What is Quality Assurance?
Quality assurance (QA) refers to the proactive processes, tools, and checkpoints used to ensure that a project’s outcomes meet the defined expectations for quality. It focuses on doing things right the first time by building in evaluation and feedback throughout the project—not just at the end.
In higher education, where projects often involve public-facing systems, complex collaborations, or compliance requirements, quality assurance helps safeguard the credibility and sustainability of the work. It’s especially valuable for ensuring that deliverables align with objectives, user needs, and institutional standards.
What are the benefits of quality assurance?
Incorporating quality assurance into your project workflow offers a number of advantages:
- Fewer Errors and Rework: QA catches issues early, saving time and resources.
- Greater Stakeholder Satisfaction: QA ensures the final product meets expectations, reducing complaints or dissatisfaction.
- Improved Compliance: QA helps meet legal, regulatory, or accreditation standards.
- Supports Continuous Improvement: QA processes encourage feedback loops and reflection that inform future work.
- Stronger Project Outcomes: QA links directly to key performance indicators (KPIs) and long-term benefits realization.
For example, a team developing a new student-facing portal might include QA steps like accessibility testing, usability testing with student users, and stakeholder walkthroughs to ensure the tool works as intended.
Where might you see quality assurance in higher education?
Quality assurance shows up in many types of projects, particularly those involving systems, services, or public-facing deliverables. Examples include:
- Technology implementations, where QA might include testing environments, checklists, or user acceptance protocols
- Policy development, where drafts are reviewed for consistency, clarity, and compliance
- Academic program design, where courses and learning objectives undergo curriculum review
- Marketing and communication, where campaigns are reviewed for accuracy, inclusivity, and brand alignment
- Event planning, where logistics are tested through dry runs or contingency planning
Imagine a campus implementing a new course registration system. QA might involve testing various student and advisor user scenarios, ensuring mobile compatibility, and validating data accuracy across systems.
A step-by-step guide to integrating quality assurance
- Use your objectives, scope, and requirements to define success criteria. What will quality look or feel like to your users?
- Identify key stages in your project schedule where QA will occur—such as testing phases, review cycles, or approval gates.
- Depending on your project, QA might include:
- Checklists
- Peer reviews
- Testing protocols
- User feedback
- Rubric-based assessments
- Bring in internal or external reviewers who can provide relevant feedback—such as IT, accessibility specialists, or representative users.
- Keep track of QA outcomes, including what passed, what needed revision, and what decisions were made. This supports your lessons learned and project closure documentation.
- Ensure that quality issues are resolved, retested, and validated before moving forward. This may involve looping in sponsors or revisiting your change log.
Reflective questions
- How do you currently define and measure “quality” in your project work?
- What review or testing processes could you implement to improve outcomes?
- Who on your campus can help ensure quality in areas like accessibility, compliance, or usability?
- How might a stronger QA process reduce risk or improve stakeholder trust?
- What’s one current or upcoming project where building in QA could prevent future rework?