implementing Software Quality Assurance offers several benefits, including the following.

Bug Detection: Identifying and fixing bugs early in the development process and preventing larger issues later.
Improved Efficiency: Streamlining development processes, leading to more efficient workflows.
Customer Satisfaction: Delivering high-quality, bug-free software enhances customer satisfaction and trust.
Cost-Effectiveness: Reducing the costs associated with fixing issues post-release.
Good Reputation: Consistently delivering quality software builds a positive reputation for the organization.

Chief Components and Activities of SQA

Each company has its own set of operations and flow, out of which the following are some common activities one must follow.

1. Creating an SQA Plan

Software Quality Assurance (SQA) begins with developing a comprehensive plan. This plan outlines the strategies and methodologies that will be used to ensure the quality of the software. It includes details about what standards and processes the team will follow, the tools they will use for testing, and how they will document their findings. This will be taught in detail in our QA training and placement program.

2. Setting Checkpoints

Throughout the software development process, specific checkpoints are established. These checkpoints are predetermined stages where the team evaluates the project's progress. By setting up these checkpoints, the team ensures that the project is on track and any deviations from the quality standards can be identified and corrected promptly.

3. Using Software Engineering Techniques

Software designers use various techniques to gather information effectively. This might involve interviewing stakeholders or using tools like Functional Analysis System Technique (FAST). Additionally, they employ methods like Functional Point (FP), Source Line of Codes (SLOC), or Work Breakdown Structure (WBS) to estimate project details accurately. All these methods will be taught as part of our QA training and placement program.

4. Conducting Formal Technical Reviews
Formal Technical Reviews (FTR) involve in-depth evaluations of the product's prototype. Technical staff members meet to discuss the software’s quality requirements and the prototype’s design quality. These reviews ensure the design aligns with the project's goals and quality standards.

5. Implementing Multi-Testing Strategy

Instead of relying on a single testing approach, multiple testing strategies are employed. This includes various types of testing, such as unit testing, integration testing, and acceptance testing, which are an important part of our QA training and placement program curriculum. Diverse testing methods ensure that different aspects of the software are thoroughly examined, enhancing the overall quality.

If you are ready to thrive in QA? Join our QA training and placement program and secure jobs in your dream companies.

Our QA training and placement program led by experienced trainers, offers a thorough grasp of testing methods that easily fit into software development. It helps learners excel in testing different software systems, regardless of size or complexity. Learners also learn how to write essential documents like test specifications, plans, cases, and bug reports, which are crucial for a successful career in quality assurance.

For inquiries about the training and enrolling for a demo session, reach out to us at +1 (609) 454-2464 or drop us an email at [email protected].