Software Quality Engineer certification is based on the ASQ Body of Knowledge. It provides a comprehensive presentation of all aspects of software quality engineering in preparation for the Certified Software Quality Engineer (CSQE) exam.
Certified Software Quality Engineer: Learn the Procedures
Quality Assurance sets the auditing and reporting procedures implemented to provide the stakeholders with data required for making well-informed decisions. Quality Assurance determines the degree to which the system conformance with the specified requirements and customer expectations.
This Certified Software Quality Engineer assures that you understand the principles of product and service quality evaluation and control. Earning this CSQE certification lets you implement the software development and maintenance processes and methods.
The Audience for An ASQ Certified Software Quality Engineer
- Anyone interested in knowledge and delivering quality in the software industry
- Anyone having essential experience in the information services field
- Project Leads
- Project Managers
- Software Quality Analysts
- Software Consultants
The time it takes to become a quality assurance engineer varies according to your education pathway. The shortest path to becoming a CSQE engineer is with MOOCs and coding boot camps, which can take a few weeks to a few months. However, to become prominent in the field, you will need to spend lots of time enhancing your portfolio.
Many Software Quality Engineers also opt for a bachelor’s degree, which usually takes four years. A bachelor’s degree will help you get an entry-level position in engineering.
Job Description for Software Quality Engineer
A Software Quality Engineer is responsible for ensuring that engineering and manufacturing processes are performed correctly using the right tools, materials, and methods. An essential part of the job involves designing the company’s quality standards and testing processes against those criteria. In most organizations, the CSQE also indicates that employees are trained to the right quality standard and that all safety requirements are met throughout the production process.
If anything goes wrong, the Software Quality Engineer’s job is to meticulously document the problem and work with other engineers to find a solution. These checks are essential to meet client requirements and satisfy legal demands in most industries.
Employment for industrial and quality control engineers is projected to grow by 10 percent by 2026, which represents the addition of 25,100 jobs. This faster-than-average growth rate is partly due to the versatility of quality assurance professionals who can work in a wide variety of industries and help businesses save money. Automation may have a slight negative impact on job growth in the future, as more manufacturers are investing in automated quality assurance systems that improve precision on the production line. To date, this has not affected the demand for manual quality assurance checks in any significant way.
Industry for Working As a Software Quality Engineer
Software Quality Engineers work in manufacturing environments and laboratories. They test processes and monitor quality standards for all manufactured products, including electronic components, food, textiles, motor vehicles, and computers. Work environments vary by industry and establishment. Some CSQEs work shifts and are on their feet all day, while others are desk-based and spend their day reading data printouts. Software Quality Engineers typically are part of a larger team tasked with making quality improvements across all aspects of production. Senior CSQEs may manage teams of junior engineers and have responsibility across multiple stages of a process.
Duties for an ASQ CSQE Software Quality Engineer
Software Quality Engineers use test automation software programs that set up test trials and preconditions to examine product functionality, content, and user-friendliness. Engineers then simulate product performance, evaluate results and compare those results with predicted outcomes. Once the automation process is complete, these professionals identify and document product problems or defects using bug tracking systems.
For some applications, engineers might create databases of known defects to develop a protocol for repeat problems. Finally, these professionals might analyze weaknesses and send the product back to developers for modification or hone it themselves.
Aside from product testing, a Software Quality Engineer may also review product requirements and specifications to predict potential issues, provide input of functional requirements and advise on design. Other duties include making suggestions to improve testing strategies and utilizing databases to create reports and presentations on defects.
Software Quality Engineer applies to the extent to which a system or process meets the specified requirements. Software Quality Engineering relates to the skills associated with testing, analysis, and modeling.