Quality Engineering services

Define quality engineering services

Quality engineering (QE) encompasses design, implementation, and management of processes that focus not only on product quality but also its quality throughout the product life cycle.

Quality engineering services include various processes such as quality assurance, testing, process improvement, and defect prevention during the whole software development life cycle which increases the product quality and thus customer satisfaction.

Challenges of adopting QE services and practices

With high quality engineering in place, there’s no doubt that organizations can be transformed, but that comes with its own share of challenges. Here are five common hurdles:

  • Cultural resistance: The fit between organizational culture and quality engineering practices absorption can be hindered by change resistance, which necessitates effective change management to address the problem.
  • Skill gap: The lack of skilled quality engineers is a bottleneck, which requires investment in training and development programs to attract and maintain manpower quality.
  • Integration complexity: The integration of quality engineering into existing processes and workflows can be hard as it takes thought and planning.
  • Tool selection: There are many tools and techniques available for managing quality activities which makes it overwhelming for organizations to evaluate compatibility, scalability, and affordability.
  • Stakeholder alignment: Establishing the relationships among stakeholders, such as developers, testers, and management, should be done taking into consideration the fact that quality engineering is of vital importance for successful deployment.

These issues require an integrated effort, an unending focus on quality improvement, and a collective approach that is grounded in the principle of customer satisfaction and enhanced product quality.

Why and where are QE services needed?

Time has arrived for traditional QA to be transformed to QE, by focussing on quality. QE can be traced back to the early 20th century when Walter A Shewhart introduced statistical methods to monitor and improve processes and thus enhance quality. Nowadays QE services are the key, software products must be on the level of meeting or exceeding customer expectations in the capacity of reliability, function, and performance. Through quality engineering processes like quality assurance, testing, and process improvement, organizations can investigate and solve the issues at the early phase of the development process and eventually, reduce the possibility of errors showing up in production.

QE services are deployed across various industries and domains, including technology, healthcare, finance, and manufacturing, wherever software plays a critical role in delivering value to customers.

The five essential pillars of QE include people, process improvement, collaborative governance model, tools and accelerators as well as continuous improvements.

Future of QE services

QE services are on the right path of growth as technology progresses and organizations start putting quality in the priority list in software development. The use of machine learning algorithms will allow the QE teams to process great deals of data in search for patterns, defect prediction and developing of the testing strategies.

Moreover, the QE entities are going to be the key service providers of the emerging innovations like mobile devices (IoT), distributed ledgers (blockchain), and augmented reality (AR). These are great indicators of potential growth of the sector. Further, trends and reports indicate that over 90% of business leaders believe in investing in testing transformation is key to growth. Also 48% of organizations realized that adopting test automation across the QE lifecycle is an important step for faster time to market and a great CX.  


Quality engineering (QE) services offer numerous benefits to organizations striving to deliver high-quality software products. Here are five key advantages:

  • Improved product quality: Guarantees that products are of reasonable quality and satisfactory to clients by detecting and removing faults at the early stages of development.
  • Enhanced customer satisfaction: Through the delivery of software products with great quality, this can maximize customer satisfaction and loyalty.
  • Cost savings: As QE services help address and rectify defects early, anomalies are detected, cost of rework is minimized and failures during post-production are prevented.
  • Accelerated time-to-market: QE services leverage testing automation to reduce repetitive tasks, connect testing processes, and enable continuous integration, so organizations have real-time insights and timely access to new features and updates.
  • Compliance and risk mitigation: QE services assist organizations to ensure organizational compliance with industry standards, regulatory requirements and security protocols.

In essence, QE services augment organizational achievements by delivering tools that are of high quality, satisfy customers, and promote the company’s growth.

Business Outcomes

Cost savings arise from the competitive advantage that ensures early defect detection leading to less rework and post-production failures. In addition, an agile approach allows companies to launch their products to the market faster, which gives them the opportunity to seize market opportunities more quickly and gain competitive advantage. Thus, QE services ensure better business growth. This is achieved through delivery of efficient software solutions, minimization of resource wastage, as well as enhancement of technology innovation and customer-orientation.

QE services are critical to ensure quality products and services, thus making them an integral part of the organization. Partnering with the right service provider can make a huge difference to the organization’s bottom line.